sorbs1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	sorbs1
Entrez Gene ID	100380148
Full Name	sorbin and SH3 domain containing 1
Synonyms	flaf2,r85fl,sh3d5,sh3p12,sorb1
General protein information	Preferred Names sorbin and SH3 domain containing 1 Names sorbin and SH3 domain-containing protein 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012966797.2	XP_012822251.1	sorbin and SH3 domain-containing protein 1 isoform X6
XM_012966799.2	XP_012822253.1	sorbin and SH3 domain-containing protein 1 isoform X7
XM_012966801.2	XP_012822255.1	sorbin and SH3 domain-containing protein 1 isoform X9
XM_012966804.2	XP_012822258.1	sorbin and SH3 domain-containing protein 1 isoform X12
XM_031906731.1	XP_031762591.1	sorbin and SH3 domain-containing protein 1 isoform X1
XM_031906734.1	XP_031762594.1	sorbin and SH3 domain-containing protein 1 isoform X4
XM_031906735.1	XP_031762595.1	sorbin and SH3 domain-containing protein 1 isoform X5
XM_012966788.3	XP_012822242.2	sorbin and SH3 domain-containing protein 1 isoform X7
XM_031906748.1	XP_031762608.1	sorbin and SH3 domain-containing protein 1 isoform X15
XM_012966805.2	XP_012822259.1	sorbin and SH3 domain-containing protein 1 isoform X13
XM_012966806.2	XP_012822260.1	sorbin and SH3 domain-containing protein 1 isoform X14
XM_012966808.2	XP_012822262.1	sorbin and SH3 domain-containing protein 1 isoform X16
XM_012966811.2	XP_012822265.1	sorbin and SH3 domain-containing protein 1 isoform X18
XM_012966813.2	XP_012822267.1	sorbin and SH3 domain-containing protein 1 isoform X19
XM_031906739.1	XP_031762599.1	sorbin and SH3 domain-containing protein 1 isoform X8
XM_031906742.1	XP_031762602.1	sorbin and SH3 domain-containing protein 1 isoform X10
XM_031906745.1	XP_031762605.1	sorbin and SH3 domain-containing protein 1 isoform X13
XM_031906750.1	XP_031762610.1	sorbin and SH3 domain-containing protein 1 isoform X17
XM_031906751.1	XP_031762611.1	sorbin and SH3 domain-containing protein 1 isoform X18
XM_031906755.1	XP_031762615.1	sorbin and SH3 domain-containing protein 1 isoform X22
XM_012966790.2	XP_012822244.1	sorbin and SH3 domain-containing protein 1 isoform X1
XM_012966793.2	XP_012822247.1	sorbin and SH3 domain-containing protein 1 isoform X2
XM_012966810.2	XP_012822264.1	sorbin and SH3 domain-containing protein 1 isoform X17
XM_012966812.2	XP_012822266.1	sorbin and SH3 domain-containing protein 1 isoform X18
XM_012966814.2	XP_012822268.1	sorbin and SH3 domain-containing protein 1 isoform X20
XM_031906744.1	XP_031762604.1	sorbin and SH3 domain-containing protein 1 isoform X12
XM_031906749.1	XP_031762609.1	sorbin and SH3 domain-containing protein 1 isoform X16
XM_031906754.1	XP_031762614.1	sorbin and SH3 domain-containing protein 1 isoform X21
XM_012966810.3	XP_012822264.2	sorbin and SH3 domain-containing protein 1 isoform X23
XM_031906756.1	XP_031762616.1	sorbin and SH3 domain-containing protein 1 isoform X24
XM_031906758.1	XP_031762618.1	sorbin and SH3 domain-containing protein 1 isoform X28
XM_012966789.2	XP_012822243.1	sorbin and SH3 domain-containing protein 1 isoform X1
XM_012966794.2	XP_012822248.1	sorbin and SH3 domain-containing protein 1 isoform X3
XM_012966796.2	XP_012822250.1	sorbin and SH3 domain-containing protein 1 isoform X5
XM_012966800.2	XP_012822254.1	sorbin and SH3 domain-containing protein 1 isoform X8
XM_012966815.2	XP_012822269.1	sorbin and SH3 domain-containing protein 1 isoform X21
XM_031906753.1	XP_031762613.1	sorbin and SH3 domain-containing protein 1 isoform X20
XM_012966813.3	XP_012822267.2	sorbin and SH3 domain-containing protein 1 isoform X26
XM_031906732.1	XP_031762592.1	sorbin and SH3 domain-containing protein 1 isoform X2
XM_031906733.1	XP_031762593.1	sorbin and SH3 domain-containing protein 1 isoform X3
XM_031906736.1	XP_031762596.1	sorbin and SH3 domain-containing protein 1 isoform X6
XM_012966790.3	XP_012822244.2	sorbin and SH3 domain-containing protein 1 isoform X7
XM_031906740.1	XP_031762600.1	sorbin and SH3 domain-containing protein 1 isoform X7
XM_031906752.1	XP_031762612.1	sorbin and SH3 domain-containing protein 1 isoform X19
XM_031906757.1	XP_031762617.1	sorbin and SH3 domain-containing protein 1 isoform X27
XM_012966788.2	XP_012822242.1	sorbin and SH3 domain-containing protein 1 isoform X1
XM_012966795.2	XP_012822249.1	sorbin and SH3 domain-containing protein 1 isoform X4
XM_012966802.2	XP_012822256.1	sorbin and SH3 domain-containing protein 1 isoform X10
XM_012966803.2	XP_012822257.1	sorbin and SH3 domain-containing protein 1 isoform X11
XM_012966807.2	XP_012822261.1	sorbin and SH3 domain-containing protein 1 isoform X15
XM_012966789.3	XP_012822243.2	sorbin and SH3 domain-containing protein 1 isoform X7
XM_031906737.1	XP_031762597.1	sorbin and SH3 domain-containing protein 1 isoform X7
XM_031906738.1	XP_031762598.1	sorbin and SH3 domain-containing protein 1 isoform X7
XM_031906741.1	XP_031762601.1	sorbin and SH3 domain-containing protein 1 isoform X9
XM_031906743.1	XP_031762603.1	sorbin and SH3 domain-containing protein 1 isoform X11
XM_031906746.1	XP_031762606.1	sorbin and SH3 domain-containing protein 1 isoform X14
XM_012966812.3	XP_012822266.2	sorbin and SH3 domain-containing protein 1 isoform X25

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	SORBS1	XP_005637925.1
Bos taurus (cattle)	SORBS1	NP_001068637.2
Xenopus tropicalis (tropical clawed frog)	sorbs1	XP_004915961.1
Homo sapiens (human)	SORBS1	NP_001030126.1
Rattus norvegicus (Norway rat)	Sorbs1	XP_006231410.1
Gallus gallus (chicken)	SORBS1	XP_421625.4
Pan troglodytes (chimpanzee)	SORBS1	XP_507941.2
Mus musculus (house mouse)	Sorbs1	NP_848139.1

Gene Ontology

The following sorbs1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the sorbs1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa63293	XM_031906748.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa63294	XM_031906749.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa63295	XM_031906750.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa63296	XM_031906751.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63297	XM_031906752.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63298	XM_031906753.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63299	XM_031906754.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63300	XM_031906755.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63301	XM_012966810.3 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X28, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63302	XM_031906756.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X29, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63303	XM_012966812.3 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OXa63304	XM_012966813.3 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OXa63305	XM_031906757.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63306	XM_031906758.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X33, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa33132	XM_012966807.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa33133	XM_012966808.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa33134	XM_012966810.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa33135	XM_012966812.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00
OXa33135	XM_012966811.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00
OXa33136	XM_012966813.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00
OXa33137	XM_012966814.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa33138	XM_012966815.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa63279	XM_031906731.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63280	XM_031906732.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63281	XM_031906733.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63282	XM_031906734.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63283	XM_031906735.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63284	XM_031906736.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63285	XM_012966788.3 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63285	XM_012966790.3 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63285	XM_031906738.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63285	XM_031906740.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63285	XM_012966789.3 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63285	XM_031906737.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63286	XM_031906739.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63287	XM_031906741.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63288	XM_031906742.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63289	XM_031906743.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63290	XM_031906744.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63291	XM_031906745.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63292	XM_031906746.1 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa33118	XM_012966789.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33118	XM_012966790.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33118	XM_012966788.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33119	XM_012966793.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33120	XM_012966794.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33121	XM_012966795.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33122	XM_012966796.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33123	XM_012966797.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33124	XM_012966799.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa33125	XM_012966800.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa33126	XM_012966801.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa33127	XM_012966802.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa33128	XM_012966803.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa33129	XM_012966804.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa33130	XM_012966805.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa33131	XM_012966806.2 Latest version!	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

sorbs1 ( XM_031906748.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762608.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X20, mRNA.

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CloneID	OXa63293
Clone ID Related Accession (Same CDS sequence)	XM_031906748.1
Accession Version	XM_031906748.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4485bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GTAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762608.1
CDS	54..4538
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906748.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906748.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GTAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906749.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762609.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X21, mRNA.

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CloneID	OXa63294
Clone ID Related Accession (Same CDS sequence)	XM_031906749.1
Accession Version	XM_031906749.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4482bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAGA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACACAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762609.1
CDS	53..4534
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906749.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906749.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAGA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACACAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906750.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762610.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X22, mRNA.

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CloneID	OXa63295
Clone ID Related Accession (Same CDS sequence)	XM_031906750.1
Accession Version	XM_031906750.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGAACCTGTG 
ACAGATGAAG CCATAACCGC AAGCATAACC AATGATAAAC TTTCTTCATT TGCACCTATT 
ACAAAACCCT CTGTGTATCC TTCAACAACC ATTGTAAACC CTACCATTGT ACTCCTGCAA 
CATAACAGAG AACAGCAAAA ACGGCTTAGT AATGCACCAG ACCCTGTGGT AACTAGATCT 
GCTGATGAGA AGCTGGAGTC ATTAACTGCA CAAAACAAGC AATGTCAGGA TAATACTCAG 
AGACTGAAGC CAGCCATGGA TTACACGAGA AGAGATGCCC GAAGCCCTCA GTTTCCAGAA 
GACTCAGTAG ATGAAGTAGG CATACCCCTG CGGAACACAG AAAGGTCAAA GGATTGGTAC 
AAGACAATGT TCAAACAGAT TCACCGGCTA AATAAAGATG ATGAGTCAGA CTCCTACCCA 
TCCTATGGGC GCCATTCATA TTTGGAGGAT GCCAAACCAC AAGCTGGGGT GCCTCGTTCC 
AAGAGCGAGA TGGATAATAT TGATATTGAT CAGAACATGC GGAGATCGGT CACTCTGCCT 
TTGCCAGCAC GCTCCTCTTC CTTGAAACCA AGCCATGAAA GGAATGACTG GGATCCCCCA 
GACAAAAAGG TCGACACCAG AAAATACCGA GCCGAGCCAA GAAGCATTCA TGAGTATCAG 
CCTGGGAAAT CCTCAGCCCT TGCCAATGAG AAGATGACTC GGGATAAAAG TCCTGAAGAG 
ATAGATTTAA AGAATGAACC TTGGTATAAA TTCTTTTCGG AGTTGGAGTT TGGGAAACCG 
CCTCCCAAAA AGATATGGGA TTATACACCG GGGGATTGCT CAATCCTTAA AATAGAGGAT 
AGGAAGACTG AGCTAGAGAG AGACCTCTAT CAGTACGAGA CTGAGTTAGA TGCAGATTTA 
GAGAGAATGG ACAAGTGTTT TAAGGCTCCC GATAAAAGGA ATGCAACTGT AAGTCGTCCA 
GAGGAGATTC CATCCTACAG GGGGACAGAG GGCGCTCTGG TGGATCCCAC ACTCTCTGAA 
AATGAAAAGC AAATCTACAA GAATGTTTTA GAAGGTGGTG ATATTCCATT TCATGGACTT 
AGTGGCCTAA ACAGACGCCC CTCTAGCTCA GCATCTAATA AAGTAGATTC AGAATCTCCA 
AGACACTTTG CCCCTGTTGA ATATATGGAT GTACCAGAAG AGCGTCTCCG CAAGAGATAT 
GACAGCAAAG AGAAACTTAT AGAGGATCAG AGAAGACTTA AGCGTGAGCA AGAAGAAGCT 
GATATTGCCG CCAGAAGGCA CAGTGGGATT GTCCCATCAC ATCATCAGTT TATTACTAAT 
GAGCGATTTG GGGACCTCCT TAATGTAGGC GATTCATCAA AAAGGAGATC TCGGTCTGAG 
ATGAAGCAGG CAAGAGCCAA GTATGATTTT AAAGCACAGT CTGGAAAGGA GCTACCCCTT 
CAGAAGGGAG ACTTGGTTTT TATTTATAGA CAAGTAGATG AGAACTGGTT TGAAGGAGAG 
CATCATGGCA GAGTCGGGAT CTTTCCAATA TCATATATTG AGGTAATCCC AGAAACAGAG 
AAAGCCCAGC CAAGAAAAGC CTCGCCACTA CAGGTTCTGG AATATGGAGA TGCTGTTGCC 
AAGTTTAACT TTAATGGAGA TACTGCTGTG GAGATGTCAT TTAAAAAGGG TGAGAGAATT 
ACATTGATTC GGAGAGTTGA TGAAAATTGG TATGAAGGCA GGGTATCTGG AACAAGCCGT 
CAGGGTATAT TCCCAGTCAC ATACGTTGAA GTCATCAAAA GACCACGACT GAAGAATTCA 
GTAGATTACA TGGACCTTCC AGTTTCTTAT TCACCAAACA GAAGCACGAG TGCTTCCCCA 
CAGTTTTCTG GCTATACCAG GCCACGTACT ACTACTCCAC CCACTGCCAT ACGTAGAGCC 
TTCTCACCAG AGGTGCAGGC TATCACATCT GAATGGATTT CTCTGACAAT GGGCGTATCC 
CGCAATAACA CTCCCACTGT CACCCCTCCA GTCCCGCCTT TACCTGAAGC TATGCTTTGT 
ACCATAGACT GTATCACCCC ATCTGCGGCC GCCAGTCCCA CATTATCAGT TACACCATCT 
GTCAGTCTCC ATAATTGCAA TGTCTCTGAG AATTCTACCC CAAACTCTGC CATGTCTCCA 
TTGCCTACAT ATCCATCTAG GCCTCAGTCT GCAACGCGAA TAAGTTACGT TATTTCTCCC 
GTTAGTGAAG AAAAGTTGGC AGGATCCAGT TATGGAGGTT CCCCTGTGCA GTTTTCACAG 
CATGATAGCT TGATTTCAGA ACTGTGCGAC GTTTTACGCA ACCAATACAA GTTAAGGGGT 
GATGCTGGCC CTGTAGTCAA TGGCGAGCCG AATGATCTAA GGATCCCCAG TTATACAATG 
ACAAAGGCCC CCATCCCACC GAGCAGAACC CATGGGGTGA CCCCAGCAAG TAAAACAACT 
TCAGATTCAT ATGAGGAGAA CCAGTTGTGT AAGGAGCTAC TTAGCATTGT AAATAGTGAC 
CAAGAAGAAA TGAAGGGAAA TGAGTGCAGT TCCCCCAAGA CTGCCGACAC AATATCTGTC 
TATCCTTATG TGCTGTCCTC TTGTCCTGTC ACATACCAAC CACCTCCCAG ACTTAAAGGC 
AGGGTCATTT TGCCACAGCC TTGCAGATCT GATGGTGAAC AGACAGGAAG GGAGTCCAAA 
AGTCCTGTAA TGATTACAGG CTCCCCGGTT AATACCCTCA ACTCAGATTC TGTTGTGCGT 
CCTCATCACA CACTGAGCAC AGGACCAGAG CTCACAGAGT CTGAAAAGAG CTATGTGCAA 
CCGCAAGCGC AACAGAGAAG GGACAGCCTA GAAAGGAGCC AGACGCCACA GGATGCATAT 
ACCTATCAGG CTTTGTATAG CTATGCACCC CAAAATGAGG ATGAGTTGGA GCTCAGAGAA 
GGGGACATTG TTGATGTTAT GGAAAAATGT GATGATGGCT GGTTTGTAGG TACTTCTAGA 
AGAACCAAAC TCTTTGGTAC TTTTCCAGGC AATTACGTAA AACTAGTATT TTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762610.1
CDS	54..4430
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906750.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906750.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGAACCTGTG 
ACAGATGAAG CCATAACCGC AAGCATAACC AATGATAAAC TTTCTTCATT TGCACCTATT 
ACAAAACCCT CTGTGTATCC TTCAACAACC ATTGTAAACC CTACCATTGT ACTCCTGCAA 
CATAACAGAG AACAGCAAAA ACGGCTTAGT AATGCACCAG ACCCTGTGGT AACTAGATCT 
GCTGATGAGA AGCTGGAGTC ATTAACTGCA CAAAACAAGC AATGTCAGGA TAATACTCAG 
AGACTGAAGC CAGCCATGGA TTACACGAGA AGAGATGCCC GAAGCCCTCA GTTTCCAGAA 
GACTCAGTAG ATGAAGTAGG CATACCCCTG CGGAACACAG AAAGGTCAAA GGATTGGTAC 
AAGACAATGT TCAAACAGAT TCACCGGCTA AATAAAGATG ATGAGTCAGA CTCCTACCCA 
TCCTATGGGC GCCATTCATA TTTGGAGGAT GCCAAACCAC AAGCTGGGGT GCCTCGTTCC 
AAGAGCGAGA TGGATAATAT TGATATTGAT CAGAACATGC GGAGATCGGT CACTCTGCCT 
TTGCCAGCAC GCTCCTCTTC CTTGAAACCA AGCCATGAAA GGAATGACTG GGATCCCCCA 
GACAAAAAGG TCGACACCAG AAAATACCGA GCCGAGCCAA GAAGCATTCA TGAGTATCAG 
CCTGGGAAAT CCTCAGCCCT TGCCAATGAG AAGATGACTC GGGATAAAAG TCCTGAAGAG 
ATAGATTTAA AGAATGAACC TTGGTATAAA TTCTTTTCGG AGTTGGAGTT TGGGAAACCG 
CCTCCCAAAA AGATATGGGA TTATACACCG GGGGATTGCT CAATCCTTAA AATAGAGGAT 
AGGAAGACTG AGCTAGAGAG AGACCTCTAT CAGTACGAGA CTGAGTTAGA TGCAGATTTA 
GAGAGAATGG ACAAGTGTTT TAAGGCTCCC GATAAAAGGA ATGCAACTGT AAGTCGTCCA 
GAGGAGATTC CATCCTACAG GGGGACAGAG GGCGCTCTGG TGGATCCCAC ACTCTCTGAA 
AATGAAAAGC AAATCTACAA GAATGTTTTA GAAGGTGGTG ATATTCCATT TCATGGACTT 
AGTGGCCTAA ACAGACGCCC CTCTAGCTCA GCATCTAATA AAGTAGATTC AGAATCTCCA 
AGACACTTTG CCCCTGTTGA ATATATGGAT GTACCAGAAG AGCGTCTCCG CAAGAGATAT 
GACAGCAAAG AGAAACTTAT AGAGGATCAG AGAAGACTTA AGCGTGAGCA AGAAGAAGCT 
GATATTGCCG CCAGAAGGCA CAGTGGGATT GTCCCATCAC ATCATCAGTT TATTACTAAT 
GAGCGATTTG GGGACCTCCT TAATGTAGGC GATTCATCAA AAAGGAGATC TCGGTCTGAG 
ATGAAGCAGG CAAGAGCCAA GTATGATTTT AAAGCACAGT CTGGAAAGGA GCTACCCCTT 
CAGAAGGGAG ACTTGGTTTT TATTTATAGA CAAGTAGATG AGAACTGGTT TGAAGGAGAG 
CATCATGGCA GAGTCGGGAT CTTTCCAATA TCATATATTG AGGTAATCCC AGAAACAGAG 
AAAGCCCAGC CAAGAAAAGC CTCGCCACTA CAGGTTCTGG AATATGGAGA TGCTGTTGCC 
AAGTTTAACT TTAATGGAGA TACTGCTGTG GAGATGTCAT TTAAAAAGGG TGAGAGAATT 
ACATTGATTC GGAGAGTTGA TGAAAATTGG TATGAAGGCA GGGTATCTGG AACAAGCCGT 
CAGGGTATAT TCCCAGTCAC ATACGTTGAA GTCATCAAAA GACCACGACT GAAGAATTCA 
GTAGATTACA TGGACCTTCC AGTTTCTTAT TCACCAAACA GAAGCACGAG TGCTTCCCCA 
CAGTTTTCTG GCTATACCAG GCCACGTACT ACTACTCCAC CCACTGCCAT ACGTAGAGCC 
TTCTCACCAG AGGTGCAGGC TATCACATCT GAATGGATTT CTCTGACAAT GGGCGTATCC 
CGCAATAACA CTCCCACTGT CACCCCTCCA GTCCCGCCTT TACCTGAAGC TATGCTTTGT 
ACCATAGACT GTATCACCCC ATCTGCGGCC GCCAGTCCCA CATTATCAGT TACACCATCT 
GTCAGTCTCC ATAATTGCAA TGTCTCTGAG AATTCTACCC CAAACTCTGC CATGTCTCCA 
TTGCCTACAT ATCCATCTAG GCCTCAGTCT GCAACGCGAA TAAGTTACGT TATTTCTCCC 
GTTAGTGAAG AAAAGTTGGC AGGATCCAGT TATGGAGGTT CCCCTGTGCA GTTTTCACAG 
CATGATAGCT TGATTTCAGA ACTGTGCGAC GTTTTACGCA ACCAATACAA GTTAAGGGGT 
GATGCTGGCC CTGTAGTCAA TGGCGAGCCG AATGATCTAA GGATCCCCAG TTATACAATG 
ACAAAGGCCC CCATCCCACC GAGCAGAACC CATGGGGTGA CCCCAGCAAG TAAAACAACT 
TCAGATTCAT ATGAGGAGAA CCAGTTGTGT AAGGAGCTAC TTAGCATTGT AAATAGTGAC 
CAAGAAGAAA TGAAGGGAAA TGAGTGCAGT TCCCCCAAGA CTGCCGACAC AATATCTGTC 
TATCCTTATG TGCTGTCCTC TTGTCCTGTC ACATACCAAC CACCTCCCAG ACTTAAAGGC 
AGGGTCATTT TGCCACAGCC TTGCAGATCT GATGGTGAAC AGACAGGAAG GGAGTCCAAA 
AGTCCTGTAA TGATTACAGG CTCCCCGGTT AATACCCTCA ACTCAGATTC TGTTGTGCGT 
CCTCATCACA CACTGAGCAC AGGACCAGAG CTCACAGAGT CTGAAAAGAG CTATGTGCAA 
CCGCAAGCGC AACAGAGAAG GGACAGCCTA GAAAGGAGCC AGACGCCACA GGATGCATAT 
ACCTATCAGG CTTTGTATAG CTATGCACCC CAAAATGAGG ATGAGTTGGA GCTCAGAGAA 
GGGGACATTG TTGATGTTAT GGAAAAATGT GATGATGGCT GGTTTGTAGG TACTTCTAGA 
AGAACCAAAC TCTTTGGTAC TTTTCCAGGC AATTACGTAA AACTAGTATT TTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906751.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762611.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X23, mRNA.

Price & Availability↑

CloneID	OXa63296
Clone ID Related Accession (Same CDS sequence)	XM_031906751.1
Accession Version	XM_031906751.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3945bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GTAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762611.1
CDS	52..3996
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906751.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906751.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GTAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906752.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762612.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OXa63297
Clone ID Related Accession (Same CDS sequence)	XM_031906752.1
Accession Version	XM_031906752.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3933bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762612.1
CDS	51..3983
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906752.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X24, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906752.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906753.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762613.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X25, mRNA.

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CloneID	OXa63298
Clone ID Related Accession (Same CDS sequence)	XM_031906753.1
Accession Version	XM_031906753.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3906bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGGAAGCT 
GTTTGCAATG AGATAATAAG CATTGCAGAG AAATCTGTCC GTTACTGCAG CACTATCTCT 
CATCCTTTTG ACTATCGACA CCAGGTTTCT TCCTATGACA ATAAACAATG TTTAATCATT 
TCCCAGCAAC CGCAAGCGCA ACAGAGAAGG GACAGCCTAG AAAGGAGCCA GACGCCACAG 
GATGCATATA CCTATCAGGC TTTGTATAGC TATGCACCCC AAAATGAGGA TGAGTTGGAG 
CTCAGAGAAG GGGACATTGT TGATGTTATG GAAAAATGTG ATGATGGCTG GTTTGTAGGT 
ACTTCTAGAA GAACCAAACT CTTTGGTACT TTTCCAGGCA ATTACGTAAA ACTAGTATTT 
TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762613.1
CDS	53..3958
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQEAVCNEIISIAEKSVRYCSTISHPFDYRHQVSSYDNKQCLIISQQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906753.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906753.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGGAAGCT 
GTTTGCAATG AGATAATAAG CATTGCAGAG AAATCTGTCC GTTACTGCAG CACTATCTCT 
CATCCTTTTG ACTATCGACA CCAGGTTTCT TCCTATGACA ATAAACAATG TTTAATCATT 
TCCCAGCAAC CGCAAGCGCA ACAGAGAAGG GACAGCCTAG AAAGGAGCCA GACGCCACAG 
GATGCATATA CCTATCAGGC TTTGTATAGC TATGCACCCC AAAATGAGGA TGAGTTGGAG 
CTCAGAGAAG GGGACATTGT TGATGTTATG GAAAAATGTG ATGATGGCTG GTTTGTAGGT 
ACTTCTAGAA GAACCAAACT CTTTGGTACT TTTCCAGGCA ATTACGTAAA ACTAGTATTT 
TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906754.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762614.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X26, mRNA.

Price & Availability↑

CloneID	OXa63299
Clone ID Related Accession (Same CDS sequence)	XM_031906754.1
Accession Version	XM_031906754.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3834bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGCGTCCT 
CATCACACAC TGAGCACAGG ACCAGAGCTC ACAGAGTCTG AAAAGAGCTA TGTGCAACCG 
CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA AGGAGCCAGA CGCCACAGGA TGCATATACC 
TATCAGGCTT TGTATAGCTA TGCACCCCAA AATGAGGATG AGTTGGAGCT CAGAGAAGGG 
GACATTGTTG ATGTTATGGA AAAATGTGAT GATGGCTGGT TTGTAGGTAC TTCTAGAAGA 
ACCAAACTCT TTGGTACTTT TCCAGGCAAT TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762614.1
CDS	52..3885
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906754.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X26, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906754.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGCGTCCT 
CATCACACAC TGAGCACAGG ACCAGAGCTC ACAGAGTCTG AAAAGAGCTA TGTGCAACCG 
CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA AGGAGCCAGA CGCCACAGGA TGCATATACC 
TATCAGGCTT TGTATAGCTA TGCACCCCAA AATGAGGATG AGTTGGAGCT CAGAGAAGGG 
GACATTGTTG ATGTTATGGA AAAATGTGAT GATGGCTGGT TTGTAGGTAC TTCTAGAAGA 
ACCAAACTCT TTGGTACTTT TCCAGGCAAT TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906755.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762615.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X27, mRNA.

Price & Availability↑

CloneID	OXa63300
Clone ID Related Accession (Same CDS sequence)	XM_031906755.1
Accession Version	XM_031906755.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3831bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GCGTCCTCAT 
CACACACTGA GCACAGGACC AGAGCTCACA GAGTCTGAAA AGAGCTATGT GCAACCGCAA 
GCGCAACAGA GAAGGGACAG CCTAGAAAGG AGCCAGACGC CACAGGATGC ATATACCTAT 
CAGGCTTTGT ATAGCTATGC ACCCCAAAAT GAGGATGAGT TGGAGCTCAG AGAAGGGGAC 
ATTGTTGATG TTATGGAAAA ATGTGATGAT GGCTGGTTTG TAGGTACTTC TAGAAGAACC 
AAACTCTTTG GTACTTTTCC AGGCAATTAC GTAAAACTAG TATTTTATTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762615.1
CDS	52..3882
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906755.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X27, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906755.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GCGTCCTCAT 
CACACACTGA GCACAGGACC AGAGCTCACA GAGTCTGAAA AGAGCTATGT GCAACCGCAA 
GCGCAACAGA GAAGGGACAG CCTAGAAAGG AGCCAGACGC CACAGGATGC ATATACCTAT 
CAGGCTTTGT ATAGCTATGC ACCCCAAAAT GAGGATGAGT TGGAGCTCAG AGAAGGGGAC 
ATTGTTGATG TTATGGAAAA ATGTGATGAT GGCTGGTTTG TAGGTACTTC TAGAAGAACC 
AAACTCTTTG GTACTTTTCC AGGCAATTAC GTAAAACTAG TATTTTATTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966810.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822264.2 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X28, mRNA.

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CloneID	OXa63301
Clone ID Related Accession (Same CDS sequence)	XM_012966810.3
Accession Version	XM_012966810.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3753bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X23
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012966810.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGGATG GCACTTCAGT CACAGCTCAG 
CCTGAGGTTA TAATAGTCCC ACTCATCCAG GTTAAAGCTG AAAGAGAGCA AGAAGGCACC 
TCGAGCACTC CACCGCCACC TCTTGTACCT GCTGGCAAAC TTTCAGCCTC CCCAGAGCCT 
GACACCTCCC AATTGGCTTT TCCTACACTT GATGATTTTA TCCCCCCTCA TCTGCAAAGG 
GGATCAAACC ATAACCCGAG CTCTCCCACT ATTTCTATAC AAAACAATCA GCCACCACTC 
TCTCCACCAC CTTTACTGCA TCCTCCAGTA ACGGAGGATT TGCGCAGAGT CTCGGAACCT 
GAAATCAGTG GAGTCATCTC ACCCACAGAA CCTGTGACAG ATGAAGCCAT AACCGCAAGC 
ATAACCAATG ATAAACTTTC TTCATTTGCA CCTATTACAA AACCCTCTGT GTATCCTTCA 
ACAACCATTG TAAACCCTAC CATTGTACTC CTGCAACATA ACAGAGAACA GCAAAAACGG 
CTTAGTAATG CACCAGACCC TGTGGTAACT AGATCTGCTG ATGAGAAGCT GGAGTCATTA 
ACTGCACAAA ACAAGCAATG TCAGGATAAT ACTCAGAGAC TGAAGCCAGC CATGGATTAC 
ACGAGAAGAG ATGCCCGAAG CCCTCAGTTT CCAGAAGACT CAGTAGATGA AGTAGGCATA 
CCCCTGCGGA ACACAGAAAG GTCAAAGGAT TGGTACAAGA CAATGTTCAA ACAGATTCAC 
CGGCTAAATA AAGATGATGA GTCAGACTCC TACCCATCCT ATGGGCGCCA TTCATATTTG 
GAGGATGCCA AACCACAAGC TGGGGTGCCT CGTTCCAAGA GCGAGATGGA TAATATTGAT 
ATTGATCAGA ACATGCGGAG ATCGGTCACT CTGCCTTTGC CAGCACGCTC CTCTTCCTTG 
AAACCAAGCC ATGAAAGGAA TGACTGGGAT CCCCCAGACA AAAAGGTCGA CACCAGAAAA 
TACCGAGCCG AGCCAAGAAG CATTCATGAG TATCAGCCTG GGAAATCCTC AGCCCTTGCC 
AATGAGAAGA TGACTCGGGA TAAAAGTCCT GAAGAGATAG ATTTAAAGAA TGAACCTTGG 
TATAAATTCT TTTCGGAGTT GGAGTTTGGG AAACCGCCTC CCAAAAAGAT ATGGGATTAT 
ACACCGGGGG ATTGCTCAAT CCTTAAAATA GAGGATAGGA AGACTGAGCT AGAGAGAGAC 
CTCTATCAGT ACGAGACTGA GTTAGATGCA GATTTAGAGA GAATGGACAA GTGTTTTAAG 
GCTCCCGATA AAAGGAATGC AACTGTAAGT CGTCCAGAGG AGATTCCATC CTACAGGGGG 
ACAGAGGGCG CTCTGGTGGA TCCCACACTC TCTGAAAATG AAAAGCAAAT CTACAAGAAT 
GTTTTAGAAG GTGGTGATAT TCCATTTCAT GGACTTAGTG GCCTAAACAG ACGCCCCTCT 
AGCTCAGCAT CTAATAAAGT AGATTCAGAA TCTCCAAGAC ACTTTGCCCC TGTTGAATAT 
ATGGATGTAC CAGAAGAGCG TCTCCGCAAG AGATATGACA GCAAAGAGAA ACTTATAGAG 
GATCAGAGAA GACTTAAGCG TGAGCAAGAA GAAGCTGATA TTGCCGCCAG AAGGCACAGT 
GGGATTGTCC CATCACATCA TCAGTTTATT ACTAATGAGC GATTTGGGGA CCTCCTTAAT 
GTAGGCGATT CATCAAAAAG GAGATCTCGG TCTGAGATGA AGCAGGCAAG AGCCAAGTAT 
GATTTTAAAG CACAGTCTGG AAAGGAGCTA CCCCTTCAGA AGGGAGACTT GGTTTTTATT 
TATAGACAAG TAGATGAGAA CTGGTTTGAA GGAGAGCATC ATGGCAGAGT CGGGATCTTT 
CCAATATCAT ATATTGAGGT AATCCCAGAA ACAGAGAAAG CCCAGCCAAG AAAAGCCTCG 
CCACTACAGG TTCTGGAATA TGGAGATGCT GTTGCCAAGT TTAACTTTAA TGGAGATACT 
GCTGTGGAGA TGTCATTTAA AAAGGGTGAG AGAATTACAT TGATTCGGAG AGTTGATGAA 
AATTGGTATG AAGGCAGGGT ATCTGGAACA AGCCGTCAGG GTATATTCCC AGTCACATAC 
GTTGAAGTCA TCAAAAGACC ACGACTGAAG AATTCAGTAG ATTACATGGA CCTTCCAGTT 
TCTTATTCAC CAAACAGAAG CACGAGTGCT TCCCCACAGT TTTCTGGCTA TACCAGGCCA 
CGTACTACTA CTCCACCCAC TGCCATACGT AGAGCCTTCT CACCAGAGGT GCAGGCTATC 
ACATCTGAAT GGATTTCTCT GACAATGGGC GTATCCCGCA ATAACACTCC CACTGTCACC 
CCTCCAGTCC CGCCTTTACC TGAAGCTATG CTTTGTACCA TAGACTGTAT CACCCCATCT 
GCGGCCGCCA GTCCCACATT ATCAGTTACA CCATCTGTCA GTCTCCATAA TTGCAATGTC 
TCTGAGAATT CTACCCCAAA CTCTGCCATG TCTCCATTGC CTACATATCC ATCTAGGCCT 
CAGTCTGCAA CGCGAATAAG TTACGTTATT TCTCCCGTTA GTGAAGAAAA GTTGGCAGGA 
TCCAGTTATG GAGGTTCCCC TGTGCAGTTT TCACAGCATG ATAGCTTGAT TTCAGAACTG 
TGCGACGTTT TACGCAACCA ATACAAGTTA AGGGGTGATG CTGGCCCTGT AGTCAATGGC 
GAGCCGAATG ATCTAAGGAT CCCCAGTTAT ACAATGACAA AGGCCCCCAT CCCACCGAGC 
AGAACCCATG GGGTGACCCC AGCAAGTAAA ACAACTTCAG ATTCATATGA GGAGAACCAG 
TTGTGTAAGG AGCTACTTAG CATTGTAAAT AGTGACCAAG AAGAAATGAA GGGAAATGAG 
TGCAGTTCCC CCAAGACTGC CGACACAATA TCTGTCTATC CTTATGTGCT GTCCTCTTGT 
CCTGTCACAT ACCAACCACC TCCCAGACTT AAAGGCAGGG TCATTTTGCC ACAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822264.2
CDS	455..4207
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966810.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X28, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966810.3

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGGATG GCACTTCAGT CACAGCTCAG 
CCTGAGGTTA TAATAGTCCC ACTCATCCAG GTTAAAGCTG AAAGAGAGCA AGAAGGCACC 
TCGAGCACTC CACCGCCACC TCTTGTACCT GCTGGCAAAC TTTCAGCCTC CCCAGAGCCT 
GACACCTCCC AATTGGCTTT TCCTACACTT GATGATTTTA TCCCCCCTCA TCTGCAAAGG 
GGATCAAACC ATAACCCGAG CTCTCCCACT ATTTCTATAC AAAACAATCA GCCACCACTC 
TCTCCACCAC CTTTACTGCA TCCTCCAGTA ACGGAGGATT TGCGCAGAGT CTCGGAACCT 
GAAATCAGTG GAGTCATCTC ACCCACAGAA CCTGTGACAG ATGAAGCCAT AACCGCAAGC 
ATAACCAATG ATAAACTTTC TTCATTTGCA CCTATTACAA AACCCTCTGT GTATCCTTCA 
ACAACCATTG TAAACCCTAC CATTGTACTC CTGCAACATA ACAGAGAACA GCAAAAACGG 
CTTAGTAATG CACCAGACCC TGTGGTAACT AGATCTGCTG ATGAGAAGCT GGAGTCATTA 
ACTGCACAAA ACAAGCAATG TCAGGATAAT ACTCAGAGAC TGAAGCCAGC CATGGATTAC 
ACGAGAAGAG ATGCCCGAAG CCCTCAGTTT CCAGAAGACT CAGTAGATGA AGTAGGCATA 
CCCCTGCGGA ACACAGAAAG GTCAAAGGAT TGGTACAAGA CAATGTTCAA ACAGATTCAC 
CGGCTAAATA AAGATGATGA GTCAGACTCC TACCCATCCT ATGGGCGCCA TTCATATTTG 
GAGGATGCCA AACCACAAGC TGGGGTGCCT CGTTCCAAGA GCGAGATGGA TAATATTGAT 
ATTGATCAGA ACATGCGGAG ATCGGTCACT CTGCCTTTGC CAGCACGCTC CTCTTCCTTG 
AAACCAAGCC ATGAAAGGAA TGACTGGGAT CCCCCAGACA AAAAGGTCGA CACCAGAAAA 
TACCGAGCCG AGCCAAGAAG CATTCATGAG TATCAGCCTG GGAAATCCTC AGCCCTTGCC 
AATGAGAAGA TGACTCGGGA TAAAAGTCCT GAAGAGATAG ATTTAAAGAA TGAACCTTGG 
TATAAATTCT TTTCGGAGTT GGAGTTTGGG AAACCGCCTC CCAAAAAGAT ATGGGATTAT 
ACACCGGGGG ATTGCTCAAT CCTTAAAATA GAGGATAGGA AGACTGAGCT AGAGAGAGAC 
CTCTATCAGT ACGAGACTGA GTTAGATGCA GATTTAGAGA GAATGGACAA GTGTTTTAAG 
GCTCCCGATA AAAGGAATGC AACTGTAAGT CGTCCAGAGG AGATTCCATC CTACAGGGGG 
ACAGAGGGCG CTCTGGTGGA TCCCACACTC TCTGAAAATG AAAAGCAAAT CTACAAGAAT 
GTTTTAGAAG GTGGTGATAT TCCATTTCAT GGACTTAGTG GCCTAAACAG ACGCCCCTCT 
AGCTCAGCAT CTAATAAAGT AGATTCAGAA TCTCCAAGAC ACTTTGCCCC TGTTGAATAT 
ATGGATGTAC CAGAAGAGCG TCTCCGCAAG AGATATGACA GCAAAGAGAA ACTTATAGAG 
GATCAGAGAA GACTTAAGCG TGAGCAAGAA GAAGCTGATA TTGCCGCCAG AAGGCACAGT 
GGGATTGTCC CATCACATCA TCAGTTTATT ACTAATGAGC GATTTGGGGA CCTCCTTAAT 
GTAGGCGATT CATCAAAAAG GAGATCTCGG TCTGAGATGA AGCAGGCAAG AGCCAAGTAT 
GATTTTAAAG CACAGTCTGG AAAGGAGCTA CCCCTTCAGA AGGGAGACTT GGTTTTTATT 
TATAGACAAG TAGATGAGAA CTGGTTTGAA GGAGAGCATC ATGGCAGAGT CGGGATCTTT 
CCAATATCAT ATATTGAGGT AATCCCAGAA ACAGAGAAAG CCCAGCCAAG AAAAGCCTCG 
CCACTACAGG TTCTGGAATA TGGAGATGCT GTTGCCAAGT TTAACTTTAA TGGAGATACT 
GCTGTGGAGA TGTCATTTAA AAAGGGTGAG AGAATTACAT TGATTCGGAG AGTTGATGAA 
AATTGGTATG AAGGCAGGGT ATCTGGAACA AGCCGTCAGG GTATATTCCC AGTCACATAC 
GTTGAAGTCA TCAAAAGACC ACGACTGAAG AATTCAGTAG ATTACATGGA CCTTCCAGTT 
TCTTATTCAC CAAACAGAAG CACGAGTGCT TCCCCACAGT TTTCTGGCTA TACCAGGCCA 
CGTACTACTA CTCCACCCAC TGCCATACGT AGAGCCTTCT CACCAGAGGT GCAGGCTATC 
ACATCTGAAT GGATTTCTCT GACAATGGGC GTATCCCGCA ATAACACTCC CACTGTCACC 
CCTCCAGTCC CGCCTTTACC TGAAGCTATG CTTTGTACCA TAGACTGTAT CACCCCATCT 
GCGGCCGCCA GTCCCACATT ATCAGTTACA CCATCTGTCA GTCTCCATAA TTGCAATGTC 
TCTGAGAATT CTACCCCAAA CTCTGCCATG TCTCCATTGC CTACATATCC ATCTAGGCCT 
CAGTCTGCAA CGCGAATAAG TTACGTTATT TCTCCCGTTA GTGAAGAAAA GTTGGCAGGA 
TCCAGTTATG GAGGTTCCCC TGTGCAGTTT TCACAGCATG ATAGCTTGAT TTCAGAACTG 
TGCGACGTTT TACGCAACCA ATACAAGTTA AGGGGTGATG CTGGCCCTGT AGTCAATGGC 
GAGCCGAATG ATCTAAGGAT CCCCAGTTAT ACAATGACAA AGGCCCCCAT CCCACCGAGC 
AGAACCCATG GGGTGACCCC AGCAAGTAAA ACAACTTCAG ATTCATATGA GGAGAACCAG 
TTGTGTAAGG AGCTACTTAG CATTGTAAAT AGTGACCAAG AAGAAATGAA GGGAAATGAG 
TGCAGTTCCC CCAAGACTGC CGACACAATA TCTGTCTATC CTTATGTGCT GTCCTCTTGT 
CCTGTCACAT ACCAACCACC TCCCAGACTT AAAGGCAGGG TCATTTTGCC ACAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906756.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762616.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X29, mRNA.

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CloneID	OXa63302
Clone ID Related Accession (Same CDS sequence)	XM_031906756.1
Accession Version	XM_031906756.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3594bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X24
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA ACCTGTGACA 
GATGAAGCCA TAACCGCAAG CATAACCAAT GATAAACTTT CTTCATTTGC ACCTATTACA 
AAACCCTCTG TGTATCCTTC AACAACCATT GTAAACCCTA CCATTGTACT CCTGCAACAT 
AACAGAGAAC AGCAAAAACG GCTTAGTAAT GCACCAGACC CTGTGGTAAC TAGATCTGCT 
GATGAGAAGC TGGAGTCATT AACTGCACAA AACAAGCAAT GTCAGGATAA TACTCAGAGA 
CTGAAGCCAG CCATGGATTA CACGAGAAGA GATGCCCGAA GCCCTCAGTT TCCAGAAGAC 
TCAGTAGATG AAGTAGGCAT ACCCCTGCGG AACACAGAAA GGTCAAAGGA TTGGTACAAG 
ACAATGTTCA AACAGATTCA CCGGCTAAAT AAAGATGATG AGTCAGACTC CTACCCATCC 
TATGGGCGCC ATTCATATTT GGAGGATGCC AAACCACAAG CTGGGGTGCC TCGTTCCAAG 
AGCGAGATGG ATAATATTGA TATTGATCAG AACATGCGGA GATCGGTCAC TCTGCCTTTG 
CCAGCACGCT CCTCTTCCTT GAAACCAAGC CATGAAAGGA ATGACTGGGA TCCCCCAGAC 
AAAAAGGTCG ACACCAGAAA ATACCGAGCC GAGCCAAGAA GCATTCATGA GTATCAGCCT 
GGGAAATCCT CAGCCCTTGC CAATGAGAAG ATGACTCGGG ATAAAAGTCC TGAAGAGATA 
GATTTAAAGA ATGAACCTTG GTATAAATTC TTTTCGGAGT TGGAGTTTGG GAAACCGCCT 
CCCAAAAAGA TATGGGATTA TACACCGGGG GATTGCTCAA TCCTTAAAAT AGAGGATAGG 
AAGACTGAGC TAGAGAGAGA CCTCTATCAG TACGAGACTG AGTTAGATGC AGATTTAGAG 
AGAATGGACA AGTGTTTTAA GGCTCCCGAT AAAAGGAATG CAACTGTAAG TCGTCCAGAG 
GAGATTCCAT CCTACAGGGG GACAGAGGGC GCTCTGGTGG ATCCCACACT CTCTGAAAAT 
GAAAAGCAAA TCTACAAGAA TGTTTTAGAA GGTGGTGATA TTCCATTTCA TGGACTTAGT 
GGCCTAAACA GACGCCCCTC TAGCTCAGCA TCTAATAAAG TAGATTCAGA ATCTCCAAGA 
CACTTTGCCC CTGTTGAATA TATGGATGTA CCAGAAGAGC GTCTCCGCAA GAGATATGAC 
AGCAAAGAGA AACTTATAGA GGATCAGAGA AGACTTAAGC GTGAGCAAGA AGAAGCTGAT 
ATTGCCGCCA GAAGGCACAG TGGGATTGTC CCATCACATC ATCAGTTTAT TACTAATGAG 
CGATTTGGGG ACCTCCTTAA TGTAGGCGAT TCATCAAAAA GGAGATCTCG GTCTGAGATG 
AAGCAGGCAA GAGCCAAGTA TGATTTTAAA GCACAGTCTG GAAAGGAGCT ACCCCTTCAG 
AAGGGAGACT TGGTTTTTAT TTATAGACAA GTAGATGAGA ACTGGTTTGA AGGAGAGCAT 
CATGGCAGAG TCGGGATCTT TCCAATATCA TATATTGAGG TAATCCCAGA AACAGAGAAA 
GCCCAGCCAA GAAAAGCCTC GCCACTACAG GTTCTGGAAT ATGGAGATGC TGTTGCCAAG 
TTTAACTTTA ATGGAGATAC TGCTGTGGAG ATGTCATTTA AAAAGGGTGA GAGAATTACA 
TTGATTCGGA GAGTTGATGA AAATTGGTAT GAAGGCAGGG TATCTGGAAC AAGCCGTCAG 
GGTATATTCC CAGTCACATA CGTTGAAGTC ATCAAAAGAC CACGACTGAA GAATTCAGTA 
GATTACATGG ACCTTCCAGT TTCTTATTCA CCAAACAGAA GCACGAGTGC TTCCCCACAG 
TTTTCTGGCT ATACCAGGCC ACGTACTACT ACTCCACCCA CTGCCATACG TAGAGCCTTC 
TCACCAGAGG TGCAGGCTAT CACATCTGAA TGGATTTCTC TGACAATGGG CGTATCCCGC 
AATAACACTC CCACTGTCAC CCCTCCAGTC CCGCCTTTAC CTGAAGCTAT GCTTTGTACC 
ATAGACTGTA TCACCCCATC TGCGGCCGCC AGTCCCACAT TATCAGTTAC ACCATCTGTC 
AGTCTCCATA ATTGCAATGT CTCTGAGAAT TCTACCCCAA ACTCTGCCAT GTCTCCATTG 
CCTACATATC CATCTAGGCC TCAGTCTGCA ACGCGAATAA GTTACGTTAT TTCTCCCGTT 
AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT GGAGGTTCCC CTGTGCAGTT TTCACAGCAT 
GATAGCTTGA TTTCAGAACT GTGCGACGTT TTACGCAACC AATACAAGTT AAGGGGTGAT 
GCTGGCCCTG TAGTCAATGG CGAGCCGAAT GATCTAAGGA TCCCCAGTTA TACAATGACA 
AAGGCCCCCA TCCCACCGAG CAGAACCCAT GGGGTGACCC CAGCAAGTAA AACAACTTCA 
GATTCATATG AGGAGAACCA GTTGTGTAAG GAGCTACTTA GCATTGTAAA TAGTGACCAA 
GAAGAAATGA AGGGAAATGA GTGCAGTTCC CCCAAGACTG CCGACACAAT ATCTGTCTAT 
CCTTATGTGC TGTCCTCTTG TCCTGTCACA TACCAACCAC CTCCCAGACT TAAAGGCAGG 
GTCATTTTGC CACAGCCTTG CAGATCTGAT GGTGAACAGA CAGGAAGGGA GTCCAAAAGT 
CCTGTAATGA TTACAGGCTC CCCGGTTAAT ACCCTCAACT CAGATTCTGT TGTGCGTCCT 
CATCACACAC TGAGCACAGG ACCAGAGCTC ACAGAGTCTG AAAAGAGCTA TGTGCAACCG 
CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA AGGAGCCAGA CGCCACAGGA TGCATATACC 
TATCAGGCTT TGTATAGCTA TGCACCCCAA AATGAGGATG AGTTGGAGCT CAGAGAAGGG 
GACATTGTTG ATGTTATGGA AAAATGTGAT GATGGCTGGT TTGTAGGTAC TTCTAGAAGA 
ACCAAACTCT TTGGTACTTT TCCAGGCAAT TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762616.1
CDS	51..3644
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906756.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X29, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906756.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA ACCTGTGACA 
GATGAAGCCA TAACCGCAAG CATAACCAAT GATAAACTTT CTTCATTTGC ACCTATTACA 
AAACCCTCTG TGTATCCTTC AACAACCATT GTAAACCCTA CCATTGTACT CCTGCAACAT 
AACAGAGAAC AGCAAAAACG GCTTAGTAAT GCACCAGACC CTGTGGTAAC TAGATCTGCT 
GATGAGAAGC TGGAGTCATT AACTGCACAA AACAAGCAAT GTCAGGATAA TACTCAGAGA 
CTGAAGCCAG CCATGGATTA CACGAGAAGA GATGCCCGAA GCCCTCAGTT TCCAGAAGAC 
TCAGTAGATG AAGTAGGCAT ACCCCTGCGG AACACAGAAA GGTCAAAGGA TTGGTACAAG 
ACAATGTTCA AACAGATTCA CCGGCTAAAT AAAGATGATG AGTCAGACTC CTACCCATCC 
TATGGGCGCC ATTCATATTT GGAGGATGCC AAACCACAAG CTGGGGTGCC TCGTTCCAAG 
AGCGAGATGG ATAATATTGA TATTGATCAG AACATGCGGA GATCGGTCAC TCTGCCTTTG 
CCAGCACGCT CCTCTTCCTT GAAACCAAGC CATGAAAGGA ATGACTGGGA TCCCCCAGAC 
AAAAAGGTCG ACACCAGAAA ATACCGAGCC GAGCCAAGAA GCATTCATGA GTATCAGCCT 
GGGAAATCCT CAGCCCTTGC CAATGAGAAG ATGACTCGGG ATAAAAGTCC TGAAGAGATA 
GATTTAAAGA ATGAACCTTG GTATAAATTC TTTTCGGAGT TGGAGTTTGG GAAACCGCCT 
CCCAAAAAGA TATGGGATTA TACACCGGGG GATTGCTCAA TCCTTAAAAT AGAGGATAGG 
AAGACTGAGC TAGAGAGAGA CCTCTATCAG TACGAGACTG AGTTAGATGC AGATTTAGAG 
AGAATGGACA AGTGTTTTAA GGCTCCCGAT AAAAGGAATG CAACTGTAAG TCGTCCAGAG 
GAGATTCCAT CCTACAGGGG GACAGAGGGC GCTCTGGTGG ATCCCACACT CTCTGAAAAT 
GAAAAGCAAA TCTACAAGAA TGTTTTAGAA GGTGGTGATA TTCCATTTCA TGGACTTAGT 
GGCCTAAACA GACGCCCCTC TAGCTCAGCA TCTAATAAAG TAGATTCAGA ATCTCCAAGA 
CACTTTGCCC CTGTTGAATA TATGGATGTA CCAGAAGAGC GTCTCCGCAA GAGATATGAC 
AGCAAAGAGA AACTTATAGA GGATCAGAGA AGACTTAAGC GTGAGCAAGA AGAAGCTGAT 
ATTGCCGCCA GAAGGCACAG TGGGATTGTC CCATCACATC ATCAGTTTAT TACTAATGAG 
CGATTTGGGG ACCTCCTTAA TGTAGGCGAT TCATCAAAAA GGAGATCTCG GTCTGAGATG 
AAGCAGGCAA GAGCCAAGTA TGATTTTAAA GCACAGTCTG GAAAGGAGCT ACCCCTTCAG 
AAGGGAGACT TGGTTTTTAT TTATAGACAA GTAGATGAGA ACTGGTTTGA AGGAGAGCAT 
CATGGCAGAG TCGGGATCTT TCCAATATCA TATATTGAGG TAATCCCAGA AACAGAGAAA 
GCCCAGCCAA GAAAAGCCTC GCCACTACAG GTTCTGGAAT ATGGAGATGC TGTTGCCAAG 
TTTAACTTTA ATGGAGATAC TGCTGTGGAG ATGTCATTTA AAAAGGGTGA GAGAATTACA 
TTGATTCGGA GAGTTGATGA AAATTGGTAT GAAGGCAGGG TATCTGGAAC AAGCCGTCAG 
GGTATATTCC CAGTCACATA CGTTGAAGTC ATCAAAAGAC CACGACTGAA GAATTCAGTA 
GATTACATGG ACCTTCCAGT TTCTTATTCA CCAAACAGAA GCACGAGTGC TTCCCCACAG 
TTTTCTGGCT ATACCAGGCC ACGTACTACT ACTCCACCCA CTGCCATACG TAGAGCCTTC 
TCACCAGAGG TGCAGGCTAT CACATCTGAA TGGATTTCTC TGACAATGGG CGTATCCCGC 
AATAACACTC CCACTGTCAC CCCTCCAGTC CCGCCTTTAC CTGAAGCTAT GCTTTGTACC 
ATAGACTGTA TCACCCCATC TGCGGCCGCC AGTCCCACAT TATCAGTTAC ACCATCTGTC 
AGTCTCCATA ATTGCAATGT CTCTGAGAAT TCTACCCCAA ACTCTGCCAT GTCTCCATTG 
CCTACATATC CATCTAGGCC TCAGTCTGCA ACGCGAATAA GTTACGTTAT TTCTCCCGTT 
AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT GGAGGTTCCC CTGTGCAGTT TTCACAGCAT 
GATAGCTTGA TTTCAGAACT GTGCGACGTT TTACGCAACC AATACAAGTT AAGGGGTGAT 
GCTGGCCCTG TAGTCAATGG CGAGCCGAAT GATCTAAGGA TCCCCAGTTA TACAATGACA 
AAGGCCCCCA TCCCACCGAG CAGAACCCAT GGGGTGACCC CAGCAAGTAA AACAACTTCA 
GATTCATATG AGGAGAACCA GTTGTGTAAG GAGCTACTTA GCATTGTAAA TAGTGACCAA 
GAAGAAATGA AGGGAAATGA GTGCAGTTCC CCCAAGACTG CCGACACAAT ATCTGTCTAT 
CCTTATGTGC TGTCCTCTTG TCCTGTCACA TACCAACCAC CTCCCAGACT TAAAGGCAGG 
GTCATTTTGC CACAGCCTTG CAGATCTGAT GGTGAACAGA CAGGAAGGGA GTCCAAAAGT 
CCTGTAATGA TTACAGGCTC CCCGGTTAAT ACCCTCAACT CAGATTCTGT TGTGCGTCCT 
CATCACACAC TGAGCACAGG ACCAGAGCTC ACAGAGTCTG AAAAGAGCTA TGTGCAACCG 
CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA AGGAGCCAGA CGCCACAGGA TGCATATACC 
TATCAGGCTT TGTATAGCTA TGCACCCCAA AATGAGGATG AGTTGGAGCT CAGAGAAGGG 
GACATTGTTG ATGTTATGGA AAAATGTGAT GATGGCTGGT TTGTAGGTAC TTCTAGAAGA 
ACCAAACTCT TTGGTACTTT TCCAGGCAAT TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966812.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822266.2 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X30, mRNA.

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CloneID	OXa63303
Clone ID Related Accession (Same CDS sequence)	XM_012966812.3
Accession Version	XM_012966812.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3498bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X25
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012966812.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGAACCTGT GACAGATGAA GCCATAACCG CAAGCATAAC CAATGATAAA 
CTTTCTTCAT TTGCACCTAT TACAAAACCC TCTGTGTATC CTTCAACAAC CATTGTAAAC 
CCTACCATTG TACTCCTGCA ACATAACAGA GAACAGCAAA AACGGCTTAG TAATGCACCA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAGAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA CAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822266.2
CDS	351..3848
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966812.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X30, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966812.3

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGAACCTGT GACAGATGAA GCCATAACCG CAAGCATAAC CAATGATAAA 
CTTTCTTCAT TTGCACCTAT TACAAAACCC TCTGTGTATC CTTCAACAAC CATTGTAAAC 
CCTACCATTG TACTCCTGCA ACATAACAGA GAACAGCAAA AACGGCTTAG TAATGCACCA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAGAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA CAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966813.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822267.2 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X31, mRNA.

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CloneID	OXa63304
Clone ID Related Accession (Same CDS sequence)	XM_012966813.3
Accession Version	XM_012966813.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3495bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012966813.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGATTCTCCC TTAAGTGTAC GTTCAGTCTC TGCTGTTAAA 
ATCATTCCGG TGAAGACGGT GAAAAGTTTT CCCGATCTTG TTCCGACTGC AGATGTGAAT 
CCTGGTAAGC TTTGTGCAGG GAAAGGAGCA GTCACTCTGC GGACCTCCCC AGTGCAACTG 
GAAAGTCAGA AAAATACTAC AACACTGGAC ATTGAACTCT CTCCATATGA TGTCCCAGCT 
GAAGATGTGA CAGATGATGA CAGGCCTCCA TCAGTAGCTG AGTCCAACGG AGATTCCCAG 
CACTCATCCT TAGCAGCTAA AGGCTTTCGG AGTGTGCGCC CTAATCTCAC TTTTGACAAC 
AAGTCACAGG AACCTGTGAC AGATGAAGCC ATAACCGCAA GCATAACCAA TGATAAACTT 
TCTTCATTTG CACCTATTAC AAAACCCTCT GTGTATCCTT CAACAACCAT TGTAAACCCT 
ACCATTGTAC TCCTGCAACA TAACAGAGAA CAGCAAAAAC GGCTTAGTAA TGCACCAGAC 
CCTGTGGTAA CTAGATCTGC TGATGAGAAG CTGGAGTCAT TAACTGCACA AAACAAGCAA 
TGTCAGGATA ATACTCAGAG ACTGAAGCCA GCCATGGATT ACACGAGAAG AGATGCCCGA 
AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT GAAGTAGGCA TACCCCTGCG GAACACAGAA 
AGGTCAAAGG ATTGGTACAA GACAATGTTC AAACAGATTC ACCGGCTAAA TAAAGATGAT 
GAGTCAGACT CCTACCCATC CTATGGGCGC CATTCATATT TGGAGGATGC CAAACCACAA 
GCTGGGGTGC CTCGTTCCAA GAGCGAGATG GATAATATTG ATATTGATCA GAACATGCGG 
AGATCGGTCA CTCTGCCTTT GCCAGCACGC TCCTCTTCCT TGAAACCAAG CCATGAAAGG 
AATGACTGGG ATCCCCCAGA CAAAAAGGTC GACACCAGAA AATACCGAGC CGAGCCAAGA 
AGCATTCATG AGTATCAGCC TGGGAAATCC TCAGCCCTTG CCAATGAGAA GATGACTCGG 
GATAAAAGTC CTGAAGAGAT AGATTTAAAG AATGAACCTT GGTATAAATT CTTTTCGGAG 
TTGGAGTTTG GGAAACCGCC TCCCAAAAAG ATATGGGATT ATACACCGGG GGATTGCTCA 
ATCCTTAAAA TAGAGGATAG GAAGACTGAG CTAGAGAGAG ACCTCTATCA GTACGAGACT 
GAGTTAGATG CAGATTTAGA GAGAATGGAC AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT 
GCAACTGTAA GTCGTCCAGA GGAGATTCCA TCCTACAGGG GGACAGAGGG CGCTCTGGTG 
GATCCCACAC TCTCTGAAAA TGAAAAGCAA ATCTACAAGA ATGTTTTAGA AGGTGGTGAT 
ATTCCATTTC ATGGACTTAG TGGCCTAAAC AGACGCCCCT CTAGCTCAGC ATCTAATAAA 
GTAGATTCAG AATCTCCAAG ACACTTTGCC CCTGTTGAAT ATATGGATGT ACCAGAAGAG 
CGTCTCCGCA AGAGATATGA CAGCAAAGAG AAACTTATAG AGGATCAGAG AAGACTTAAG 
CGTGAGCAAG AAGAAGCTGA TATTGCCGCC AGAAGGCACA GTGGGATTGT CCCATCACAT 
CATCAGTTTA TTACTAATGA GCGATTTGGG GACCTCCTTA ATGTAGGCGA TTCATCAAAA 
AGGAGATCTC GGTCTGAGAT GAAGCAGGCA AGAGCCAAGT ATGATTTTAA AGCACAGTCT 
GGAAAGGAGC TACCCCTTCA GAAGGGAGAC TTGGTTTTTA TTTATAGACA AGTAGATGAG 
AACTGGTTTG AAGGAGAGCA TCATGGCAGA GTCGGGATCT TTCCAATATC ATATATTGAG 
GTAATCCCAG AAACAGAGAA AGCCCAGCCA AGAAAAGCCT CGCCACTACA GGTTCTGGAA 
TATGGAGATG CTGTTGCCAA GTTTAACTTT AATGGAGATA CTGCTGTGGA GATGTCATTT 
AAAAAGGGTG AGAGAATTAC ATTGATTCGG AGAGTTGATG AAAATTGGTA TGAAGGCAGG 
GTATCTGGAA CAAGCCGTCA GGGTATATTC CCAGTCACAT ACGTTGAAGT CATCAAAAGA 
CCACGACTGA AGAATTCAGT AGATTACATG GACCTTCCAG TTTCTTATTC ACCAAACAGA 
AGCACGAGTG CTTCCCCACA GTTTTCTGGC TATACCAGGC CACGTACTAC TACTCCACCC 
ACTGCCATAC GTAGAGCCTT CTCACCAGAG GTGCAGGCTA TCACATCTGA ATGGATTTCT 
CTGACAATGG GCGTATCCCG CAATAACACT CCCACTGTCA CCCCTCCAGT CCCGCCTTTA 
CCTGAAGCTA TGCTTTGTAC CATAGACTGT ATCACCCCAT CTGCGGCCGC CAGTCCCACA 
TTATCAGTTA CACCATCTGT CAGTCTCCAT AATTGCAATG TCTCTGAGAA TTCTACCCCA 
AACTCTGCCA TGTCTCCATT GCCTACATAT CCATCTAGGC CTCAGTCTGC AACGCGAATA 
AGTTACGTTA TTTCTCCCGT TAGTGAAGAA AAGTTGGCAG GATCCAGTTA TGGAGGTTCC 
CCTGTGCAGT TTTCACAGCA TGATAGCTTG ATTTCAGAAC TGTGCGACGT TTTACGCAAC 
CAATACAAGT TAAGGGGTGA TGCTGGCCCT GTAGTCAATG GCGAGCCGAA TGATCTAAGG 
ATCCCCAGTT ATACAATGAC AAAGGCCCCC ATCCCACCGA GCAGAACCCA TGGGGTGACC 
CCAGCAAGTA AAACAACTTC AGATTCATAT GAGGAGAACC AGTTGTGTAA GGAGCTACTT 
AGCATTGTAA ATAGTGACCA AGAAGAAATG AAGGGAAATG AGTGCAGTTC CCCCAAGACT 
GCCGACACAA TATCTGTCTA TCCTTATGTG CTGTCCTCTT GTCCTGTCAC ATACCAACCA 
CCTCCCAGAC TTAAAGGCAG GGTCATTTTG CCACAGCCTT GCAGATCTGA TGGTGAACAG 
ACAGGAAGGG AGTCCAAAAG TCCTGTAATG ATTACAGGCT CCCCGGTTAA TACCCTCAAC 
TCAGATTCTG TTGTGCGTCC TCATCACACA CTGAGCACAG GACCAGAGCT CACAGAGTCT 
GAAAAGAGCT ATGTGCAACC GCAAGCGCAA CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG 
ACGCCACAGG ATGCATATAC CTATCAGGCT TTGTATAGCT ATGCACCCCA AAATGAGGAT 
GAGTTGGAGC TCAGAGAAGG GGACATTGTT GATGTTATGG AAAAATGTGA TGATGGCTGG 
TTTGTAGGTA CTTCTAGAAG AACCAAACTC TTTGGTACTT TTCCAGGCAA TTACGTAAAA 
CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822267.2
CDS	219..3713
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966813.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X31, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966813.3

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGATTCTCCC TTAAGTGTAC GTTCAGTCTC TGCTGTTAAA 
ATCATTCCGG TGAAGACGGT GAAAAGTTTT CCCGATCTTG TTCCGACTGC AGATGTGAAT 
CCTGGTAAGC TTTGTGCAGG GAAAGGAGCA GTCACTCTGC GGACCTCCCC AGTGCAACTG 
GAAAGTCAGA AAAATACTAC AACACTGGAC ATTGAACTCT CTCCATATGA TGTCCCAGCT 
GAAGATGTGA CAGATGATGA CAGGCCTCCA TCAGTAGCTG AGTCCAACGG AGATTCCCAG 
CACTCATCCT TAGCAGCTAA AGGCTTTCGG AGTGTGCGCC CTAATCTCAC TTTTGACAAC 
AAGTCACAGG AACCTGTGAC AGATGAAGCC ATAACCGCAA GCATAACCAA TGATAAACTT 
TCTTCATTTG CACCTATTAC AAAACCCTCT GTGTATCCTT CAACAACCAT TGTAAACCCT 
ACCATTGTAC TCCTGCAACA TAACAGAGAA CAGCAAAAAC GGCTTAGTAA TGCACCAGAC 
CCTGTGGTAA CTAGATCTGC TGATGAGAAG CTGGAGTCAT TAACTGCACA AAACAAGCAA 
TGTCAGGATA ATACTCAGAG ACTGAAGCCA GCCATGGATT ACACGAGAAG AGATGCCCGA 
AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT GAAGTAGGCA TACCCCTGCG GAACACAGAA 
AGGTCAAAGG ATTGGTACAA GACAATGTTC AAACAGATTC ACCGGCTAAA TAAAGATGAT 
GAGTCAGACT CCTACCCATC CTATGGGCGC CATTCATATT TGGAGGATGC CAAACCACAA 
GCTGGGGTGC CTCGTTCCAA GAGCGAGATG GATAATATTG ATATTGATCA GAACATGCGG 
AGATCGGTCA CTCTGCCTTT GCCAGCACGC TCCTCTTCCT TGAAACCAAG CCATGAAAGG 
AATGACTGGG ATCCCCCAGA CAAAAAGGTC GACACCAGAA AATACCGAGC CGAGCCAAGA 
AGCATTCATG AGTATCAGCC TGGGAAATCC TCAGCCCTTG CCAATGAGAA GATGACTCGG 
GATAAAAGTC CTGAAGAGAT AGATTTAAAG AATGAACCTT GGTATAAATT CTTTTCGGAG 
TTGGAGTTTG GGAAACCGCC TCCCAAAAAG ATATGGGATT ATACACCGGG GGATTGCTCA 
ATCCTTAAAA TAGAGGATAG GAAGACTGAG CTAGAGAGAG ACCTCTATCA GTACGAGACT 
GAGTTAGATG CAGATTTAGA GAGAATGGAC AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT 
GCAACTGTAA GTCGTCCAGA GGAGATTCCA TCCTACAGGG GGACAGAGGG CGCTCTGGTG 
GATCCCACAC TCTCTGAAAA TGAAAAGCAA ATCTACAAGA ATGTTTTAGA AGGTGGTGAT 
ATTCCATTTC ATGGACTTAG TGGCCTAAAC AGACGCCCCT CTAGCTCAGC ATCTAATAAA 
GTAGATTCAG AATCTCCAAG ACACTTTGCC CCTGTTGAAT ATATGGATGT ACCAGAAGAG 
CGTCTCCGCA AGAGATATGA CAGCAAAGAG AAACTTATAG AGGATCAGAG AAGACTTAAG 
CGTGAGCAAG AAGAAGCTGA TATTGCCGCC AGAAGGCACA GTGGGATTGT CCCATCACAT 
CATCAGTTTA TTACTAATGA GCGATTTGGG GACCTCCTTA ATGTAGGCGA TTCATCAAAA 
AGGAGATCTC GGTCTGAGAT GAAGCAGGCA AGAGCCAAGT ATGATTTTAA AGCACAGTCT 
GGAAAGGAGC TACCCCTTCA GAAGGGAGAC TTGGTTTTTA TTTATAGACA AGTAGATGAG 
AACTGGTTTG AAGGAGAGCA TCATGGCAGA GTCGGGATCT TTCCAATATC ATATATTGAG 
GTAATCCCAG AAACAGAGAA AGCCCAGCCA AGAAAAGCCT CGCCACTACA GGTTCTGGAA 
TATGGAGATG CTGTTGCCAA GTTTAACTTT AATGGAGATA CTGCTGTGGA GATGTCATTT 
AAAAAGGGTG AGAGAATTAC ATTGATTCGG AGAGTTGATG AAAATTGGTA TGAAGGCAGG 
GTATCTGGAA CAAGCCGTCA GGGTATATTC CCAGTCACAT ACGTTGAAGT CATCAAAAGA 
CCACGACTGA AGAATTCAGT AGATTACATG GACCTTCCAG TTTCTTATTC ACCAAACAGA 
AGCACGAGTG CTTCCCCACA GTTTTCTGGC TATACCAGGC CACGTACTAC TACTCCACCC 
ACTGCCATAC GTAGAGCCTT CTCACCAGAG GTGCAGGCTA TCACATCTGA ATGGATTTCT 
CTGACAATGG GCGTATCCCG CAATAACACT CCCACTGTCA CCCCTCCAGT CCCGCCTTTA 
CCTGAAGCTA TGCTTTGTAC CATAGACTGT ATCACCCCAT CTGCGGCCGC CAGTCCCACA 
TTATCAGTTA CACCATCTGT CAGTCTCCAT AATTGCAATG TCTCTGAGAA TTCTACCCCA 
AACTCTGCCA TGTCTCCATT GCCTACATAT CCATCTAGGC CTCAGTCTGC AACGCGAATA 
AGTTACGTTA TTTCTCCCGT TAGTGAAGAA AAGTTGGCAG GATCCAGTTA TGGAGGTTCC 
CCTGTGCAGT TTTCACAGCA TGATAGCTTG ATTTCAGAAC TGTGCGACGT TTTACGCAAC 
CAATACAAGT TAAGGGGTGA TGCTGGCCCT GTAGTCAATG GCGAGCCGAA TGATCTAAGG 
ATCCCCAGTT ATACAATGAC AAAGGCCCCC ATCCCACCGA GCAGAACCCA TGGGGTGACC 
CCAGCAAGTA AAACAACTTC AGATTCATAT GAGGAGAACC AGTTGTGTAA GGAGCTACTT 
AGCATTGTAA ATAGTGACCA AGAAGAAATG AAGGGAAATG AGTGCAGTTC CCCCAAGACT 
GCCGACACAA TATCTGTCTA TCCTTATGTG CTGTCCTCTT GTCCTGTCAC ATACCAACCA 
CCTCCCAGAC TTAAAGGCAG GGTCATTTTG CCACAGCCTT GCAGATCTGA TGGTGAACAG 
ACAGGAAGGG AGTCCAAAAG TCCTGTAATG ATTACAGGCT CCCCGGTTAA TACCCTCAAC 
TCAGATTCTG TTGTGCGTCC TCATCACACA CTGAGCACAG GACCAGAGCT CACAGAGTCT 
GAAAAGAGCT ATGTGCAACC GCAAGCGCAA CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG 
ACGCCACAGG ATGCATATAC CTATCAGGCT TTGTATAGCT ATGCACCCCA AAATGAGGAT 
GAGTTGGAGC TCAGAGAAGG GGACATTGTT GATGTTATGG AAAAATGTGA TGATGGCTGG 
TTTGTAGGTA CTTCTAGAAG AACCAAACTC TTTGGTACTT TTCCAGGCAA TTACGTAAAA 
CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906757.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762617.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X32, mRNA.

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CloneID	OXa63305
Clone ID Related Accession (Same CDS sequence)	XM_031906757.1
Accession Version	XM_031906757.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3942bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X27
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAGA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACACAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762617.1
CDS	52..3993
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906757.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X32, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906757.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAGA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACACAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906758.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762618.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X33, mRNA.

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CloneID	OXa63306
Clone ID Related Accession (Same CDS sequence)	XM_031906758.1
Accession Version	XM_031906758.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3774bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGATG 
AAGCAGGCAA GAGCCAAGTA TGATTTTAAA GCACAGTCTG GAAAGGAGCT ACCCCTTCAG 
AAGGGAGACT TGGTTTTTAT TTATAGACAA GTAGATGAGA ACTGGTTTGA AGGAGAGCAT 
CATGGCAGAG TCGGGATCTT TCCAATATCA TATATTGAGG TAATCCCAGA AACAGAGAAA 
GCCCAGCCAA GAAAAGCCTC GCCACTACAG GTTCTGGAAT ATGGAGATGC TGTTGCCAAG 
TTTAACTTTA ATGGAGATAC TGCTGTGGAG ATGTCATTTA AAAAGGGTGA GAGAATTACA 
TTGATTCGGA GAGTTGATGA AAATTGGTAT GAAGGCAGGG TATCTGGAAC AAGCCGTCAG 
GGTATATTCC CAGTCACATA CGTTGAAGTC ATCAAAAGAC CACGACTGAA GAATTCAGTA 
GATTACATGG ACCTTCCAGT TTCTTATTCA CCAAACAGAA GCACGAGTGC TTCCCCACAG 
TTTTCTGGCT ATACCAGGCC ACGTACTACT ACTCCACCCA CTGCCATACG TAGAGCCTTC 
TCACCAGAGG TGCAGGCTAT CACATCTGAA TGGATTTCTC TGACAATGGG CGTATCCCGC 
AATAACACTC CCACTGTCAC CCCTCCAGTC CCGCCTTTAC CTGAAGCTAT GCTTTGTACC 
ATAGACTGTA TCACCCCATC TGCGGCCGCC AGTCCCACAT TATCAGTTAC ACCATCTGTC 
AGTCTCCATA ATTGCAATGT CTCTGAGAAT TCTACCCCAA ACTCTGCCAT GTCTCCATTG 
CCTACATATC CATCTAGGCC TCAGTCTGCA ACGCGAATAA GTTACGTTAT TTCTCCCGTT 
AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT GGAGGTTCCC CTGTGCAGTT TTCACAGCAT 
GATAGCTTGA TTTCAGAACT GTGCGACGTT TTACGCAACC AATACAAGTT AAGGGGTGAT 
GCTGGCCCTG TAGTCAATGG CGAGCCGAAT GATCTAAGGA TCCCCAGTTA TACAATGACA 
AAGGCCCCCA TCCCACCGAG CAGAACCCAT GGGGTGACCC CAGCAAGTAA AACAACTTCA 
GATTCATATG AGGAGAACCA GTTGTGTAAG GAGCTACTTA GCATTGTAAA TAGTGACCAA 
GAAGAAATGA AGGGAAATGA GTGCAGTTCC CCCAAGACTG CCGACACAAT ATCTGTCTAT 
CCTTATGTGC TGTCCTCTTG TCCTGTCACA TACCAACCAC CTCCCAGACT TAAAGGCAGG 
GTCATTTTGC CACAGCCTTG CAGATCTGAT GGTGAACAGA CAGGAAGGGA GTCCAAAAGT 
CCTGTAATGA TTACAGGCTC CCCGGTTAAT ACCCTCAACT CAGATTCTGT TGTGCGTCCT 
CATCACACAC TGAGCACAGG ACCAGAGCTC ACAGAGTCTG AAAAGAGCTA TGTGCAACCG 
CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA AGGAGCCAGA CGCCACAGGA TGCATATACC 
TATCAGGCTT TGTATAGCTA TGCACCCCAA AATGAGGATG AGTTGGAGCT CAGAGAAGGG 
GACATTGTTG ATGTTATGGA AAAATGTGAT GATGGCTGGT TTGTAGGTAC TTCTAGAAGA 
ACCAAACTCT TTGGTACTTT TCCAGGCAAT TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762618.1
CDS	52..3825
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906758.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X33, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906758.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGATG 
AAGCAGGCAA GAGCCAAGTA TGATTTTAAA GCACAGTCTG GAAAGGAGCT ACCCCTTCAG 
AAGGGAGACT TGGTTTTTAT TTATAGACAA GTAGATGAGA ACTGGTTTGA AGGAGAGCAT 
CATGGCAGAG TCGGGATCTT TCCAATATCA TATATTGAGG TAATCCCAGA AACAGAGAAA 
GCCCAGCCAA GAAAAGCCTC GCCACTACAG GTTCTGGAAT ATGGAGATGC TGTTGCCAAG 
TTTAACTTTA ATGGAGATAC TGCTGTGGAG ATGTCATTTA AAAAGGGTGA GAGAATTACA 
TTGATTCGGA GAGTTGATGA AAATTGGTAT GAAGGCAGGG TATCTGGAAC AAGCCGTCAG 
GGTATATTCC CAGTCACATA CGTTGAAGTC ATCAAAAGAC CACGACTGAA GAATTCAGTA 
GATTACATGG ACCTTCCAGT TTCTTATTCA CCAAACAGAA GCACGAGTGC TTCCCCACAG 
TTTTCTGGCT ATACCAGGCC ACGTACTACT ACTCCACCCA CTGCCATACG TAGAGCCTTC 
TCACCAGAGG TGCAGGCTAT CACATCTGAA TGGATTTCTC TGACAATGGG CGTATCCCGC 
AATAACACTC CCACTGTCAC CCCTCCAGTC CCGCCTTTAC CTGAAGCTAT GCTTTGTACC 
ATAGACTGTA TCACCCCATC TGCGGCCGCC AGTCCCACAT TATCAGTTAC ACCATCTGTC 
AGTCTCCATA ATTGCAATGT CTCTGAGAAT TCTACCCCAA ACTCTGCCAT GTCTCCATTG 
CCTACATATC CATCTAGGCC TCAGTCTGCA ACGCGAATAA GTTACGTTAT TTCTCCCGTT 
AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT GGAGGTTCCC CTGTGCAGTT TTCACAGCAT 
GATAGCTTGA TTTCAGAACT GTGCGACGTT TTACGCAACC AATACAAGTT AAGGGGTGAT 
GCTGGCCCTG TAGTCAATGG CGAGCCGAAT GATCTAAGGA TCCCCAGTTA TACAATGACA 
AAGGCCCCCA TCCCACCGAG CAGAACCCAT GGGGTGACCC CAGCAAGTAA AACAACTTCA 
GATTCATATG AGGAGAACCA GTTGTGTAAG GAGCTACTTA GCATTGTAAA TAGTGACCAA 
GAAGAAATGA AGGGAAATGA GTGCAGTTCC CCCAAGACTG CCGACACAAT ATCTGTCTAT 
CCTTATGTGC TGTCCTCTTG TCCTGTCACA TACCAACCAC CTCCCAGACT TAAAGGCAGG 
GTCATTTTGC CACAGCCTTG CAGATCTGAT GGTGAACAGA CAGGAAGGGA GTCCAAAAGT 
CCTGTAATGA TTACAGGCTC CCCGGTTAAT ACCCTCAACT CAGATTCTGT TGTGCGTCCT 
CATCACACAC TGAGCACAGG ACCAGAGCTC ACAGAGTCTG AAAAGAGCTA TGTGCAACCG 
CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA AGGAGCCAGA CGCCACAGGA TGCATATACC 
TATCAGGCTT TGTATAGCTA TGCACCCCAA AATGAGGATG AGTTGGAGCT CAGAGAAGGG 
GACATTGTTG ATGTTATGGA AAAATGTGAT GATGGCTGGT TTGTAGGTAC TTCTAGAAGA 
ACCAAACTCT TTGGTACTTT TCCAGGCAAT TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966807.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822261.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X17, mRNA.

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CloneID	OXa33132
Clone ID Related Accession (Same CDS sequence)	XM_012966807.2
Accession Version	XM_012966807.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3849bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966807.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGTAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822261.1
CDS	464..4312
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966807.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966807.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGTAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966808.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822262.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OXa33133
Clone ID Related Accession (Same CDS sequence)	XM_012966808.2
Accession Version	XM_012966808.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3837bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966808.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGCC TTGCAGATCT GATGGTGAAC AGACAGGAAG GGAGTCCAAA 
AGTCCTGTAA TGATTACAGG CTCCCCGGTT AATACCCTCA ACTCAGATTC TGTTGTGCGT 
CCTCATCACA CACTGAGCAC AGGACCAGAG CTCACAGAGT CTGAAAAGAG CTATGTGCAA 
CCGCAAGCGC AACAGAGAAG GGACAGCCTA GAAAGGAGCC AGACGCCACA GGATGCATAT 
ACCTATCAGG CTTTGTATAG CTATGCACCC CAAAATGAGG ATGAGTTGGA GCTCAGAGAA 
GGGGACATTG TTGATGTTAT GGAAAAATGT GATGATGGCT GGTTTGTAGG TACTTCTAGA 
AGAACCAAAC TCTTTGGTAC TTTTCCAGGC AATTACGTAA AACTAGTATT TTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822262.1
CDS	464..4300
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966808.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966808.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGCC TTGCAGATCT GATGGTGAAC AGACAGGAAG GGAGTCCAAA 
AGTCCTGTAA TGATTACAGG CTCCCCGGTT AATACCCTCA ACTCAGATTC TGTTGTGCGT 
CCTCATCACA CACTGAGCAC AGGACCAGAG CTCACAGAGT CTGAAAAGAG CTATGTGCAA 
CCGCAAGCGC AACAGAGAAG GGACAGCCTA GAAAGGAGCC AGACGCCACA GGATGCATAT 
ACCTATCAGG CTTTGTATAG CTATGCACCC CAAAATGAGG ATGAGTTGGA GCTCAGAGAA 
GGGGACATTG TTGATGTTAT GGAAAAATGT GATGATGGCT GGTTTGTAGG TACTTCTAGA 
AGAACCAAAC TCTTTGGTAC TTTTCCAGGC AATTACGTAA AACTAGTATT TTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966810.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822264.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OXa33134
Clone ID Related Accession (Same CDS sequence)	XM_012966810.2
Accession Version	XM_012966810.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3753bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966810.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGGATG GCACTTCAGT CACAGCTCAG 
CCTGAGGTTA TAATAGTCCC ACTCATCCAG GTTAAAGCTG AAAGAGAGCA AGAAGGCACC 
TCGAGCACTC CACCGCCACC TCTTGTACCT GCTGGCAAAC TTTCAGCCTC CCCAGAGCCT 
GACACCTCCC AATTGGCTTT TCCTACACTT GATGATTTTA TCCCCCCTCA TCTGCAAAGG 
GGATCAAACC ATAACCCGAG CTCTCCCACT ATTTCTATAC AAAACAATCA GCCACCACTC 
TCTCCACCAC CTTTACTGCA TCCTCCAGTA ACGGAGGATT TGCGCAGAGT CTCGGAACCT 
GAAATCAGTG GAGTCATCTC ACCCACAGAA CCTGTGACAG ATGAAGCCAT AACCGCAAGC 
ATAACCAATG ATAAACTTTC TTCATTTGCA CCTATTACAA AACCCTCTGT GTATCCTTCA 
ACAACCATTG TAAACCCTAC CATTGTACTC CTGCAACATA ACAGAGAACA GCAAAAACGG 
CTTAGTAATG CACCAGACCC TGTGGTAACT AGATCTGCTG ATGAGAAGCT GGAGTCATTA 
ACTGCACAAA ACAAGCAATG TCAGGATAAT ACTCAGAGAC TGAAGCCAGC CATGGATTAC 
ACGAGAAGAG ATGCCCGAAG CCCTCAGTTT CCAGAAGACT CAGTAGATGA AGTAGGCATA 
CCCCTGCGGA ACACAGAAAG GTCAAAGGAT TGGTACAAGA CAATGTTCAA ACAGATTCAC 
CGGCTAAATA AAGATGATGA GTCAGACTCC TACCCATCCT ATGGGCGCCA TTCATATTTG 
GAGGATGCCA AACCACAAGC TGGGGTGCCT CGTTCCAAGA GCGAGATGGA TAATATTGAT 
ATTGATCAGA ACATGCGGAG ATCGGTCACT CTGCCTTTGC CAGCACGCTC CTCTTCCTTG 
AAACCAAGCC ATGAAAGGAA TGACTGGGAT CCCCCAGACA AAAAGGTCGA CACCAGAAAA 
TACCGAGCCG AGCCAAGAAG CATTCATGAG TATCAGCCTG GGAAATCCTC AGCCCTTGCC 
AATGAGAAGA TGACTCGGGA TAAAAGTCCT GAAGAGATAG ATTTAAAGAA TGAACCTTGG 
TATAAATTCT TTTCGGAGTT GGAGTTTGGG AAACCGCCTC CCAAAAAGAT ATGGGATTAT 
ACACCGGGGG ATTGCTCAAT CCTTAAAATA GAGGATAGGA AGACTGAGCT AGAGAGAGAC 
CTCTATCAGT ACGAGACTGA GTTAGATGCA GATTTAGAGA GAATGGACAA GTGTTTTAAG 
GCTCCCGATA AAAGGAATGC AACTGTAAGT CGTCCAGAGG AGATTCCATC CTACAGGGGG 
ACAGAGGGCG CTCTGGTGGA TCCCACACTC TCTGAAAATG AAAAGCAAAT CTACAAGAAT 
GTTTTAGAAG GTGGTGATAT TCCATTTCAT GGACTTAGTG GCCTAAACAG ACGCCCCTCT 
AGCTCAGCAT CTAATAAAGT AGATTCAGAA TCTCCAAGAC ACTTTGCCCC TGTTGAATAT 
ATGGATGTAC CAGAAGAGCG TCTCCGCAAG AGATATGACA GCAAAGAGAA ACTTATAGAG 
GATCAGAGAA GACTTAAGCG TGAGCAAGAA GAAGCTGATA TTGCCGCCAG AAGGCACAGT 
GGGATTGTCC CATCACATCA TCAGTTTATT ACTAATGAGC GATTTGGGGA CCTCCTTAAT 
GTAGGCGATT CATCAAAAAG GAGATCTCGG TCTGAGATGA AGCAGGCAAG AGCCAAGTAT 
GATTTTAAAG CACAGTCTGG AAAGGAGCTA CCCCTTCAGA AGGGAGACTT GGTTTTTATT 
TATAGACAAG TAGATGAGAA CTGGTTTGAA GGAGAGCATC ATGGCAGAGT CGGGATCTTT 
CCAATATCAT ATATTGAGGT AATCCCAGAA ACAGAGAAAG CCCAGCCAAG AAAAGCCTCG 
CCACTACAGG TTCTGGAATA TGGAGATGCT GTTGCCAAGT TTAACTTTAA TGGAGATACT 
GCTGTGGAGA TGTCATTTAA AAAGGGTGAA AGAATTACAT TGATTCGGAG AGTTGATGAA 
AATTGGTATG AAGGCAGGGT ATCTGGAACA AGCCGTCAGG GTATATTCCC AGTCACATAC 
GTTGAAGTCA TCAAAAGACC ACGACTGAAG AATTCAGTAG ATTACATGGA CCTTCCAGTT 
TCTTATTCAC CAAACAGAAG CACGAGTGCT TCCCCACAGT TTTCTGGCTA TACCAGGCCA 
CGTACTACTA CTCCACCCAC TGCCATACGT AGAGCCTTCT CACCAGAGGT GCAGGCTATC 
ACATCTGAAT GGATTTCTCT GACAATGGGC GTATCCCGCA ATAACACTCC CACTGTCACC 
CCTCCAGTCC CGCCTTTACC TGAAGCTATG CTTTGTACCA TAGACTGTAT CACCCCATCT 
GCGGCCGCCA GTCCCACATT ATCAGTTACA CCATCTGTCA GTCTCCATAA TTGCAATGTC 
TCTGAGAATT CTACCCCAAA CTCTGCCATG TCTCCATTGC CTACATATCC ATCTAGGCCT 
CAGTCTGCAA CGCGAATAAG TTACGTTATT TCTCCCGTTA GTGAAGAAAA GTTGGCAGGA 
TCCAGTTATG GAGGTTCCCC TGTGCAGTTT TCACAGCATG ATAGCTTGAT TTCAGAACTG 
TGCGACGTTT TACGCAACCA ATACAAGTTA AGGGGTGATG CTGGCCCTGT AGTCAATGGC 
GAGCCGAATG ATCTAAGGAT CCCCAGTTAT ACAATGACAA AGGCCCCCAT CCCACCGAGC 
AGAACCCATG GGGTGACCCC AGCAAGTAAA ACAACTTCAG ATTCATATGA GGAGAACCAG 
TTGTGTAAGG AGCTACTTAG CATTGTAAAT AGTGACCAAG AAGAAATGAA GGGAAATGAG 
TGCAGTTCCC CCAAGACTGC CGACAGAATA TCTGTCTATC CTTATGTGCT GTCCTCTTGT 
CCTGTCACAT ACCAACCACC TCCCAGACTT AAAGGCAGGG TCATTTTGCC ACAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822264.1
CDS	464..4216
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966810.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966810.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGGATG GCACTTCAGT CACAGCTCAG 
CCTGAGGTTA TAATAGTCCC ACTCATCCAG GTTAAAGCTG AAAGAGAGCA AGAAGGCACC 
TCGAGCACTC CACCGCCACC TCTTGTACCT GCTGGCAAAC TTTCAGCCTC CCCAGAGCCT 
GACACCTCCC AATTGGCTTT TCCTACACTT GATGATTTTA TCCCCCCTCA TCTGCAAAGG 
GGATCAAACC ATAACCCGAG CTCTCCCACT ATTTCTATAC AAAACAATCA GCCACCACTC 
TCTCCACCAC CTTTACTGCA TCCTCCAGTA ACGGAGGATT TGCGCAGAGT CTCGGAACCT 
GAAATCAGTG GAGTCATCTC ACCCACAGAA CCTGTGACAG ATGAAGCCAT AACCGCAAGC 
ATAACCAATG ATAAACTTTC TTCATTTGCA CCTATTACAA AACCCTCTGT GTATCCTTCA 
ACAACCATTG TAAACCCTAC CATTGTACTC CTGCAACATA ACAGAGAACA GCAAAAACGG 
CTTAGTAATG CACCAGACCC TGTGGTAACT AGATCTGCTG ATGAGAAGCT GGAGTCATTA 
ACTGCACAAA ACAAGCAATG TCAGGATAAT ACTCAGAGAC TGAAGCCAGC CATGGATTAC 
ACGAGAAGAG ATGCCCGAAG CCCTCAGTTT CCAGAAGACT CAGTAGATGA AGTAGGCATA 
CCCCTGCGGA ACACAGAAAG GTCAAAGGAT TGGTACAAGA CAATGTTCAA ACAGATTCAC 
CGGCTAAATA AAGATGATGA GTCAGACTCC TACCCATCCT ATGGGCGCCA TTCATATTTG 
GAGGATGCCA AACCACAAGC TGGGGTGCCT CGTTCCAAGA GCGAGATGGA TAATATTGAT 
ATTGATCAGA ACATGCGGAG ATCGGTCACT CTGCCTTTGC CAGCACGCTC CTCTTCCTTG 
AAACCAAGCC ATGAAAGGAA TGACTGGGAT CCCCCAGACA AAAAGGTCGA CACCAGAAAA 
TACCGAGCCG AGCCAAGAAG CATTCATGAG TATCAGCCTG GGAAATCCTC AGCCCTTGCC 
AATGAGAAGA TGACTCGGGA TAAAAGTCCT GAAGAGATAG ATTTAAAGAA TGAACCTTGG 
TATAAATTCT TTTCGGAGTT GGAGTTTGGG AAACCGCCTC CCAAAAAGAT ATGGGATTAT 
ACACCGGGGG ATTGCTCAAT CCTTAAAATA GAGGATAGGA AGACTGAGCT AGAGAGAGAC 
CTCTATCAGT ACGAGACTGA GTTAGATGCA GATTTAGAGA GAATGGACAA GTGTTTTAAG 
GCTCCCGATA AAAGGAATGC AACTGTAAGT CGTCCAGAGG AGATTCCATC CTACAGGGGG 
ACAGAGGGCG CTCTGGTGGA TCCCACACTC TCTGAAAATG AAAAGCAAAT CTACAAGAAT 
GTTTTAGAAG GTGGTGATAT TCCATTTCAT GGACTTAGTG GCCTAAACAG ACGCCCCTCT 
AGCTCAGCAT CTAATAAAGT AGATTCAGAA TCTCCAAGAC ACTTTGCCCC TGTTGAATAT 
ATGGATGTAC CAGAAGAGCG TCTCCGCAAG AGATATGACA GCAAAGAGAA ACTTATAGAG 
GATCAGAGAA GACTTAAGCG TGAGCAAGAA GAAGCTGATA TTGCCGCCAG AAGGCACAGT 
GGGATTGTCC CATCACATCA TCAGTTTATT ACTAATGAGC GATTTGGGGA CCTCCTTAAT 
GTAGGCGATT CATCAAAAAG GAGATCTCGG TCTGAGATGA AGCAGGCAAG AGCCAAGTAT 
GATTTTAAAG CACAGTCTGG AAAGGAGCTA CCCCTTCAGA AGGGAGACTT GGTTTTTATT 
TATAGACAAG TAGATGAGAA CTGGTTTGAA GGAGAGCATC ATGGCAGAGT CGGGATCTTT 
CCAATATCAT ATATTGAGGT AATCCCAGAA ACAGAGAAAG CCCAGCCAAG AAAAGCCTCG 
CCACTACAGG TTCTGGAATA TGGAGATGCT GTTGCCAAGT TTAACTTTAA TGGAGATACT 
GCTGTGGAGA TGTCATTTAA AAAGGGTGAA AGAATTACAT TGATTCGGAG AGTTGATGAA 
AATTGGTATG AAGGCAGGGT ATCTGGAACA AGCCGTCAGG GTATATTCCC AGTCACATAC 
GTTGAAGTCA TCAAAAGACC ACGACTGAAG AATTCAGTAG ATTACATGGA CCTTCCAGTT 
TCTTATTCAC CAAACAGAAG CACGAGTGCT TCCCCACAGT TTTCTGGCTA TACCAGGCCA 
CGTACTACTA CTCCACCCAC TGCCATACGT AGAGCCTTCT CACCAGAGGT GCAGGCTATC 
ACATCTGAAT GGATTTCTCT GACAATGGGC GTATCCCGCA ATAACACTCC CACTGTCACC 
CCTCCAGTCC CGCCTTTACC TGAAGCTATG CTTTGTACCA TAGACTGTAT CACCCCATCT 
GCGGCCGCCA GTCCCACATT ATCAGTTACA CCATCTGTCA GTCTCCATAA TTGCAATGTC 
TCTGAGAATT CTACCCCAAA CTCTGCCATG TCTCCATTGC CTACATATCC ATCTAGGCCT 
CAGTCTGCAA CGCGAATAAG TTACGTTATT TCTCCCGTTA GTGAAGAAAA GTTGGCAGGA 
TCCAGTTATG GAGGTTCCCC TGTGCAGTTT TCACAGCATG ATAGCTTGAT TTCAGAACTG 
TGCGACGTTT TACGCAACCA ATACAAGTTA AGGGGTGATG CTGGCCCTGT AGTCAATGGC 
GAGCCGAATG ATCTAAGGAT CCCCAGTTAT ACAATGACAA AGGCCCCCAT CCCACCGAGC 
AGAACCCATG GGGTGACCCC AGCAAGTAAA ACAACTTCAG ATTCATATGA GGAGAACCAG 
TTGTGTAAGG AGCTACTTAG CATTGTAAAT AGTGACCAAG AAGAAATGAA GGGAAATGAG 
TGCAGTTCCC CCAAGACTGC CGACAGAATA TCTGTCTATC CTTATGTGCT GTCCTCTTGT 
CCTGTCACAT ACCAACCACC TCCCAGACTT AAAGGCAGGG TCATTTTGCC ACAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966811.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822265.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X20, mRNA.

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CloneID	OXa33135
Clone ID Related Accession (Same CDS sequence)	XM_012966811.2 , XM_012966812.2
Accession Version	XM_012966811.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3498bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966811.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGAACCTGT GACAGATGAA GCCATAACCG CAAGCATAAC CAATGATAAA 
CTTTCTTCAT TTGCACCTAT TACAAAACCC TCTGTGTATC CTTCAACAAC CATTGTAAAC 
CCTACCATTG TACTCCTGCA ACATAACAGA GAACAGCAAA AACGGCTTAG TAATGCACCA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAAAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA GAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822265.1
CDS	464..3961
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966811.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966811.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGAACCTGT GACAGATGAA GCCATAACCG CAAGCATAAC CAATGATAAA 
CTTTCTTCAT TTGCACCTAT TACAAAACCC TCTGTGTATC CTTCAACAAC CATTGTAAAC 
CCTACCATTG TACTCCTGCA ACATAACAGA GAACAGCAAA AACGGCTTAG TAATGCACCA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAAAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA GAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966812.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822266.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X21, mRNA.

Price & Availability↑

CloneID	OXa33135
Clone ID Related Accession (Same CDS sequence)	XM_012966811.2 , XM_012966812.2
Accession Version	XM_012966812.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3498bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966812.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGAACCTGT GACAGATGAA GCCATAACCG CAAGCATAAC CAATGATAAA 
CTTTCTTCAT TTGCACCTAT TACAAAACCC TCTGTGTATC CTTCAACAAC CATTGTAAAC 
CCTACCATTG TACTCCTGCA ACATAACAGA GAACAGCAAA AACGGCTTAG TAATGCACCA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAAAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA GAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822266.1
CDS	353..3850
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966812.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966812.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGAACCTGT GACAGATGAA GCCATAACCG CAAGCATAAC CAATGATAAA 
CTTTCTTCAT TTGCACCTAT TACAAAACCC TCTGTGTATC CTTCAACAAC CATTGTAAAC 
CCTACCATTG TACTCCTGCA ACATAACAGA GAACAGCAAA AACGGCTTAG TAATGCACCA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAAAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA GAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966813.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822267.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X22, mRNA.

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CloneID	OXa33136
Clone ID Related Accession (Same CDS sequence)	XM_012966813.2
Accession Version	XM_012966813.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3495bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966813.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGATTCTCCC TTAAGTGTAC GTTCAGTCTC TGCTGTTAAA 
ATCATTCCGG TGAAGACGGT GAAAAGTTTT CCCGATCTTG TTCCGACTGC AGATGTGAAT 
CCTGGTAAGC TTTGTGCAGG GAAAGGAGCA GTCACTCTGC GGACCTCCCC AGTGCAACTG 
GAAAGTCAGA AAAATACTAC AACACTGGAC ATTGAACTCT CTCCATATGA TGTCCCAGCT 
GAAGATGTGA CAGATGATGA CAGGCCTCCA TCAGTAGCTG AGTCCAACGG AGATTCCCAG 
CACTCATCCT TAGCAGCTAA AGGCTTTCGG AGTGTGCGCC CTAATCTCAC TTTTGACAAC 
AAGTCACAGG AACCTGTGAC AGATGAAGCC ATAACCGCAA GCATAACCAA TGATAAACTT 
TCTTCATTTG CACCTATTAC AAAACCCTCT GTGTATCCTT CAACAACCAT TGTAAACCCT 
ACCATTGTAC TCCTGCAACA TAACAGAGAA CAGCAAAAAC GGCTTAGTAA TGCACCAGAC 
CCTGTGGTAA CTAGATCTGC TGATGAGAAG CTGGAGTCAT TAACTGCACA AAACAAGCAA 
TGTCAGGATA ATACTCAGAG ACTGAAGCCA GCCATGGATT ACACGAGAAG AGATGCCCGA 
AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT GAAGTAGGCA TACCCCTGCG GAACACAGAA 
AGGTCAAAGG ATTGGTACAA GACAATGTTC AAACAGATTC ACCGGCTAAA TAAAGATGAT 
GAGTCAGACT CCTACCCATC CTATGGGCGC CATTCATATT TGGAGGATGC CAAACCACAA 
GCTGGGGTGC CTCGTTCCAA GAGCGAGATG GATAATATTG ATATTGATCA GAACATGCGG 
AGATCGGTCA CTCTGCCTTT GCCAGCACGC TCCTCTTCCT TGAAACCAAG CCATGAAAGG 
AATGACTGGG ATCCCCCAGA CAAAAAGGTC GACACCAGAA AATACCGAGC CGAGCCAAGA 
AGCATTCATG AGTATCAGCC TGGGAAATCC TCAGCCCTTG CCAATGAGAA GATGACTCGG 
GATAAAAGTC CTGAAGAGAT AGATTTAAAG AATGAACCTT GGTATAAATT CTTTTCGGAG 
TTGGAGTTTG GGAAACCGCC TCCCAAAAAG ATATGGGATT ATACACCGGG GGATTGCTCA 
ATCCTTAAAA TAGAGGATAG GAAGACTGAG CTAGAGAGAG ACCTCTATCA GTACGAGACT 
GAGTTAGATG CAGATTTAGA GAGAATGGAC AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT 
GCAACTGTAA GTCGTCCAGA GGAGATTCCA TCCTACAGGG GGACAGAGGG CGCTCTGGTG 
GATCCCACAC TCTCTGAAAA TGAAAAGCAA ATCTACAAGA ATGTTTTAGA AGGTGGTGAT 
ATTCCATTTC ATGGACTTAG TGGCCTAAAC AGACGCCCCT CTAGCTCAGC ATCTAATAAA 
GTAGATTCAG AATCTCCAAG ACACTTTGCC CCTGTTGAAT ATATGGATGT ACCAGAAGAG 
CGTCTCCGCA AGAGATATGA CAGCAAAGAG AAACTTATAG AGGATCAGAG AAGACTTAAG 
CGTGAGCAAG AAGAAGCTGA TATTGCCGCC AGAAGGCACA GTGGGATTGT CCCATCACAT 
CATCAGTTTA TTACTAATGA GCGATTTGGG GACCTCCTTA ATGTAGGCGA TTCATCAAAA 
AGGAGATCTC GGTCTGAGAT GAAGCAGGCA AGAGCCAAGT ATGATTTTAA AGCACAGTCT 
GGAAAGGAGC TACCCCTTCA GAAGGGAGAC TTGGTTTTTA TTTATAGACA AGTAGATGAG 
AACTGGTTTG AAGGAGAGCA TCATGGCAGA GTCGGGATCT TTCCAATATC ATATATTGAG 
GTAATCCCAG AAACAGAGAA AGCCCAGCCA AGAAAAGCCT CGCCACTACA GGTTCTGGAA 
TATGGAGATG CTGTTGCCAA GTTTAACTTT AATGGAGATA CTGCTGTGGA GATGTCATTT 
AAAAAGGGTG AAAGAATTAC ATTGATTCGG AGAGTTGATG AAAATTGGTA TGAAGGCAGG 
GTATCTGGAA CAAGCCGTCA GGGTATATTC CCAGTCACAT ACGTTGAAGT CATCAAAAGA 
CCACGACTGA AGAATTCAGT AGATTACATG GACCTTCCAG TTTCTTATTC ACCAAACAGA 
AGCACGAGTG CTTCCCCACA GTTTTCTGGC TATACCAGGC CACGTACTAC TACTCCACCC 
ACTGCCATAC GTAGAGCCTT CTCACCAGAG GTGCAGGCTA TCACATCTGA ATGGATTTCT 
CTGACAATGG GCGTATCCCG CAATAACACT CCCACTGTCA CCCCTCCAGT CCCGCCTTTA 
CCTGAAGCTA TGCTTTGTAC CATAGACTGT ATCACCCCAT CTGCGGCCGC CAGTCCCACA 
TTATCAGTTA CACCATCTGT CAGTCTCCAT AATTGCAATG TCTCTGAGAA TTCTACCCCA 
AACTCTGCCA TGTCTCCATT GCCTACATAT CCATCTAGGC CTCAGTCTGC AACGCGAATA 
AGTTACGTTA TTTCTCCCGT TAGTGAAGAA AAGTTGGCAG GATCCAGTTA TGGAGGTTCC 
CCTGTGCAGT TTTCACAGCA TGATAGCTTG ATTTCAGAAC TGTGCGACGT TTTACGCAAC 
CAATACAAGT TAAGGGGTGA TGCTGGCCCT GTAGTCAATG GCGAGCCGAA TGATCTAAGG 
ATCCCCAGTT ATACAATGAC AAAGGCCCCC ATCCCACCGA GCAGAACCCA TGGGGTGACC 
CCAGCAAGTA AAACAACTTC AGATTCATAT GAGGAGAACC AGTTGTGTAA GGAGCTACTT 
AGCATTGTAA ATAGTGACCA AGAAGAAATG AAGGGAAATG AGTGCAGTTC CCCCAAGACT 
GCCGACAGAA TATCTGTCTA TCCTTATGTG CTGTCCTCTT GTCCTGTCAC ATACCAACCA 
CCTCCCAGAC TTAAAGGCAG GGTCATTTTG CCACAGCCTT GCAGATCTGA TGGTGAACAG 
ACAGGAAGGG AGTCCAAAAG TCCTGTAATG ATTACAGGCT CCCCGGTTAA TACCCTCAAC 
TCAGATTCTG TTGTGCGTCC TCATCACACA CTGAGCACAG GACCAGAGCT CACAGAGTCT 
GAAAAGAGCT ATGTGCAACC GCAAGCGCAA CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG 
ACGCCACAGG ATGCATATAC CTATCAGGCT TTGTATAGCT ATGCACCCCA AAATGAGGAT 
GAGTTGGAGC TCAGAGAAGG GGACATTGTT GATGTTATGG AAAAATGTGA TGATGGCTGG 
TTTGTAGGTA CTTCTAGAAG AACCAAACTC TTTGGTACTT TTCCAGGCAA TTACGTAAAA 
CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822267.1
CDS	219..3713
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966813.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966813.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGATTCTCCC TTAAGTGTAC GTTCAGTCTC TGCTGTTAAA 
ATCATTCCGG TGAAGACGGT GAAAAGTTTT CCCGATCTTG TTCCGACTGC AGATGTGAAT 
CCTGGTAAGC TTTGTGCAGG GAAAGGAGCA GTCACTCTGC GGACCTCCCC AGTGCAACTG 
GAAAGTCAGA AAAATACTAC AACACTGGAC ATTGAACTCT CTCCATATGA TGTCCCAGCT 
GAAGATGTGA CAGATGATGA CAGGCCTCCA TCAGTAGCTG AGTCCAACGG AGATTCCCAG 
CACTCATCCT TAGCAGCTAA AGGCTTTCGG AGTGTGCGCC CTAATCTCAC TTTTGACAAC 
AAGTCACAGG AACCTGTGAC AGATGAAGCC ATAACCGCAA GCATAACCAA TGATAAACTT 
TCTTCATTTG CACCTATTAC AAAACCCTCT GTGTATCCTT CAACAACCAT TGTAAACCCT 
ACCATTGTAC TCCTGCAACA TAACAGAGAA CAGCAAAAAC GGCTTAGTAA TGCACCAGAC 
CCTGTGGTAA CTAGATCTGC TGATGAGAAG CTGGAGTCAT TAACTGCACA AAACAAGCAA 
TGTCAGGATA ATACTCAGAG ACTGAAGCCA GCCATGGATT ACACGAGAAG AGATGCCCGA 
AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT GAAGTAGGCA TACCCCTGCG GAACACAGAA 
AGGTCAAAGG ATTGGTACAA GACAATGTTC AAACAGATTC ACCGGCTAAA TAAAGATGAT 
GAGTCAGACT CCTACCCATC CTATGGGCGC CATTCATATT TGGAGGATGC CAAACCACAA 
GCTGGGGTGC CTCGTTCCAA GAGCGAGATG GATAATATTG ATATTGATCA GAACATGCGG 
AGATCGGTCA CTCTGCCTTT GCCAGCACGC TCCTCTTCCT TGAAACCAAG CCATGAAAGG 
AATGACTGGG ATCCCCCAGA CAAAAAGGTC GACACCAGAA AATACCGAGC CGAGCCAAGA 
AGCATTCATG AGTATCAGCC TGGGAAATCC TCAGCCCTTG CCAATGAGAA GATGACTCGG 
GATAAAAGTC CTGAAGAGAT AGATTTAAAG AATGAACCTT GGTATAAATT CTTTTCGGAG 
TTGGAGTTTG GGAAACCGCC TCCCAAAAAG ATATGGGATT ATACACCGGG GGATTGCTCA 
ATCCTTAAAA TAGAGGATAG GAAGACTGAG CTAGAGAGAG ACCTCTATCA GTACGAGACT 
GAGTTAGATG CAGATTTAGA GAGAATGGAC AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT 
GCAACTGTAA GTCGTCCAGA GGAGATTCCA TCCTACAGGG GGACAGAGGG CGCTCTGGTG 
GATCCCACAC TCTCTGAAAA TGAAAAGCAA ATCTACAAGA ATGTTTTAGA AGGTGGTGAT 
ATTCCATTTC ATGGACTTAG TGGCCTAAAC AGACGCCCCT CTAGCTCAGC ATCTAATAAA 
GTAGATTCAG AATCTCCAAG ACACTTTGCC CCTGTTGAAT ATATGGATGT ACCAGAAGAG 
CGTCTCCGCA AGAGATATGA CAGCAAAGAG AAACTTATAG AGGATCAGAG AAGACTTAAG 
CGTGAGCAAG AAGAAGCTGA TATTGCCGCC AGAAGGCACA GTGGGATTGT CCCATCACAT 
CATCAGTTTA TTACTAATGA GCGATTTGGG GACCTCCTTA ATGTAGGCGA TTCATCAAAA 
AGGAGATCTC GGTCTGAGAT GAAGCAGGCA AGAGCCAAGT ATGATTTTAA AGCACAGTCT 
GGAAAGGAGC TACCCCTTCA GAAGGGAGAC TTGGTTTTTA TTTATAGACA AGTAGATGAG 
AACTGGTTTG AAGGAGAGCA TCATGGCAGA GTCGGGATCT TTCCAATATC ATATATTGAG 
GTAATCCCAG AAACAGAGAA AGCCCAGCCA AGAAAAGCCT CGCCACTACA GGTTCTGGAA 
TATGGAGATG CTGTTGCCAA GTTTAACTTT AATGGAGATA CTGCTGTGGA GATGTCATTT 
AAAAAGGGTG AAAGAATTAC ATTGATTCGG AGAGTTGATG AAAATTGGTA TGAAGGCAGG 
GTATCTGGAA CAAGCCGTCA GGGTATATTC CCAGTCACAT ACGTTGAAGT CATCAAAAGA 
CCACGACTGA AGAATTCAGT AGATTACATG GACCTTCCAG TTTCTTATTC ACCAAACAGA 
AGCACGAGTG CTTCCCCACA GTTTTCTGGC TATACCAGGC CACGTACTAC TACTCCACCC 
ACTGCCATAC GTAGAGCCTT CTCACCAGAG GTGCAGGCTA TCACATCTGA ATGGATTTCT 
CTGACAATGG GCGTATCCCG CAATAACACT CCCACTGTCA CCCCTCCAGT CCCGCCTTTA 
CCTGAAGCTA TGCTTTGTAC CATAGACTGT ATCACCCCAT CTGCGGCCGC CAGTCCCACA 
TTATCAGTTA CACCATCTGT CAGTCTCCAT AATTGCAATG TCTCTGAGAA TTCTACCCCA 
AACTCTGCCA TGTCTCCATT GCCTACATAT CCATCTAGGC CTCAGTCTGC AACGCGAATA 
AGTTACGTTA TTTCTCCCGT TAGTGAAGAA AAGTTGGCAG GATCCAGTTA TGGAGGTTCC 
CCTGTGCAGT TTTCACAGCA TGATAGCTTG ATTTCAGAAC TGTGCGACGT TTTACGCAAC 
CAATACAAGT TAAGGGGTGA TGCTGGCCCT GTAGTCAATG GCGAGCCGAA TGATCTAAGG 
ATCCCCAGTT ATACAATGAC AAAGGCCCCC ATCCCACCGA GCAGAACCCA TGGGGTGACC 
CCAGCAAGTA AAACAACTTC AGATTCATAT GAGGAGAACC AGTTGTGTAA GGAGCTACTT 
AGCATTGTAA ATAGTGACCA AGAAGAAATG AAGGGAAATG AGTGCAGTTC CCCCAAGACT 
GCCGACAGAA TATCTGTCTA TCCTTATGTG CTGTCCTCTT GTCCTGTCAC ATACCAACCA 
CCTCCCAGAC TTAAAGGCAG GGTCATTTTG CCACAGCCTT GCAGATCTGA TGGTGAACAG 
ACAGGAAGGG AGTCCAAAAG TCCTGTAATG ATTACAGGCT CCCCGGTTAA TACCCTCAAC 
TCAGATTCTG TTGTGCGTCC TCATCACACA CTGAGCACAG GACCAGAGCT CACAGAGTCT 
GAAAAGAGCT ATGTGCAACC GCAAGCGCAA CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG 
ACGCCACAGG ATGCATATAC CTATCAGGCT TTGTATAGCT ATGCACCCCA AAATGAGGAT 
GAGTTGGAGC TCAGAGAAGG GGACATTGTT GATGTTATGG AAAAATGTGA TGATGGCTGG 
TTTGTAGGTA CTTCTAGAAG AACCAAACTC TTTGGTACTT TTCCAGGCAA TTACGTAAAA 
CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966814.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822268.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X23, mRNA.

Price & Availability↑

CloneID	OXa33137
Clone ID Related Accession (Same CDS sequence)	XM_012966814.2
Accession Version	XM_012966814.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966814.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGATTCA 
GAATCTCCAA GACACTTTGC CCCTGTTGAA TATATGGATG TACCAGAAGA GCGTCTCCGC 
AAGAGATATG ACAGCAAAGA GAAACTTATA GAGGATCAGA GAAGACTTAA GCGTGAGCAA 
GAAGAAGCTG ATATTGCCGC CAGAAGGCAC AGTGGGATTG TCCCATCACA TCATCAGTTT 
ATTACTAATG AGCGATTTGG GGACCTCCTT AATGTAGGCG ATTCATCAAA AAGGAGATCT 
CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG TATGATTTTA AAGCACAGTC TGGAAAGGAG 
CTACCCCTTC AGAAGGGAGA CTTGGTTTTT ATTTATAGAC AAGTAGATGA GAACTGGTTT 
GAAGGAGAGC ATCATGGCAG AGTCGGGATC TTTCCAATAT CATATATTGA GGTAATCCCA 
GAAACAGAGA AAGCCCAGCC AAGAAAAGCC TCGCCACTAC AGGTTCTGGA ATATGGAGAT 
GCTGTTGCCA AGTTTAACTT TAATGGAGAT ACTGCTGTGG AGATGTCATT TAAAAAGGGT 
GAAAGAATTA CATTGATTCG GAGAGTTGAT GAAAATTGGT ATGAAGGCAG GGTATCTGGA 
ACAAGCCGTC AGGGTATATT CCCAGTCACA TACGTTGAAG TCATCAAAAG ACCACGACTG 
AAGAATTCAG TAGATTACAT GGACCTTCCA GTTTCTTATT CACCAAACAG AAGCACGAGT 
GCTTCCCCAC AGTTTTCTGG CTATACCAGG CCACGTACTA CTACTCCACC CACTGCCATA 
CGTAGAGCCT TCTCACCAGA GGTGCAGGCT ATCACATCTG AATGGATTTC TCTGACAATG 
GGCGTATCCC GCAATAACAC TCCCACTGTC ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT 
ATGCTTTGTA CCATAGACTG TATCACCCCA TCTGCGGCCG CCAGTCCCAC ATTATCAGTT 
ACACCATCTG TCAGTCTCCA TAATTGCAAT GTCTCTGAGA ATTCTACCCC AAACTCTGCC 
ATGTCTCCAT TGCCTACATA TCCATCTAGG CCTCAGTCTG CAACGCGAAT AAGTTACGTT 
ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA GGATCCAGTT ATGGAGGTTC CCCTGTGCAG 
TTTTCACAGC ATGATAGCTT GATTTCAGAA CTGTGCGACG TTTTACGCAA CCAATACAAG 
TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT GGCGAGCCGA ATGATCTAAG GATCCCCAGT 
TATACAATGA CAAAGGCCCC CATCCCACCG AGCAGAACCC ATGGGGTGAC CCCAGCAAGT 
AAAACAACTT CAGATTCATA TGAGGAGAAC CAGTTGTGTA AGGAGCTACT TAGCATTGTA 
AATAGTGACC AAGAAGAAAT GAAGGGAAAT GAGTGCAGTT CCCCCAAGAC TGCCGACAGA 
ATATCTGTCT ATCCTTATGT GCTGTCCTCT TGTCCTGTCA CATACCAACC ACCTCCCAGA 
CTTAAAGGCA GGGTCATTTT GCCACAGCCT TGCAGATCTG ATGGTGAACA GACAGGAAGG 
GAGTCCAAAA GTCCTGTAAT GATTACAGGC TCCCCGGTTA ATACCCTCAA CTCAGATTCT 
GTTGTGCGTC CTCATCACAC ACTGAGCACA GGACCAGAGC TCACAGAGTC TGAAAAGAGC 
TATGTGCAAC CGCAAGCGCA ACAGAGAAGG GACAGCCTAG AAAGGAGCCA GACGCCACAG 
GATGCATATA CCTATCAGGC TTTGTATAGC TATGCACCCC AAAATGAGGA TGAGTTGGAG 
CTCAGAGAAG GGGACATTGT TGATGTTATG GAAAAATGTG ATGATGGCTG GTTTGTAGGT 
ACTTCTAGAA GAACCAAACT CTTTGGTACT TTTCCAGGCA ATTACGTAAA ACTAGTATTT 
TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822268.1
CDS	464..4309
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966814.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966814.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGATTCA 
GAATCTCCAA GACACTTTGC CCCTGTTGAA TATATGGATG TACCAGAAGA GCGTCTCCGC 
AAGAGATATG ACAGCAAAGA GAAACTTATA GAGGATCAGA GAAGACTTAA GCGTGAGCAA 
GAAGAAGCTG ATATTGCCGC CAGAAGGCAC AGTGGGATTG TCCCATCACA TCATCAGTTT 
ATTACTAATG AGCGATTTGG GGACCTCCTT AATGTAGGCG ATTCATCAAA AAGGAGATCT 
CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG TATGATTTTA AAGCACAGTC TGGAAAGGAG 
CTACCCCTTC AGAAGGGAGA CTTGGTTTTT ATTTATAGAC AAGTAGATGA GAACTGGTTT 
GAAGGAGAGC ATCATGGCAG AGTCGGGATC TTTCCAATAT CATATATTGA GGTAATCCCA 
GAAACAGAGA AAGCCCAGCC AAGAAAAGCC TCGCCACTAC AGGTTCTGGA ATATGGAGAT 
GCTGTTGCCA AGTTTAACTT TAATGGAGAT ACTGCTGTGG AGATGTCATT TAAAAAGGGT 
GAAAGAATTA CATTGATTCG GAGAGTTGAT GAAAATTGGT ATGAAGGCAG GGTATCTGGA 
ACAAGCCGTC AGGGTATATT CCCAGTCACA TACGTTGAAG TCATCAAAAG ACCACGACTG 
AAGAATTCAG TAGATTACAT GGACCTTCCA GTTTCTTATT CACCAAACAG AAGCACGAGT 
GCTTCCCCAC AGTTTTCTGG CTATACCAGG CCACGTACTA CTACTCCACC CACTGCCATA 
CGTAGAGCCT TCTCACCAGA GGTGCAGGCT ATCACATCTG AATGGATTTC TCTGACAATG 
GGCGTATCCC GCAATAACAC TCCCACTGTC ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT 
ATGCTTTGTA CCATAGACTG TATCACCCCA TCTGCGGCCG CCAGTCCCAC ATTATCAGTT 
ACACCATCTG TCAGTCTCCA TAATTGCAAT GTCTCTGAGA ATTCTACCCC AAACTCTGCC 
ATGTCTCCAT TGCCTACATA TCCATCTAGG CCTCAGTCTG CAACGCGAAT AAGTTACGTT 
ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA GGATCCAGTT ATGGAGGTTC CCCTGTGCAG 
TTTTCACAGC ATGATAGCTT GATTTCAGAA CTGTGCGACG TTTTACGCAA CCAATACAAG 
TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT GGCGAGCCGA ATGATCTAAG GATCCCCAGT 
TATACAATGA CAAAGGCCCC CATCCCACCG AGCAGAACCC ATGGGGTGAC CCCAGCAAGT 
AAAACAACTT CAGATTCATA TGAGGAGAAC CAGTTGTGTA AGGAGCTACT TAGCATTGTA 
AATAGTGACC AAGAAGAAAT GAAGGGAAAT GAGTGCAGTT CCCCCAAGAC TGCCGACAGA 
ATATCTGTCT ATCCTTATGT GCTGTCCTCT TGTCCTGTCA CATACCAACC ACCTCCCAGA 
CTTAAAGGCA GGGTCATTTT GCCACAGCCT TGCAGATCTG ATGGTGAACA GACAGGAAGG 
GAGTCCAAAA GTCCTGTAAT GATTACAGGC TCCCCGGTTA ATACCCTCAA CTCAGATTCT 
GTTGTGCGTC CTCATCACAC ACTGAGCACA GGACCAGAGC TCACAGAGTC TGAAAAGAGC 
TATGTGCAAC CGCAAGCGCA ACAGAGAAGG GACAGCCTAG AAAGGAGCCA GACGCCACAG 
GATGCATATA CCTATCAGGC TTTGTATAGC TATGCACCCC AAAATGAGGA TGAGTTGGAG 
CTCAGAGAAG GGGACATTGT TGATGTTATG GAAAAATGTG ATGATGGCTG GTTTGTAGGT 
ACTTCTAGAA GAACCAAACT CTTTGGTACT TTTCCAGGCA ATTACGTAAA ACTAGTATTT 
TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966815.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822269.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OXa33138
Clone ID Related Accession (Same CDS sequence)	XM_012966815.2
Accession Version	XM_012966815.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3678bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966815.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGATTCA 
GAATCTCCAA GACACTTTGC CCCTGTTGAA TATATGGATG TACCAGAAGA GCGTCTCCGC 
AAGAGATATG ACAGCAAAGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAAAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA GAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822269.1
CDS	464..4141
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966815.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X24, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966815.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGATTCA 
GAATCTCCAA GACACTTTGC CCCTGTTGAA TATATGGATG TACCAGAAGA GCGTCTCCGC 
AAGAGATATG ACAGCAAAGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAAAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA GAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906731.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762591.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X1, mRNA.

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CloneID	OXa63279
Clone ID Related Accession (Same CDS sequence)	XM_031906731.1
Accession Version	XM_031906731.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4728bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGTTTTCT 
GGCTATACCA GGCCACGTAC TACTACTCCA CCCACTGCCA TACGTAGAGC CTTCTCACCA 
GAGGTGCAGG CTATCACATC TGAATGGATT TCTCTGACAA TGGGCGTATC CCGCAATAAC 
ACTCCCACTG TCACCCCTCC AGTCCCGCCT TTACCTGAAG CTATGCTTTG TACCATAGAC 
TGTATCACCC CATCTGCGGC CGCCAGTCCC ACATTATCAG TTACACCATC TGTCAGTCTC 
CATAATTGCA ATGTCTCTGA GAATTCTACC CCAAACTCTG CCATGTCTCC ATTGCCTACA 
TATCCATCTA GGCCTCAGTC TGCAACGCGA ATAAGTTACG TTATTTCTCC CGTTAGTGAA 
GAAAAGTTGG CAGGATCCAG TTATGGAGGT TCCCCTGTGC AGTTTTCACA GCATGATAGC 
TTGATTTCAG AACTGTGCGA CGTTTTACGC AACCAATACA AGTTAAGGGG TGATGCTGGC 
CCTGTAGTCA ATGGCGAGCC GAATGATCTA AGGATCCCCA GTTATACAAT GACAAAGGCC 
CCCATCCCAC CGAGCAGAAC CCATGGGGTG ACCCCAGCAA GTAAAACAAC TTCAGATTCA 
TATGAGGAGA ACCAGTTGTG TAAGGAGCTA CTTAGCATTG TAAATAGTGA CCAAGAAGAA 
ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG ACTGCCGACA CAATATCTGT CTATCCTTAT 
GTGCTGTCCT CTTGTCCTGT CACATACCAA CCACCTCCCA GACTTAAAGG CAGGGTCATT 
TTGCCACAGC CTTGCAGATC TGATGGTGAA CAGACAGGAA GGGAGTCCAA AAGTCCTGTA 
ATGATTACAG GCTCCCCGGT TAATACCCTC AACTCAGATT CTGTTGTGCG TCCTCATCAC 
ACACTGAGCA CAGGACCAGA GCTCACAGAG TCTGAAAAGA GCTATGTGCA ACCGCAAGCG 
CAACAGAGAA GGGACAGCCT AGAAAGGAGC CAGACGCCAC AGGATGCATA TACCTATCAG 
GCTTTGTATA GCTATGCACC CCAAAATGAG GATGAGTTGG AGCTCAGAGA AGGGGACATT 
GTTGATGTTA TGGAAAAATG TGATGATGGC TGGTTTGTAG GTACTTCTAG AAGAACCAAA 
CTCTTTGGTA CTTTTCCAGG CAATTACGTA AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762591.1
CDS	54..4781
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906731.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906731.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGTTTTCT 
GGCTATACCA GGCCACGTAC TACTACTCCA CCCACTGCCA TACGTAGAGC CTTCTCACCA 
GAGGTGCAGG CTATCACATC TGAATGGATT TCTCTGACAA TGGGCGTATC CCGCAATAAC 
ACTCCCACTG TCACCCCTCC AGTCCCGCCT TTACCTGAAG CTATGCTTTG TACCATAGAC 
TGTATCACCC CATCTGCGGC CGCCAGTCCC ACATTATCAG TTACACCATC TGTCAGTCTC 
CATAATTGCA ATGTCTCTGA GAATTCTACC CCAAACTCTG CCATGTCTCC ATTGCCTACA 
TATCCATCTA GGCCTCAGTC TGCAACGCGA ATAAGTTACG TTATTTCTCC CGTTAGTGAA 
GAAAAGTTGG CAGGATCCAG TTATGGAGGT TCCCCTGTGC AGTTTTCACA GCATGATAGC 
TTGATTTCAG AACTGTGCGA CGTTTTACGC AACCAATACA AGTTAAGGGG TGATGCTGGC 
CCTGTAGTCA ATGGCGAGCC GAATGATCTA AGGATCCCCA GTTATACAAT GACAAAGGCC 
CCCATCCCAC CGAGCAGAAC CCATGGGGTG ACCCCAGCAA GTAAAACAAC TTCAGATTCA 
TATGAGGAGA ACCAGTTGTG TAAGGAGCTA CTTAGCATTG TAAATAGTGA CCAAGAAGAA 
ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG ACTGCCGACA CAATATCTGT CTATCCTTAT 
GTGCTGTCCT CTTGTCCTGT CACATACCAA CCACCTCCCA GACTTAAAGG CAGGGTCATT 
TTGCCACAGC CTTGCAGATC TGATGGTGAA CAGACAGGAA GGGAGTCCAA AAGTCCTGTA 
ATGATTACAG GCTCCCCGGT TAATACCCTC AACTCAGATT CTGTTGTGCG TCCTCATCAC 
ACACTGAGCA CAGGACCAGA GCTCACAGAG TCTGAAAAGA GCTATGTGCA ACCGCAAGCG 
CAACAGAGAA GGGACAGCCT AGAAAGGAGC CAGACGCCAC AGGATGCATA TACCTATCAG 
GCTTTGTATA GCTATGCACC CCAAAATGAG GATGAGTTGG AGCTCAGAGA AGGGGACATT 
GTTGATGTTA TGGAAAAATG TGATGATGGC TGGTTTGTAG GTACTTCTAG AAGAACCAAA 
CTCTTTGGTA CTTTTCCAGG CAATTACGTA AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906732.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762592.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X2, mRNA.

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CloneID	OXa63280
Clone ID Related Accession (Same CDS sequence)	XM_031906732.1
Accession Version	XM_031906732.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4725bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762592.1
CDS	54..4778
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906732.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906732.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906733.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762593.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa63281
Clone ID Related Accession (Same CDS sequence)	XM_031906733.1
Accession Version	XM_031906733.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4725bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGATGAT 
TCTCCCTTAA GTGTACGTTC AGTCTCTGCT GTTAAAATCA TTCCGGTGAA GACGGTGAAA 
AGTTTTCCCG ATCTTGTTCC GACTGCAGAT GTGAATCCTG GTAAGCTTTG TGCAGGGAAA 
GGAGCAGTCA CTCTGCGGAC CTCCCCAGTG CAACTGGAAA GTCAGAAAAA TACTACAACA 
CTGGACATTG AACTCTCTCC ATATGATGTC CCAGCTGAAG ATGTGACAGA TGATGACAGG 
CCTCCATCAG TAGCTGAGTC CAACGGAGAT TCCCAGCACT CATCCTTAGC AGCTAAAGGC 
TTTCGGAGTG TGCGCCCTAA TCTCACTTTT GACAACAAGT CACAGAAAAC TCATCCGCCC 
CCAGTCCCAC CTCCTCCCAA AGAGGAGAGC TTTGCATGGC GACCAAATAC TAACACTAAA 
CTCTCTTACT TAAAACCTGT GCCTATCTTG GACTGTATTT ACCTGAGTTC TCCCAAGCCC 
TACGTGCCAT ATGCTGCATC ATGCACAAAC GCAGAGCTGT CTCACCCTGC CTGTACTCTA 
AGTGGAACCC AGGCTATTCC GGGCGATCAC ACTAACACCC CAGCTTCTTC CATCCCCACT 
GAAGTGCAGC ACACTGCTTT TAGTTCCTTG TTATCAGACA CGTCACCAAA ACACTGCCCC 
AGTGAGGCTG GCAATGTGGA TAGAAGTGTT GCTGGAATGA ATTCCAGTCA TGAGACTAAA 
AAAGATAAAA AGGTCAGCAG TCTATATGTA GCTTGTTTAT CTAACAGCAC TGGCTCAGCT 
GCATCTGAAA ATCCCACTGG CGTTGCACAT GATAAAACAG AGAGTGCTGA ATTGGAAGCT 
GATGTAACTA AATCACCAGC CACAAACATT GTTCCTTCGA TAATAGACAC CGGAAAATCC 
CCTCCTCCTG TCCCTCCCAG GCCATTCTTT GACCCTGTCC CAAGTAAAGA TTCCGTTAGC 
TATGGTGACA TAGACACTTT CTGGAGTCCA TGTCCTCTAC ATCAAGATAT GGGACGCACA 
GAGCTAGAAA CACAGCATCC AGCTGGCCAT GTGAAAATGA CTGCAAAGGA GCCCTACTAT 
TCATCAAAGC CACAATATCC CTTCCGGCCA CAGGGATACC GCCGCATGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GTAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762593.1
CDS	54..4778
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKDDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906733.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906733.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGATGAT 
TCTCCCTTAA GTGTACGTTC AGTCTCTGCT GTTAAAATCA TTCCGGTGAA GACGGTGAAA 
AGTTTTCCCG ATCTTGTTCC GACTGCAGAT GTGAATCCTG GTAAGCTTTG TGCAGGGAAA 
GGAGCAGTCA CTCTGCGGAC CTCCCCAGTG CAACTGGAAA GTCAGAAAAA TACTACAACA 
CTGGACATTG AACTCTCTCC ATATGATGTC CCAGCTGAAG ATGTGACAGA TGATGACAGG 
CCTCCATCAG TAGCTGAGTC CAACGGAGAT TCCCAGCACT CATCCTTAGC AGCTAAAGGC 
TTTCGGAGTG TGCGCCCTAA TCTCACTTTT GACAACAAGT CACAGAAAAC TCATCCGCCC 
CCAGTCCCAC CTCCTCCCAA AGAGGAGAGC TTTGCATGGC GACCAAATAC TAACACTAAA 
CTCTCTTACT TAAAACCTGT GCCTATCTTG GACTGTATTT ACCTGAGTTC TCCCAAGCCC 
TACGTGCCAT ATGCTGCATC ATGCACAAAC GCAGAGCTGT CTCACCCTGC CTGTACTCTA 
AGTGGAACCC AGGCTATTCC GGGCGATCAC ACTAACACCC CAGCTTCTTC CATCCCCACT 
GAAGTGCAGC ACACTGCTTT TAGTTCCTTG TTATCAGACA CGTCACCAAA ACACTGCCCC 
AGTGAGGCTG GCAATGTGGA TAGAAGTGTT GCTGGAATGA ATTCCAGTCA TGAGACTAAA 
AAAGATAAAA AGGTCAGCAG TCTATATGTA GCTTGTTTAT CTAACAGCAC TGGCTCAGCT 
GCATCTGAAA ATCCCACTGG CGTTGCACAT GATAAAACAG AGAGTGCTGA ATTGGAAGCT 
GATGTAACTA AATCACCAGC CACAAACATT GTTCCTTCGA TAATAGACAC CGGAAAATCC 
CCTCCTCCTG TCCCTCCCAG GCCATTCTTT GACCCTGTCC CAAGTAAAGA TTCCGTTAGC 
TATGGTGACA TAGACACTTT CTGGAGTCCA TGTCCTCTAC ATCAAGATAT GGGACGCACA 
GAGCTAGAAA CACAGCATCC AGCTGGCCAT GTGAAAATGA CTGCAAAGGA GCCCTACTAT 
TCATCAAAGC CACAATATCC CTTCCGGCCA CAGGGATACC GCCGCATGGA TGGCACTTCA 
GTCACAGCTC AGCCTGAGGT TATAATAGTC CCACTCATCC AGGTTAAAGC TGAAAGAGAG 
CAAGAAGGCA CCTCGAGCAC TCCACCGCCA CCTCTTGTAC CTGCTGGCAA ACTTTCAGCC 
TCCCCAGAGC CTGACACCTC CCAATTGGCT TTTCCTACAC TTGATGATTT TATCCCCCCT 
CATCTGCAAA GGGGATCAAA CCATAACCCG AGCTCTCCCA CTATTTCTAT ACAAAACAAT 
CAGCCACCAC TCTCTCCACC ACCTTTACTG CATCCTCCAG TAACGGAGGA TTTGCGCAGA 
GTCTCGGAAC CTGAAATCAG TGGAGTCATC TCACCCACAG AACCTGTGAC AGATGAAGCC 
ATAACCGCAA GCATAACCAA TGATAAACTT TCTTCATTTG CACCTATTAC AAAACCCTCT 
GTGTATCCTT CAACAACCAT TGTAAACCCT ACCATTGTAC TCCTGCAACA TAACAGAGAA 
CAGCAAAAAC GGCTTAGTAA TGCACCAGAC CCTGTGGTAA CTAGATCTGC TGATGAGAAG 
CTGGAGTCAT TAACTGCACA AAACAAGCAA TGTCAGGATA ATACTCAGAG ACTGAAGCCA 
GCCATGGATT ACACGAGAAG AGATGCCCGA AGCCCTCAGT TTCCAGAAGA CTCAGTAGAT 
GAAGTAGGCA TACCCCTGCG GAACACAGAA AGGTCAAAGG ATTGGTACAA GACAATGTTC 
AAACAGATTC ACCGGCTAAA TAAAGATGAT GAGTCAGACT CCTACCCATC CTATGGGCGC 
CATTCATATT TGGAGGATGC CAAACCACAA GCTGGGGTGC CTCGTTCCAA GAGCGAGATG 
GATAATATTG ATATTGATCA GAACATGCGG AGATCGGTCA CTCTGCCTTT GCCAGCACGC 
TCCTCTTCCT TGAAACCAAG CCATGAAAGG AATGACTGGG ATCCCCCAGA CAAAAAGGTC 
GACACCAGAA AATACCGAGC CGAGCCAAGA AGCATTCATG AGTATCAGCC TGGGAAATCC 
TCAGCCCTTG CCAATGAGAA GATGACTCGG GATAAAAGTC CTGAAGAGAT AGATTTAAAG 
AATGAACCTT GGTATAAATT CTTTTCGGAG TTGGAGTTTG GGAAACCGCC TCCCAAAAAG 
ATATGGGATT ATACACCGGG GGATTGCTCA ATCCTTAAAA TAGAGGATAG GAAGACTGAG 
CTAGAGAGAG ACCTCTATCA GTACGAGACT GAGTTAGATG CAGATTTAGA GAGAATGGAC 
AAGTGTTTTA AGGCTCCCGA TAAAAGGAAT GCAACTGTAA GTCGTCCAGA GGAGATTCCA 
TCCTACAGGG GGACAGAGGG CGCTCTGGTG GATCCCACAC TCTCTGAAAA TGAAAAGCAA 
ATCTACAAGA ATGTTTTAGA AGGTGGTGAT ATTCCATTTC ATGGACTTAG TGGCCTAAAC 
AGACGCCCCT CTAGCTCAGC ATCTAATAAA GTAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
AAACTTATAG AGGATCAGAG AAGACTTAAG CGTGAGCAAG AAGAAGCTGA TATTGCCGCC 
AGAAGGCACA GTGGGATTGT CCCATCACAT CATCAGTTTA TTACTAATGA GCGATTTGGG 
GACCTCCTTA ATGTAGGCGA TTCATCAAAA AGGAGATCTC GGTCTGAGAT GAAGCAGGCA 
AGAGCCAAGT ATGATTTTAA AGCACAGTCT GGAAAGGAGC TACCCCTTCA GAAGGGAGAC 
TTGGTTTTTA TTTATAGACA AGTAGATGAG AACTGGTTTG AAGGAGAGCA TCATGGCAGA 
GTCGGGATCT TTCCAATATC ATATATTGAG GTAATCCCAG AAACAGAGAA AGCCCAGCCA 
AGAAAAGCCT CGCCACTACA GGTTCTGGAA TATGGAGATG CTGTTGCCAA GTTTAACTTT 
AATGGAGATA CTGCTGTGGA GATGTCATTT AAAAAGGGTG AGAGAATTAC ATTGATTCGG 
AGAGTTGATG AAAATTGGTA TGAAGGCAGG GTATCTGGAA CAAGCCGTCA GGGTATATTC 
CCAGTCACAT ACGTTGAAGT CATCAAAAGA CCACGACTGA AGAATTCAGT AGATTACATG 
GACCTTCCAG TTTCTTATTC ACCAAACAGA AGCACGAGTG CTTCCCCACA GTTTTCTGGC 
TATACCAGGC CACGTACTAC TACTCCACCC ACTGCCATAC GTAGAGCCTT CTCACCAGAG 
GTGCAGGCTA TCACATCTGA ATGGATTTCT CTGACAATGG GCGTATCCCG CAATAACACT 
CCCACTGTCA CCCCTCCAGT CCCGCCTTTA CCTGAAGCTA TGCTTTGTAC CATAGACTGT 
ATCACCCCAT CTGCGGCCGC CAGTCCCACA TTATCAGTTA CACCATCTGT CAGTCTCCAT 
AATTGCAATG TCTCTGAGAA TTCTACCCCA AACTCTGCCA TGTCTCCATT GCCTACATAT 
CCATCTAGGC CTCAGTCTGC AACGCGAATA AGTTACGTTA TTTCTCCCGT TAGTGAAGAA 
AAGTTGGCAG GATCCAGTTA TGGAGGTTCC CCTGTGCAGT TTTCACAGCA TGATAGCTTG 
ATTTCAGAAC TGTGCGACGT TTTACGCAAC CAATACAAGT TAAGGGGTGA TGCTGGCCCT 
GTAGTCAATG GCGAGCCGAA TGATCTAAGG ATCCCCAGTT ATACAATGAC AAAGGCCCCC 
ATCCCACCGA GCAGAACCCA TGGGGTGACC CCAGCAAGTA AAACAACTTC AGATTCATAT 
GAGGAGAACC AGTTGTGTAA GGAGCTACTT AGCATTGTAA ATAGTGACCA AGAAGAAATG 
AAGGGAAATG AGTGCAGTTC CCCCAAGACT GCCGACACAA TATCTGTCTA TCCTTATGTG 
CTGTCCTCTT GTCCTGTCAC ATACCAACCA CCTCCCAGAC TTAAAGGCAG GGTCATTTTG 
CCACAGCCTT GCAGATCTGA TGGTGAACAG ACAGGAAGGG AGTCCAAAAG TCCTGTAATG 
ATTACAGGCT CCCCGGTTAA TACCCTCAAC TCAGATTCTG TTGTGCGTCC TCATCACACA 
CTGAGCACAG GACCAGAGCT CACAGAGTCT GAAAAGAGCT ATGTGCAACC GCAAGCGCAA 
CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG ACGCCACAGG ATGCATATAC CTATCAGGCT 
TTGTATAGCT ATGCACCCCA AAATGAGGAT GAGTTGGAGC TCAGAGAAGG GGACATTGTT 
GATGTTATGG AAAAATGTGA TGATGGCTGG TTTGTAGGTA CTTCTAGAAG AACCAAACTC 
TTTGGTACTT TTCCAGGCAA TTACGTAAAA CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906734.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762594.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa63282
Clone ID Related Accession (Same CDS sequence)	XM_031906734.1
Accession Version	XM_031906734.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4698bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAGAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA CAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762594.1
CDS	54..4751
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNRDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906734.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906734.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GACCCTGTGG TAACTAGATC TGCTGATGAG AAGCTGGAGT CATTAACTGC ACAAAACAAG 
CAATGTCAGG ATAATACTCA GAGACTGAAG CCAGCCATGG ATTACACGAG AAGAGATGCC 
CGAAGCCCTC AGTTTCCAGA AGACTCAGTA GATGAAGTAG GCATACCCCT GCGGAACACA 
GAAAGGTCAA AGGATTGGTA CAAGACAATG TTCAAACAGA TTCACCGGCT AAATAAAGAT 
GATGAGTCAG ACTCCTACCC ATCCTATGGG CGCCATTCAT ATTTGGAGGA TGCCAAACCA 
CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG ATGGATAATA TTGATATTGA TCAGAACATG 
CGGAGATCGG TCACTCTGCC TTTGCCAGCA CGCTCCTCTT CCTTGAAACC AAGCCATGAA 
AGGAATGACT GGGATCCCCC AGACAAAAAG GTCGACACCA GAAAATACCG AGCCGAGCCA 
AGAAGCATTC ATGAGTATCA GCCTGGGAAA TCCTCAGCCC TTGCCAATGA GAAGATGACT 
CGGGATAAAA GTCCTGAAGA GATAGATTTA AAGAATGAAC CTTGGTATAA ATTCTTTTCG 
GAGTTGGAGT TTGGGAAACC GCCTCCCAAA AAGATATGGG ATTATACACC GGGGGATTGC 
TCAATCCTTA AAATAGAGGA TAGGAAGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAGAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA CAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906735.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762595.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X5, mRNA.

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CloneID	OXa63283
Clone ID Related Accession (Same CDS sequence)	XM_031906735.1
Accession Version	XM_031906735.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4668bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGTTTTCT 
GGCTATACCA GGCCACGTAC TACTACTCCA CCCACTGCCA TACGTAGAGC CTTCTCACCA 
GAGGTGCAGG CTATCACATC TGAATGGATT TCTCTGACAA TGGGCGTATC CCGCAATAAC 
ACTCCCACTG TCACCCCTCC AGTCCCGCCT TTACCTGAAG CTATGCTTTG TACCATAGAC 
TGTATCACCC CATCTGCGGC CGCCAGTCCC ACATTATCAG TTACACCATC TGTCAGTCTC 
CATAATTGCA ATGTCTCTGA GAATTCTACC CCAAACTCTG CCATGTCTCC ATTGCCTACA 
TATCCATCTA GGCCTCAGTC TGCAACGCGA ATAAGTTACG TTATTTCTCC CGTTAGTGAA 
GAAAAGTTGG CAGGATCCAG TTATGGAGGT TCCCCTGTGC AGTTTTCACA GCATGATAGC 
TTGATTTCAG AACTGTGCGA CGTTTTACGC AACCAATACA AGTTAAGGGG TGATGCTGGC 
CCTGTAGTCA ATGGCGAGCC GAATGATCTA AGGATCCCCA GTTATACAAT GACAAAGGCC 
CCCATCCCAC CGAGCAGAAC CCATGGGGTG ACCCCAGCAA GTAAAACAAC TTCAGATTCA 
TATGAGGAGA ACCAGTTGTG TAAGGAGCTA CTTAGCATTG TAAATAGTGA CCAAGAAGAA 
ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG ACTGCCGACA CAATATCTGT CTATCCTTAT 
GTGCTGTCCT CTTGTCCTGT CACATACCAA CCACCTCCCA GACTTAAAGG CAGGGTCATT 
TTGCCACAGC CTTGCAGATC TGATGGTGAA CAGACAGGAA GGGAGTCCAA AAGTCCTGTA 
ATGATTACAG GCTCCCCGGT TAATACCCTC AACTCAGATT CTGTTGTGCA ACCGCAAGCG 
CAACAGAGAA GGGACAGCCT AGAAAGGAGC CAGACGCCAC AGGATGCATA TACCTATCAG 
GCTTTGTATA GCTATGCACC CCAAAATGAG GATGAGTTGG AGCTCAGAGA AGGGGACATT 
GTTGATGTTA TGGAAAAATG TGATGATGGC TGGTTTGTAG GTACTTCTAG AAGAACCAAA 
CTCTTTGGTA CTTTTCCAGG CAATTACGTA AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762595.1
CDS	55..4722
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906735.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906735.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGTTTTCT 
GGCTATACCA GGCCACGTAC TACTACTCCA CCCACTGCCA TACGTAGAGC CTTCTCACCA 
GAGGTGCAGG CTATCACATC TGAATGGATT TCTCTGACAA TGGGCGTATC CCGCAATAAC 
ACTCCCACTG TCACCCCTCC AGTCCCGCCT TTACCTGAAG CTATGCTTTG TACCATAGAC 
TGTATCACCC CATCTGCGGC CGCCAGTCCC ACATTATCAG TTACACCATC TGTCAGTCTC 
CATAATTGCA ATGTCTCTGA GAATTCTACC CCAAACTCTG CCATGTCTCC ATTGCCTACA 
TATCCATCTA GGCCTCAGTC TGCAACGCGA ATAAGTTACG TTATTTCTCC CGTTAGTGAA 
GAAAAGTTGG CAGGATCCAG TTATGGAGGT TCCCCTGTGC AGTTTTCACA GCATGATAGC 
TTGATTTCAG AACTGTGCGA CGTTTTACGC AACCAATACA AGTTAAGGGG TGATGCTGGC 
CCTGTAGTCA ATGGCGAGCC GAATGATCTA AGGATCCCCA GTTATACAAT GACAAAGGCC 
CCCATCCCAC CGAGCAGAAC CCATGGGGTG ACCCCAGCAA GTAAAACAAC TTCAGATTCA 
TATGAGGAGA ACCAGTTGTG TAAGGAGCTA CTTAGCATTG TAAATAGTGA CCAAGAAGAA 
ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG ACTGCCGACA CAATATCTGT CTATCCTTAT 
GTGCTGTCCT CTTGTCCTGT CACATACCAA CCACCTCCCA GACTTAAAGG CAGGGTCATT 
TTGCCACAGC CTTGCAGATC TGATGGTGAA CAGACAGGAA GGGAGTCCAA AAGTCCTGTA 
ATGATTACAG GCTCCCCGGT TAATACCCTC AACTCAGATT CTGTTGTGCA ACCGCAAGCG 
CAACAGAGAA GGGACAGCCT AGAAAGGAGC CAGACGCCAC AGGATGCATA TACCTATCAG 
GCTTTGTATA GCTATGCACC CCAAAATGAG GATGAGTTGG AGCTCAGAGA AGGGGACATT 
GTTGATGTTA TGGAAAAATG TGATGATGGC TGGTTTGTAG GTACTTCTAG AAGAACCAAA 
CTCTTTGGTA CTTTTCCAGG CAATTACGTA AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906736.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762596.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X6, mRNA.

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CloneID	OXa63284
Clone ID Related Accession (Same CDS sequence)	XM_031906736.1
Accession Version	XM_031906736.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4644bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGCCT CCCAAAAAGA TATGGGATTA TACACCGGGG 
GATTGCTCAA TCCTTAAAAT AGAGGATAGG AAGACTGAGC TAGAGAGAGA CCTCTATCAG 
TACGAGACTG AGTTAGATGC AGATTTAGAG AGAATGGACA AGTGTTTTAA GGCTCCCGAT 
AAAAGGAATG CAACTGTAAG TCGTCCAGAG GAGATTCCAT CCTACAGGGG GACAGAGGGC 
GCTCTGGTGG ATCCCACACT CTCTGAAAAT GAAAAGCAAA TCTACAAGAA TGTTTTAGAA 
GGTGGTGATA TTCCATTTCA TGGACTTAGT GGCCTAAACA GACGCCCCTC TAGCTCAGCA 
TCTAATAAAG TAGATTCAGA ATCTCCAAGA CACTTTGCCC CTGTTGAATA TATGGATGTA 
CCAGAAGAGC GTCTCCGCAA GAGATATGAC AGCAAAGAGA AACTTATAGA GGATCAGAGA 
AGACTTAAGC GTGAGCAAGA AGAAGCTGAT ATTGCCGCCA GAAGGCACAG TGGGATTGTC 
CCATCACATC ATCAGTTTAT TACTAATGAG CGATTTGGGG ACCTCCTTAA TGTAGGCGAT 
TCATCAAAAA GGAGATCTCG GTCTGAGATG AAGCAGGCAA GAGCCAAGTA TGATTTTAAA 
GCACAGTCTG GAAAGGAGCT ACCCCTTCAG AAGGGAGACT TGGTTTTTAT TTATAGACAA 
GTAGATGAGA ACTGGTTTGA AGGAGAGCAT CATGGCAGAG TCGGGATCTT TCCAATATCA 
TATATTGAGG TAATCCCAGA AACAGAGAAA GCCCAGCCAA GAAAAGCCTC GCCACTACAG 
GTTCTGGAAT ATGGAGATGC TGTTGCCAAG TTTAACTTTA ATGGAGATAC TGCTGTGGAG 
ATGTCATTTA AAAAGGGTGA GAGAATTACA TTGATTCGGA GAGTTGATGA AAATTGGTAT 
GAAGGCAGGG TATCTGGAAC AAGCCGTCAG GGTATATTCC CAGTCACATA CGTTGAAGTC 
ATCAAAAGAC CACGACTGAA GAATTCAGTA GATTACATGG ACCTTCCAGT TTCTTATTCA 
CCAAACAGAA GCACGAGTGC TTCCCCACAG TTTTCTGGCT ATACCAGGCC ACGTACTACT 
ACTCCACCCA CTGCCATACG TAGAGCCTTC TCACCAGAGG TGCAGGCTAT CACATCTGAA 
TGGATTTCTC TGACAATGGG CGTATCCCGC AATAACACTC CCACTGTCAC CCCTCCAGTC 
CCGCCTTTAC CTGAAGCTAT GCTTTGTACC ATAGACTGTA TCACCCCATC TGCGGCCGCC 
AGTCCCACAT TATCAGTTAC ACCATCTGTC AGTCTCCATA ATTGCAATGT CTCTGAGAAT 
TCTACCCCAA ACTCTGCCAT GTCTCCATTG CCTACATATC CATCTAGGCC TCAGTCTGCA 
ACGCGAATAA GTTACGTTAT TTCTCCCGTT AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT 
GGAGGTTCCC CTGTGCAGTT TTCACAGCAT GATAGCTTGA TTTCAGAACT GTGCGACGTT 
TTACGCAACC AATACAAGTT AAGGGGTGAT GCTGGCCCTG TAGTCAATGG CGAGCCGAAT 
GATCTAAGGA TCCCCAGTTA TACAATGACA AAGGCCCCCA TCCCACCGAG CAGAACCCAT 
GGGGTGACCC CAGCAAGTAA AACAACTTCA GATTCATATG AGGAGAACCA GTTGTGTAAG 
GAGCTACTTA GCATTGTAAA TAGTGACCAA GAAGAAATGA AGGGAAATGA GTGCAGTTCC 
CCCAAGACTG CCGACACAAT ATCTGTCTAT CCTTATGTGC TGTCCTCTTG TCCTGTCACA 
TACCAACCAC CTCCCAGACT TAAAGGCAGG GTCATTTTGC CACAGCCTTG CAGATCTGAT 
GGTGAACAGA CAGGAAGGGA GTCCAAAAGT CCTGTAATGA TTACAGGCTC CCCGGTTAAT 
ACCCTCAACT CAGATTCTGT TGTGCGTCCT CATCACACAC TGAGCACAGG ACCAGAGCTC 
ACAGAGTCTG AAAAGAGCTA TGTGCAACCG CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA 
AGGAGCCAGA CGCCACAGGA TGCATATACC TATCAGGCTT TGTATAGCTA TGCACCCCAA 
AATGAGGATG AGTTGGAGCT CAGAGAAGGG GACATTGTTG ATGTTATGGA AAAATGTGAT 
GATGGCTGGT TTGTAGGTAC TTCTAGAAGA ACCAAACTCT TTGGTACTTT TCCAGGCAAT 
TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762596.1
CDS	54..4697
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906736.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906736.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGCCT CCCAAAAAGA TATGGGATTA TACACCGGGG 
GATTGCTCAA TCCTTAAAAT AGAGGATAGG AAGACTGAGC TAGAGAGAGA CCTCTATCAG 
TACGAGACTG AGTTAGATGC AGATTTAGAG AGAATGGACA AGTGTTTTAA GGCTCCCGAT 
AAAAGGAATG CAACTGTAAG TCGTCCAGAG GAGATTCCAT CCTACAGGGG GACAGAGGGC 
GCTCTGGTGG ATCCCACACT CTCTGAAAAT GAAAAGCAAA TCTACAAGAA TGTTTTAGAA 
GGTGGTGATA TTCCATTTCA TGGACTTAGT GGCCTAAACA GACGCCCCTC TAGCTCAGCA 
TCTAATAAAG TAGATTCAGA ATCTCCAAGA CACTTTGCCC CTGTTGAATA TATGGATGTA 
CCAGAAGAGC GTCTCCGCAA GAGATATGAC AGCAAAGAGA AACTTATAGA GGATCAGAGA 
AGACTTAAGC GTGAGCAAGA AGAAGCTGAT ATTGCCGCCA GAAGGCACAG TGGGATTGTC 
CCATCACATC ATCAGTTTAT TACTAATGAG CGATTTGGGG ACCTCCTTAA TGTAGGCGAT 
TCATCAAAAA GGAGATCTCG GTCTGAGATG AAGCAGGCAA GAGCCAAGTA TGATTTTAAA 
GCACAGTCTG GAAAGGAGCT ACCCCTTCAG AAGGGAGACT TGGTTTTTAT TTATAGACAA 
GTAGATGAGA ACTGGTTTGA AGGAGAGCAT CATGGCAGAG TCGGGATCTT TCCAATATCA 
TATATTGAGG TAATCCCAGA AACAGAGAAA GCCCAGCCAA GAAAAGCCTC GCCACTACAG 
GTTCTGGAAT ATGGAGATGC TGTTGCCAAG TTTAACTTTA ATGGAGATAC TGCTGTGGAG 
ATGTCATTTA AAAAGGGTGA GAGAATTACA TTGATTCGGA GAGTTGATGA AAATTGGTAT 
GAAGGCAGGG TATCTGGAAC AAGCCGTCAG GGTATATTCC CAGTCACATA CGTTGAAGTC 
ATCAAAAGAC CACGACTGAA GAATTCAGTA GATTACATGG ACCTTCCAGT TTCTTATTCA 
CCAAACAGAA GCACGAGTGC TTCCCCACAG TTTTCTGGCT ATACCAGGCC ACGTACTACT 
ACTCCACCCA CTGCCATACG TAGAGCCTTC TCACCAGAGG TGCAGGCTAT CACATCTGAA 
TGGATTTCTC TGACAATGGG CGTATCCCGC AATAACACTC CCACTGTCAC CCCTCCAGTC 
CCGCCTTTAC CTGAAGCTAT GCTTTGTACC ATAGACTGTA TCACCCCATC TGCGGCCGCC 
AGTCCCACAT TATCAGTTAC ACCATCTGTC AGTCTCCATA ATTGCAATGT CTCTGAGAAT 
TCTACCCCAA ACTCTGCCAT GTCTCCATTG CCTACATATC CATCTAGGCC TCAGTCTGCA 
ACGCGAATAA GTTACGTTAT TTCTCCCGTT AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT 
GGAGGTTCCC CTGTGCAGTT TTCACAGCAT GATAGCTTGA TTTCAGAACT GTGCGACGTT 
TTACGCAACC AATACAAGTT AAGGGGTGAT GCTGGCCCTG TAGTCAATGG CGAGCCGAAT 
GATCTAAGGA TCCCCAGTTA TACAATGACA AAGGCCCCCA TCCCACCGAG CAGAACCCAT 
GGGGTGACCC CAGCAAGTAA AACAACTTCA GATTCATATG AGGAGAACCA GTTGTGTAAG 
GAGCTACTTA GCATTGTAAA TAGTGACCAA GAAGAAATGA AGGGAAATGA GTGCAGTTCC 
CCCAAGACTG CCGACACAAT ATCTGTCTAT CCTTATGTGC TGTCCTCTTG TCCTGTCACA 
TACCAACCAC CTCCCAGACT TAAAGGCAGG GTCATTTTGC CACAGCCTTG CAGATCTGAT 
GGTGAACAGA CAGGAAGGGA GTCCAAAAGT CCTGTAATGA TTACAGGCTC CCCGGTTAAT 
ACCCTCAACT CAGATTCTGT TGTGCGTCCT CATCACACAC TGAGCACAGG ACCAGAGCTC 
ACAGAGTCTG AAAAGAGCTA TGTGCAACCG CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA 
AGGAGCCAGA CGCCACAGGA TGCATATACC TATCAGGCTT TGTATAGCTA TGCACCCCAA 
AATGAGGATG AGTTGGAGCT CAGAGAAGGG GACATTGTTG ATGTTATGGA AAAATGTGAT 
GATGGCTGGT TTGTAGGTAC TTCTAGAAGA ACCAAACTCT TTGGTACTTT TCCAGGCAAT 
TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966788.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822242.2 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X7, mRNA.

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CloneID	OXa63285
Clone ID Related Accession (Same CDS sequence)	XM_012966788.3 , XM_012966790.3 , XM_031906740.1 , XM_012966789.3 , XM_031906737.1 , XM_031906738.1
Accession Version	XM_012966788.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012966788.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822242.2
CDS	457..5088
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966788.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966788.3

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966790.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822244.2 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OXa63285
Clone ID Related Accession (Same CDS sequence)	XM_012966788.3 , XM_012966790.3 , XM_031906740.1 , XM_012966789.3 , XM_031906737.1 , XM_031906738.1
Accession Version	XM_012966790.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012966790.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822244.2
CDS	207..4838
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966790.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966790.3

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906740.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762600.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X13, mRNA.

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CloneID	OXa63285
Clone ID Related Accession (Same CDS sequence)	XM_012966788.3 , XM_012966790.3 , XM_031906740.1 , XM_012966789.3 , XM_031906737.1 , XM_031906738.1
Accession Version	XM_031906740.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762600.1
CDS	362..4993
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906740.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906740.1

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966789.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822243.2 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X8, mRNA.

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CloneID	OXa63285
Clone ID Related Accession (Same CDS sequence)	XM_012966788.3 , XM_012966790.3 , XM_031906740.1 , XM_012966789.3 , XM_031906737.1 , XM_031906738.1
Accession Version	XM_012966789.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012966789.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822243.2
CDS	355..4986
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966789.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966789.3

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906737.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762597.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X9, mRNA.

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CloneID	OXa63285
Clone ID Related Accession (Same CDS sequence)	XM_012966788.3 , XM_012966790.3 , XM_031906740.1 , XM_012966789.3 , XM_031906737.1 , XM_031906738.1
Accession Version	XM_031906737.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762597.1
CDS	319..4950
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906737.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906737.1

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906738.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762598.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X11, mRNA.

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CloneID	OXa63285
Clone ID Related Accession (Same CDS sequence)	XM_012966788.3 , XM_012966790.3 , XM_031906740.1 , XM_012966789.3 , XM_031906737.1 , XM_031906738.1
Accession Version	XM_031906738.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762598.1
CDS	420..5051
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906738.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906738.1

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906739.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762599.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OXa63286
Clone ID Related Accession (Same CDS sequence)	XM_031906739.1
Accession Version	XM_031906739.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762599.1
CDS	54..4685
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKDVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906739.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906739.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC TATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG CTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAGA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACACAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906741.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762601.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OXa63287
Clone ID Related Accession (Same CDS sequence)	XM_031906741.1
Accession Version	XM_031906741.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4629bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGTTTTCT 
GGCTATACCA GGCCACGTAC TACTACTCCA CCCACTGCCA TACGTAGAGC CTTCTCACCA 
GAGGTGCAGG CTATCACATC TGAATGGATT TCTCTGACAA TGGGCGTATC CCGCAATAAC 
ACTCCCACTG TCACCCCTCC AGTCCCGCCT TTACCTGAAG CTATGCTTTG TACCATAGAC 
TGTATCACCC CATCTGCGGC CGCCAGTCCC ACATTATCAG TTACACCATC TGTCAGTCTC 
CATAATTGCA ATGTCTCTGA GAATTCTACC CCAAACTCTG CCATGTCTCC ATTGCCTACA 
TATCCATCTA GGCCTCAGTC TGCAACGCGA ATAAGTTACG TTATTTCTCC CGTTAGTGAA 
GAAAAGTTGG CAGGATCCAG TTATGGAGGT TCCCCTGTGC AGTTTTCACA GCATGATAGC 
TTGATTTCAG AACTGTGCGA CGTTTTACGC AACCAATACA AGTTAAGGGG TGATGCTGGC 
CCTGTAGTCA ATGGCGAGCC GAATGATCTA AGGATCCCCA GTTATACAAT GACAAAGGCC 
CCCATCCCAC CGAGCAGAAC CCATGGGGTG ACCCCAGCAA GTAAAACAAC TTCAGATTCA 
TATGAGGAGA ACCAGTTGTG TAAGGAGCTA CTTAGCATTG TAAATAGTGA CCAAGAAGAA 
ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762601.1
CDS	54..4682
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906741.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906741.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGAAACTTA TAGAGGATCA GAGAAGACTT AAGCGTGAGC AAGAAGAAGC TGATATTGCC 
GCCAGAAGGC ACAGTGGGAT TGTCCCATCA CATCATCAGT TTATTACTAA TGAGCGATTT 
GGGGACCTCC TTAATGTAGG CGATTCATCA AAAAGGAGAT CTCGGTCTGA GATGAAGCAG 
GCAAGAGCCA AGTATGATTT TAAAGCACAG TCTGGAAAGG AGCTACCCCT TCAGAAGGGA 
GACTTGGTTT TTATTTATAG ACAAGTAGAT GAGAACTGGT TTGAAGGAGA GCATCATGGC 
AGAGTCGGGA TCTTTCCAAT ATCATATATT GAGGTAATCC CAGAAACAGA GAAAGCCCAG 
CCAAGAAAAG CCTCGCCACT ACAGGTTCTG GAATATGGAG ATGCTGTTGC CAAGTTTAAC 
TTTAATGGAG ATACTGCTGT GGAGATGTCA TTTAAAAAGG GTGAGAGAAT TACATTGATT 
CGGAGAGTTG ATGAAAATTG GTATGAAGGC AGGGTATCTG GAACAAGCCG TCAGGGTATA 
TTCCCAGTCA CATACGTTGA AGTCATCAAA AGACCACGAC TGAAGAATTC AGTAGATTAC 
ATGGACCTTC CAGTTTCTTA TTCACCAAAC AGAAGCACGA GTGCTTCCCC ACAGTTTTCT 
GGCTATACCA GGCCACGTAC TACTACTCCA CCCACTGCCA TACGTAGAGC CTTCTCACCA 
GAGGTGCAGG CTATCACATC TGAATGGATT TCTCTGACAA TGGGCGTATC CCGCAATAAC 
ACTCCCACTG TCACCCCTCC AGTCCCGCCT TTACCTGAAG CTATGCTTTG TACCATAGAC 
TGTATCACCC CATCTGCGGC CGCCAGTCCC ACATTATCAG TTACACCATC TGTCAGTCTC 
CATAATTGCA ATGTCTCTGA GAATTCTACC CCAAACTCTG CCATGTCTCC ATTGCCTACA 
TATCCATCTA GGCCTCAGTC TGCAACGCGA ATAAGTTACG TTATTTCTCC CGTTAGTGAA 
GAAAAGTTGG CAGGATCCAG TTATGGAGGT TCCCCTGTGC AGTTTTCACA GCATGATAGC 
TTGATTTCAG AACTGTGCGA CGTTTTACGC AACCAATACA AGTTAAGGGG TGATGCTGGC 
CCTGTAGTCA ATGGCGAGCC GAATGATCTA AGGATCCCCA GTTATACAAT GACAAAGGCC 
CCCATCCCAC CGAGCAGAAC CCATGGGGTG ACCCCAGCAA GTAAAACAAC TTCAGATTCA 
TATGAGGAGA ACCAGTTGTG TAAGGAGCTA CTTAGCATTG TAAATAGTGA CCAAGAAGAA 
ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906742.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762602.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X15, mRNA.

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CloneID	OXa63288
Clone ID Related Accession (Same CDS sequence)	XM_031906742.1
Accession Version	XM_031906742.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAGAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA CAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762602.1
CDS	54..4631
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906742.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906742.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGTAGATT CAGAATCTCC AAGACACTTT GCCCCTGTTG AATATATGGA TGTACCAGAA 
GAGCGTCTCC GCAAGAGATA TGACAGCAAA GAGAAACTTA TAGAGGATCA GAGAAGACTT 
AAGCGTGAGC AAGAAGAAGC TGATATTGCC GCCAGAAGGC ACAGTGGGAT TGTCCCATCA 
CATCATCAGT TTATTACTAA TGAGCGATTT GGGGACCTCC TTAATGTAGG CGATTCATCA 
AAAAGGAGAT CTCGGTCTGA GATGAAGCAG GCAAGAGCCA AGTATGATTT TAAAGCACAG 
TCTGGAAAGG AGCTACCCCT TCAGAAGGGA GACTTGGTTT TTATTTATAG ACAAGTAGAT 
GAGAACTGGT TTGAAGGAGA GCATCATGGC AGAGTCGGGA TCTTTCCAAT ATCATATATT 
GAGGTAATCC CAGAAACAGA GAAAGCCCAG CCAAGAAAAG CCTCGCCACT ACAGGTTCTG 
GAATATGGAG ATGCTGTTGC CAAGTTTAAC TTTAATGGAG ATACTGCTGT GGAGATGTCA 
TTTAAAAAGG GTGAGAGAAT TACATTGATT CGGAGAGTTG ATGAAAATTG GTATGAAGGC 
AGGGTATCTG GAACAAGCCG TCAGGGTATA TTCCCAGTCA CATACGTTGA AGTCATCAAA 
AGACCACGAC TGAAGAATTC AGTAGATTAC ATGGACCTTC CAGTTTCTTA TTCACCAAAC 
AGAAGCACGA GTGCTTCCCC ACAGTTTTCT GGCTATACCA GGCCACGTAC TACTACTCCA 
CCCACTGCCA TACGTAGAGC CTTCTCACCA GAGGTGCAGG CTATCACATC TGAATGGATT 
TCTCTGACAA TGGGCGTATC CCGCAATAAC ACTCCCACTG TCACCCCTCC AGTCCCGCCT 
TTACCTGAAG CTATGCTTTG TACCATAGAC TGTATCACCC CATCTGCGGC CGCCAGTCCC 
ACATTATCAG TTACACCATC TGTCAGTCTC CATAATTGCA ATGTCTCTGA GAATTCTACC 
CCAAACTCTG CCATGTCTCC ATTGCCTACA TATCCATCTA GGCCTCAGTC TGCAACGCGA 
ATAAGTTACG TTATTTCTCC CGTTAGTGAA GAAAAGTTGG CAGGATCCAG TTATGGAGGT 
TCCCCTGTGC AGTTTTCACA GCATGATAGC TTGATTTCAG AACTGTGCGA CGTTTTACGC 
AACCAATACA AGTTAAGGGG TGATGCTGGC CCTGTAGTCA ATGGCGAGCC GAATGATCTA 
AGGATCCCCA GTTATACAAT GACAAAGGCC CCCATCCCAC CGAGCAGAAC CCATGGGGTG 
ACCCCAGCAA GTAAAACAAC TTCAGATTCA TATGAGGAGA ACCAGTTGTG TAAGGAGCTA 
CTTAGCATTG TAAATAGTGA CCAAGAAGAA ATGAAGGGAA ATGAGTGCAG TTCCCCCAAG 
ACTGCCGACA CAATATCTGT CTATCCTTAT GTGCTGTCCT CTTGTCCTGT CACATACCAA 
CCACCTCCCA GACTTAAAGG CAGGGTCATT TTGCCACAGC CTTGCAGATC TGATGGTGAA 
CAGACAGGAA GGGAGTCCAA AAGTCCTGTA ATGATTACAG GCTCCCCGGT TAATACCCTC 
AACTCAGATT CTGTTGTGCG TCCTCATCAC ACACTGAGCA CAGGACCAGA GCTCACAGAG 
TCTGAAAAGA GCTATGTGCA ACCGCAAGCG CAACAGAGAA GGGACAGCCT AGAAAGGAGC 
CAGACGCCAC AGGATGCATA TACCTATCAG GCTTTGTATA GCTATGCACC CCAAAATGAG 
GATGAGTTGG AGCTCAGAGA AGGGGACATT GTTGATGTTA TGGAAAAATG TGATGATGGC 
TGGTTTGTAG GTACTTCTAG AAGAACCAAA CTCTTTGGTA CTTTTCCAGG CAATTACGTA 
AAACTAGTAT TTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906743.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762603.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X16, mRNA.

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CloneID	OXa63289
Clone ID Related Accession (Same CDS sequence)	XM_031906743.1
Accession Version	XM_031906743.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4575bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGATTCAG AATCTCCAAG ACACTTTGCC CCTGTTGAAT ATATGGATGT ACCAGAAGAG 
CGTCTCCGCA AGAGATATGA CAGCAAAGAG AAACTTATAG AGGATCAGAG AAGACTTAAG 
CGTGAGCAAG AAGAAGCTGA TATTGCCGCC AGAAGGCACA GTGGGATTGT CCCATCACAT 
CATCAGTTTA TTACTAATGA GCGATTTGGG GACCTCCTTA ATGTAGGCGA TTCATCAAAA 
AGGAGATCTC GGTCTGAGAT GAAGCAGGCA AGAGCCAAGT ATGATTTTAA AGCACAGTCT 
GGAAAGGAGC TACCCCTTCA GAAGGGAGAC TTGGTTTTTA TTTATAGACA AGTAGATGAG 
AACTGGTTTG AAGGAGAGCA TCATGGCAGA GTCGGGATCT TTCCAATATC ATATATTGAG 
GTAATCCCAG AAACAGAGAA AGCCCAGCCA AGAAAAGCCT CGCCACTACA GGTTCTGGAA 
TATGGAGATG CTGTTGCCAA GTTTAACTTT AATGGAGATA CTGCTGTGGA GATGTCATTT 
AAAAAGGGTG AGAGAATTAC ATTGATTCGG AGAGTTGATG AAAATTGGTA TGAAGGCAGG 
GTATCTGGAA CAAGCCGTCA GGGTATATTC CCAGTCACAT ACGTTGAAGT CATCAAAAGA 
CCACGACTGA AGAATTCAGT AGATTACATG GACCTTCCAG TTTCTTATTC ACCAAACAGA 
AGCACGAGTG CTTCCCCACA GTTTTCTGGC TATACCAGGC CACGTACTAC TACTCCACCC 
ACTGCCATAC GTAGAGCCTT CTCACCAGAG GTGCAGGCTA TCACATCTGA ATGGATTTCT 
CTGACAATGG GCGTATCCCG CAATAACACT CCCACTGTCA CCCCTCCAGT CCCGCCTTTA 
CCTGAAGCTA TGCTTTGTAC CATAGACTGT ATCACCCCAT CTGCGGCCGC CAGTCCCACA 
TTATCAGTTA CACCATCTGT CAGTCTCCAT AATTGCAATG TCTCTGAGAA TTCTACCCCA 
AACTCTGCCA TGTCTCCATT GCCTACATAT CCATCTAGGC CTCAGTCTGC AACGCGAATA 
AGTTACGTTA TTTCTCCCGT TAGTGAAGAA AAGTTGGCAG GATCCAGTTA TGGAGGTTCC 
CCTGTGCAGT TTTCACAGCA TGATAGCTTG ATTTCAGAAC TGTGCGACGT TTTACGCAAC 
CAATACAAGT TAAGGGGTGA TGCTGGCCCT GTAGTCAATG GCGAGCCGAA TGATCTAAGG 
ATCCCCAGTT ATACAATGAC AAAGGCCCCC ATCCCACCGA GCAGAACCCA TGGGGTGACC 
CCAGCAAGTA AAACAACTTC AGATTCATAT GAGGAGAACC AGTTGTGTAA GGAGCTACTT 
AGCATTGTAA ATAGTGACCA AGAAGAAATG AAGGGAAATG AGTGCAGTTC CCCCAAGACT 
GCCGACACAA TATCTGTCTA TCCTTATGTG CTGTCCTCTT GTCCTGTCAC ATACCAACCA 
CCTCCCAGAC TTAAAGGCAG GGTCATTTTG CCACAGCCTT GCAGATCTGA TGGTGAACAG 
ACAGGAAGGG AGTCCAAAAG TCCTGTAATG ATTACAGGCT CCCCGGTTAA TACCCTCAAC 
TCAGATTCTG TTGTGCGTCC TCATCACACA CTGAGCACAG GACCAGAGCT CACAGAGTCT 
GAAAAGAGCT ATGTGCAACC GCAAGCGCAA CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG 
ACGCCACAGG ATGCATATAC CTATCAGGCT TTGTATAGCT ATGCACCCCA AAATGAGGAT 
GAGTTGGAGC TCAGAGAAGG GGACATTGTT GATGTTATGG AAAAATGTGA TGATGGCTGG 
TTTGTAGGTA CTTCTAGAAG AACCAAACTC TTTGGTACTT TTCCAGGCAA TTACGTAAAA 
CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762603.1
CDS	54..4628
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906743.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906743.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT GAGCTAGAGA GAGACCTCTA TCAGTACGAG 
ACTGAGTTAG ATGCAGATTT AGAGAGAATG GACAAGTGTT TTAAGGCTCC CGATAAAAGG 
AATGCAACTG TAAGTCGTCC AGAGGAGATT CCATCCTACA GGGGGACAGA GGGCGCTCTG 
GTGGATCCCA CACTCTCTGA AAATGAAAAG CAAATCTACA AGAATGTTTT AGAAGGTGGT 
GATATTCCAT TTCATGGACT TAGTGGCCTA AACAGACGCC CCTCTAGCTC AGCATCTAAT 
AAAGATTCAG AATCTCCAAG ACACTTTGCC CCTGTTGAAT ATATGGATGT ACCAGAAGAG 
CGTCTCCGCA AGAGATATGA CAGCAAAGAG AAACTTATAG AGGATCAGAG AAGACTTAAG 
CGTGAGCAAG AAGAAGCTGA TATTGCCGCC AGAAGGCACA GTGGGATTGT CCCATCACAT 
CATCAGTTTA TTACTAATGA GCGATTTGGG GACCTCCTTA ATGTAGGCGA TTCATCAAAA 
AGGAGATCTC GGTCTGAGAT GAAGCAGGCA AGAGCCAAGT ATGATTTTAA AGCACAGTCT 
GGAAAGGAGC TACCCCTTCA GAAGGGAGAC TTGGTTTTTA TTTATAGACA AGTAGATGAG 
AACTGGTTTG AAGGAGAGCA TCATGGCAGA GTCGGGATCT TTCCAATATC ATATATTGAG 
GTAATCCCAG AAACAGAGAA AGCCCAGCCA AGAAAAGCCT CGCCACTACA GGTTCTGGAA 
TATGGAGATG CTGTTGCCAA GTTTAACTTT AATGGAGATA CTGCTGTGGA GATGTCATTT 
AAAAAGGGTG AGAGAATTAC ATTGATTCGG AGAGTTGATG AAAATTGGTA TGAAGGCAGG 
GTATCTGGAA CAAGCCGTCA GGGTATATTC CCAGTCACAT ACGTTGAAGT CATCAAAAGA 
CCACGACTGA AGAATTCAGT AGATTACATG GACCTTCCAG TTTCTTATTC ACCAAACAGA 
AGCACGAGTG CTTCCCCACA GTTTTCTGGC TATACCAGGC CACGTACTAC TACTCCACCC 
ACTGCCATAC GTAGAGCCTT CTCACCAGAG GTGCAGGCTA TCACATCTGA ATGGATTTCT 
CTGACAATGG GCGTATCCCG CAATAACACT CCCACTGTCA CCCCTCCAGT CCCGCCTTTA 
CCTGAAGCTA TGCTTTGTAC CATAGACTGT ATCACCCCAT CTGCGGCCGC CAGTCCCACA 
TTATCAGTTA CACCATCTGT CAGTCTCCAT AATTGCAATG TCTCTGAGAA TTCTACCCCA 
AACTCTGCCA TGTCTCCATT GCCTACATAT CCATCTAGGC CTCAGTCTGC AACGCGAATA 
AGTTACGTTA TTTCTCCCGT TAGTGAAGAA AAGTTGGCAG GATCCAGTTA TGGAGGTTCC 
CCTGTGCAGT TTTCACAGCA TGATAGCTTG ATTTCAGAAC TGTGCGACGT TTTACGCAAC 
CAATACAAGT TAAGGGGTGA TGCTGGCCCT GTAGTCAATG GCGAGCCGAA TGATCTAAGG 
ATCCCCAGTT ATACAATGAC AAAGGCCCCC ATCCCACCGA GCAGAACCCA TGGGGTGACC 
CCAGCAAGTA AAACAACTTC AGATTCATAT GAGGAGAACC AGTTGTGTAA GGAGCTACTT 
AGCATTGTAA ATAGTGACCA AGAAGAAATG AAGGGAAATG AGTGCAGTTC CCCCAAGACT 
GCCGACACAA TATCTGTCTA TCCTTATGTG CTGTCCTCTT GTCCTGTCAC ATACCAACCA 
CCTCCCAGAC TTAAAGGCAG GGTCATTTTG CCACAGCCTT GCAGATCTGA TGGTGAACAG 
ACAGGAAGGG AGTCCAAAAG TCCTGTAATG ATTACAGGCT CCCCGGTTAA TACCCTCAAC 
TCAGATTCTG TTGTGCGTCC TCATCACACA CTGAGCACAG GACCAGAGCT CACAGAGTCT 
GAAAAGAGCT ATGTGCAACC GCAAGCGCAA CAGAGAAGGG ACAGCCTAGA AAGGAGCCAG 
ACGCCACAGG ATGCATATAC CTATCAGGCT TTGTATAGCT ATGCACCCCA AAATGAGGAT 
GAGTTGGAGC TCAGAGAAGG GGACATTGTT GATGTTATGG AAAAATGTGA TGATGGCTGG 
TTTGTAGGTA CTTCTAGAAG AACCAAACTC TTTGGTACTT TTCCAGGCAA TTACGTAAAA 
CTAGTATTTT ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906744.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762604.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OXa63290
Clone ID Related Accession (Same CDS sequence)	XM_031906744.1
Accession Version	XM_031906744.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4560bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGATGAAGC AGGCAAGAGC CAAGTATGAT TTTAAAGCAC AGTCTGGAAA GGAGCTACCC 
CTTCAGAAGG GAGACTTGGT TTTTATTTAT AGACAAGTAG ATGAGAACTG GTTTGAAGGA 
GAGCATCATG GCAGAGTCGG GATCTTTCCA ATATCATATA TTGAGGTAAT CCCAGAAACA 
GAGAAAGCCC AGCCAAGAAA AGCCTCGCCA CTACAGGTTC TGGAATATGG AGATGCTGTT 
GCCAAGTTTA ACTTTAATGG AGATACTGCT GTGGAGATGT CATTTAAAAA GGGTGAGAGA 
ATTACATTGA TTCGGAGAGT TGATGAAAAT TGGTATGAAG GCAGGGTATC TGGAACAAGC 
CGTCAGGGTA TATTCCCAGT CACATACGTT GAAGTCATCA AAAGACCACG ACTGAAGAAT 
TCAGTAGATT ACATGGACCT TCCAGTTTCT TATTCACCAA ACAGAAGCAC GAGTGCTTCC 
CCACAGTTTT CTGGCTATAC CAGGCCACGT ACTACTACTC CACCCACTGC CATACGTAGA 
GCCTTCTCAC CAGAGGTGCA GGCTATCACA TCTGAATGGA TTTCTCTGAC AATGGGCGTA 
TCCCGCAATA ACACTCCCAC TGTCACCCCT CCAGTCCCGC CTTTACCTGA AGCTATGCTT 
TGTACCATAG ACTGTATCAC CCCATCTGCG GCCGCCAGTC CCACATTATC AGTTACACCA 
TCTGTCAGTC TCCATAATTG CAATGTCTCT GAGAATTCTA CCCCAAACTC TGCCATGTCT 
CCATTGCCTA CATATCCATC TAGGCCTCAG TCTGCAACGC GAATAAGTTA CGTTATTTCT 
CCCGTTAGTG AAGAAAAGTT GGCAGGATCC AGTTATGGAG GTTCCCCTGT GCAGTTTTCA 
CAGCATGATA GCTTGATTTC AGAACTGTGC GACGTTTTAC GCAACCAATA CAAGTTAAGG 
GGTGATGCTG GCCCTGTAGT CAATGGCGAG CCGAATGATC TAAGGATCCC CAGTTATACA 
ATGACAAAGG CCCCCATCCC ACCGAGCAGA ACCCATGGGG TGACCCCAGC AAGTAAAACA 
ACTTCAGATT CATATGAGGA GAACCAGTTG TGTAAGGAGC TACTTAGCAT TGTAAATAGT 
GACCAAGAAG AAATGAAGGG AAATGAGTGC AGTTCCCCCA AGACTGCCGA CACAATATCT 
GTCTATCCTT ATGTGCTGTC CTCTTGTCCT GTCACATACC AACCACCTCC CAGACTTAAA 
GGCAGGGTCA TTTTGCCACA GCCTTGCAGA TCTGATGGTG AACAGACAGG AAGGGAGTCC 
AAAAGTCCTG TAATGATTAC AGGCTCCCCG GTTAATACCC TCAACTCAGA TTCTGTTGTG 
CGTCCTCATC ACACACTGAG CACAGGACCA GAGCTCACAG AGTCTGAAAA GAGCTATGTG 
CAACCGCAAG CGCAACAGAG AAGGGACAGC CTAGAAAGGA GCCAGACGCC ACAGGATGCA 
TATACCTATC AGGCTTTGTA TAGCTATGCA CCCCAAAATG AGGATGAGTT GGAGCTCAGA 
GAAGGGGACA TTGTTGATGT TATGGAAAAA TGTGATGATG GCTGGTTTGT AGGTACTTCT 
AGAAGAACCA AACTCTTTGG TACTTTTCCA GGCAATTACG TAAAACTAGT ATTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762604.1
CDS	54..4613
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906744.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906744.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGTAGATT CAGAATCTCC AAGACACTTT 
GCCCCTGTTG AATATATGGA TGTACCAGAA GAGCGTCTCC GCAAGAGATA TGACAGCAAA 
GAGATGAAGC AGGCAAGAGC CAAGTATGAT TTTAAAGCAC AGTCTGGAAA GGAGCTACCC 
CTTCAGAAGG GAGACTTGGT TTTTATTTAT AGACAAGTAG ATGAGAACTG GTTTGAAGGA 
GAGCATCATG GCAGAGTCGG GATCTTTCCA ATATCATATA TTGAGGTAAT CCCAGAAACA 
GAGAAAGCCC AGCCAAGAAA AGCCTCGCCA CTACAGGTTC TGGAATATGG AGATGCTGTT 
GCCAAGTTTA ACTTTAATGG AGATACTGCT GTGGAGATGT CATTTAAAAA GGGTGAGAGA 
ATTACATTGA TTCGGAGAGT TGATGAAAAT TGGTATGAAG GCAGGGTATC TGGAACAAGC 
CGTCAGGGTA TATTCCCAGT CACATACGTT GAAGTCATCA AAAGACCACG ACTGAAGAAT 
TCAGTAGATT ACATGGACCT TCCAGTTTCT TATTCACCAA ACAGAAGCAC GAGTGCTTCC 
CCACAGTTTT CTGGCTATAC CAGGCCACGT ACTACTACTC CACCCACTGC CATACGTAGA 
GCCTTCTCAC CAGAGGTGCA GGCTATCACA TCTGAATGGA TTTCTCTGAC AATGGGCGTA 
TCCCGCAATA ACACTCCCAC TGTCACCCCT CCAGTCCCGC CTTTACCTGA AGCTATGCTT 
TGTACCATAG ACTGTATCAC CCCATCTGCG GCCGCCAGTC CCACATTATC AGTTACACCA 
TCTGTCAGTC TCCATAATTG CAATGTCTCT GAGAATTCTA CCCCAAACTC TGCCATGTCT 
CCATTGCCTA CATATCCATC TAGGCCTCAG TCTGCAACGC GAATAAGTTA CGTTATTTCT 
CCCGTTAGTG AAGAAAAGTT GGCAGGATCC AGTTATGGAG GTTCCCCTGT GCAGTTTTCA 
CAGCATGATA GCTTGATTTC AGAACTGTGC GACGTTTTAC GCAACCAATA CAAGTTAAGG 
GGTGATGCTG GCCCTGTAGT CAATGGCGAG CCGAATGATC TAAGGATCCC CAGTTATACA 
ATGACAAAGG CCCCCATCCC ACCGAGCAGA ACCCATGGGG TGACCCCAGC AAGTAAAACA 
ACTTCAGATT CATATGAGGA GAACCAGTTG TGTAAGGAGC TACTTAGCAT TGTAAATAGT 
GACCAAGAAG AAATGAAGGG AAATGAGTGC AGTTCCCCCA AGACTGCCGA CACAATATCT 
GTCTATCCTT ATGTGCTGTC CTCTTGTCCT GTCACATACC AACCACCTCC CAGACTTAAA 
GGCAGGGTCA TTTTGCCACA GCCTTGCAGA TCTGATGGTG AACAGACAGG AAGGGAGTCC 
AAAAGTCCTG TAATGATTAC AGGCTCCCCG GTTAATACCC TCAACTCAGA TTCTGTTGTG 
CGTCCTCATC ACACACTGAG CACAGGACCA GAGCTCACAG AGTCTGAAAA GAGCTATGTG 
CAACCGCAAG CGCAACAGAG AAGGGACAGC CTAGAAAGGA GCCAGACGCC ACAGGATGCA 
TATACCTATC AGGCTTTGTA TAGCTATGCA CCCCAAAATG AGGATGAGTT GGAGCTCAGA 
GAAGGGGACA TTGTTGATGT TATGGAAAAA TGTGATGATG GCTGGTTTGT AGGTACTTCT 
AGAAGAACCA AACTCTTTGG TACTTTTCCA GGCAATTACG TAAAACTAGT ATTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906745.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762605.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OXa63291
Clone ID Related Accession (Same CDS sequence)	XM_031906745.1
Accession Version	XM_031906745.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4557bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
ATGAAGCAGG CAAGAGCCAA GTATGATTTT AAAGCACAGT CTGGAAAGGA GCTACCCCTT 
CAGAAGGGAG ACTTGGTTTT TATTTATAGA CAAGTAGATG AGAACTGGTT TGAAGGAGAG 
CATCATGGCA GAGTCGGGAT CTTTCCAATA TCATATATTG AGGTAATCCC AGAAACAGAG 
AAAGCCCAGC CAAGAAAAGC CTCGCCACTA CAGGTTCTGG AATATGGAGA TGCTGTTGCC 
AAGTTTAACT TTAATGGAGA TACTGCTGTG GAGATGTCAT TTAAAAAGGG TGAGAGAATT 
ACATTGATTC GGAGAGTTGA TGAAAATTGG TATGAAGGCA GGGTATCTGG AACAAGCCGT 
CAGGGTATAT TCCCAGTCAC ATACGTTGAA GTCATCAAAA GACCACGACT GAAGAATTCA 
GTAGATTACA TGGACCTTCC AGTTTCTTAT TCACCAAACA GAAGCACGAG TGCTTCCCCA 
CAGTTTTCTG GCTATACCAG GCCACGTACT ACTACTCCAC CCACTGCCAT ACGTAGAGCC 
TTCTCACCAG AGGTGCAGGC TATCACATCT GAATGGATTT CTCTGACAAT GGGCGTATCC 
CGCAATAACA CTCCCACTGT CACCCCTCCA GTCCCGCCTT TACCTGAAGC TATGCTTTGT 
ACCATAGACT GTATCACCCC ATCTGCGGCC GCCAGTCCCA CATTATCAGT TACACCATCT 
GTCAGTCTCC ATAATTGCAA TGTCTCTGAG AATTCTACCC CAAACTCTGC CATGTCTCCA 
TTGCCTACAT ATCCATCTAG GCCTCAGTCT GCAACGCGAA TAAGTTACGT TATTTCTCCC 
GTTAGTGAAG AAAAGTTGGC AGGATCCAGT TATGGAGGTT CCCCTGTGCA GTTTTCACAG 
CATGATAGCT TGATTTCAGA ACTGTGCGAC GTTTTACGCA ACCAATACAA GTTAAGGGGT 
GATGCTGGCC CTGTAGTCAA TGGCGAGCCG AATGATCTAA GGATCCCCAG TTATACAATG 
ACAAAGGCCC CCATCCCACC GAGCAGAACC CATGGGGTGA CCCCAGCAAG TAAAACAACT 
TCAGATTCAT ATGAGGAGAA CCAGTTGTGT AAGGAGCTAC TTAGCATTGT AAATAGTGAC 
CAAGAAGAAA TGAAGGGAAA TGAGTGCAGT TCCCCCAAGA CTGCCGACAC AATATCTGTC 
TATCCTTATG TGCTGTCCTC TTGTCCTGTC ACATACCAAC CACCTCCCAG ACTTAAAGGC 
AGGGTCATTT TGCCACAGCC TTGCAGATCT GATGGTGAAC AGACAGGAAG GGAGTCCAAA 
AGTCCTGTAA TGATTACAGG CTCCCCGGTT AATACCCTCA ACTCAGATTC TGTTGTGCGT 
CCTCATCACA CACTGAGCAC AGGACCAGAG CTCACAGAGT CTGAAAAGAG CTATGTGCAA 
CCGCAAGCGC AACAGAGAAG GGACAGCCTA GAAAGGAGCC AGACGCCACA GGATGCATAT 
ACCTATCAGG CTTTGTATAG CTATGCACCC CAAAATGAGG ATGAGTTGGA GCTCAGAGAA 
GGGGACATTG TTGATGTTAT GGAAAAATGT GATGATGGCT GGTTTGTAGG TACTTCTAGA 
AGAACCAAAC TCTTTGGTAC TTTTCCAGGC AATTACGTAA AACTAGTATT TTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762605.1
CDS	54..4610
Translation	MRHKQITTFKEEYIERNNQKQSQLLKTNTAPIMSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906745.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906745.1

ORF Insert Sequence:

ATGCGGCACA AGCAGATCAC AACCTTTAAA GAGGAGTATA TCGAAAGAAA CAACCAGAAG 
CAAAGTCAAT TACTGAAGAC CAATACAGCT CCCATAATGA GTTCTGAGAA TGAAGTAAGC 
ATATCAAATA ACGTCGTCAA TGGAGTGACC CCAAGGTGCA ACATGCCAGA AAAAGCAGAT 
GATTCTCCCT TAAGTGTACG TTCAGTCTCT GCTGTTAAAA TCATTCCGGT GAAGACGGTG 
AAAAGTTTTC CCGATCTTGT TCCGACTGCA GATGTGAATC CTGGTAAGCT TTGTGCAGGG 
AAAGGAGCAG TCACTCTGCG GACCTCCCCA GTGCAACTGG AAAGTCAGAA AAATACTACA 
ACACTGGACA TTGAACTCTC TCCATATGAT GTCCCAGCTG AAGATGTGAC AGATGATGAC 
AGGCCTCCAT CAGTAGCTGA GTCCAACGGA GATTCCCAGC ACTCATCCTT AGCAGCTAAA 
GGCTTTCGGA GTGTGCGCCC TAATCTCACT TTTGACAACA AGTCACAGAA AACTCATCCG 
CCCCCAGTCC CACCTCCTCC CAAAGAGGAG AGCTTTGCAT GGCGACCAAA TACTAACACT 
AAACTCTCTT ACTTAAAACC TGTGCCTATC TTGGACTGTA TTTACCTGAG TTCTCCCAAG 
CCCTACGTGC CATATGCTGC ATCATGCACA AACGCAGAGC TGTCTCACCC TGCCTGTACT 
CTAAGTGGAA CCCAGGCTAT TCCGGGCGAT CACACTAACA CCCCAGCTTC TTCCATCCCC 
ACTGAAGTGC AGCACACTGC TTTTAGTTCC TTGTTATCAG ACACGTCACC AAAACACTGC 
CCCAGTGAGG CTGGCAATGT GGATAGAAGT GTTGCTGGAA TGAATTCCAG TCATGAGACT 
AAAAAAGATA AAAAGGTCAG CAGTCTATAT GTAGCTTGTT TATCTAACAG CACTGGCTCA 
GCTGCATCTG AAAATCCCAC TGGCGTTGCA CATGATAAAA CAGAGAGTGC TGAATTGGAA 
GCTGATGTAA CTAAATCACC AGCCACAAAC ATTGTTCCTT CGATAATAGA CACCGGAAAA 
TCCCCTCCTC CTGTCCCTCC CAGGCCATTC TTTGACCCTG TCCCAAGTAA AGATTCCGTT 
AGCTATGGTG ACATAGACAC TTTCTGGAGT CCATGTCCTC TACATCAAGA TATGGGACGC 
ACAGAGCTAG AAACACAGCA TCCAGCTGGC CATGTGAAAA TGACTGCAAA GGAGCCCTAC 
TATTCATCAA AGCCACAATA TCCCTTCCGG CCACAGGGAT ACCGCCGCAT GGATGGCACT 
TCAGTCACAG CTCAGCCTGA GGTTATAATA GTCCCACTCA TCCAGGTTAA AGCTGAAAGA 
GAGCAAGAAG GCACCTCGAG CACTCCACCG CCACCTCTTG TACCTGCTGG CAAACTTTCA 
GCCTCCCCAG AGCCTGACAC CTCCCAATTG GCTTTTCCTA CACTTGATGA TTTTATCCCC 
CCTCATCTGC AAAGGGGATC AAACCATAAC CCGAGCTCTC CCACTATTTC TATACAAAAC 
AATCAGCCAC CACTCTCTCC ACCACCTTTA CTGCATCCTC CAGTAACGGA GGATTTGCGC 
AGAGTCTCGG AACCTGAAAT CAGTGGAGTC ATCTCACCCA CAGAACCTGT GACAGATGAA 
GCCATAACCG CAAGCATAAC CAATGATAAA CTTTCTTCAT TTGCACCTAT TACAAAACCC 
TCTGTGTATC CTTCAACAAC CATTGTAAAC CCTACCATTG TACTCCTGCA ACATAACAGA 
GAACAGCAAA AACGGCTTAG TAATGCACCA GACCCTGTGG TAACTAGATC TGCTGATGAG 
AAGCTGGAGT CATTAACTGC ACAAAACAAG CAATGTCAGG ATAATACTCA GAGACTGAAG 
CCAGCCATGG ATTACACGAG AAGAGATGCC CGAAGCCCTC AGTTTCCAGA AGACTCAGTA 
GATGAAGTAG GCATACCCCT GCGGAACACA GAAAGGTCAA AGGATTGGTA CAAGACAATG 
TTCAAACAGA TTCACCGGCT AAATAAAGAT GATGAGTCAG ACTCCTACCC ATCCTATGGG 
CGCCATTCAT ATTTGGAGGA TGCCAAACCA CAAGCTGGGG TGCCTCGTTC CAAGAGCGAG 
ATGGATAATA TTGATATTGA TCAGAACATG CGGAGATCGG TCACTCTGCC TTTGCCAGCA 
CGCTCCTCTT CCTTGAAACC AAGCCATGAA AGGAATGACT GGGATCCCCC AGACAAAAAG 
GTCGACACCA GAAAATACCG AGCCGAGCCA AGAAGCATTC ATGAGTATCA GCCTGGGAAA 
TCCTCAGCCC TTGCCAATGA GAAGATGACT CGGGATAAAA GTCCTGAAGA GATAGATTTA 
AAGAATGAAC CTTGGTATAA ATTCTTTTCG GAGTTGGAGT TTGGGAAACC GCCTCCCAAA 
AAGATATGGG ATTATACACC GGGGGATTGC TCAATCCTTA AAATAGAGGA TAGGAAGACT 
GAGCTAGAGA GAGACCTCTA TCAGTACGAG ACTGAGTTAG ATGCAGATTT AGAGAGAATG 
GACAAGTGTT TTAAGGCTCC CGATAAAAGG AATGCAACTG TAAGTCGTCC AGAGGAGATT 
CCATCCTACA GGGGGACAGA GGGCGCTCTG GTGGATCCCA CACTCTCTGA AAATGAAAAG 
CAAATCTACA AGAATGTTTT AGAAGGTGGT GATATTCCAT TTCATGGACT TAGTGGCCTA 
AACAGACGCC CCTCTAGCTC AGCATCTAAT AAAGATTCAG AATCTCCAAG ACACTTTGCC 
CCTGTTGAAT ATATGGATGT ACCAGAAGAG CGTCTCCGCA AGAGATATGA CAGCAAAGAG 
ATGAAGCAGG CAAGAGCCAA GTATGATTTT AAAGCACAGT CTGGAAAGGA GCTACCCCTT 
CAGAAGGGAG ACTTGGTTTT TATTTATAGA CAAGTAGATG AGAACTGGTT TGAAGGAGAG 
CATCATGGCA GAGTCGGGAT CTTTCCAATA TCATATATTG AGGTAATCCC AGAAACAGAG 
AAAGCCCAGC CAAGAAAAGC CTCGCCACTA CAGGTTCTGG AATATGGAGA TGCTGTTGCC 
AAGTTTAACT TTAATGGAGA TACTGCTGTG GAGATGTCAT TTAAAAAGGG TGAGAGAATT 
ACATTGATTC GGAGAGTTGA TGAAAATTGG TATGAAGGCA GGGTATCTGG AACAAGCCGT 
CAGGGTATAT TCCCAGTCAC ATACGTTGAA GTCATCAAAA GACCACGACT GAAGAATTCA 
GTAGATTACA TGGACCTTCC AGTTTCTTAT TCACCAAACA GAAGCACGAG TGCTTCCCCA 
CAGTTTTCTG GCTATACCAG GCCACGTACT ACTACTCCAC CCACTGCCAT ACGTAGAGCC 
TTCTCACCAG AGGTGCAGGC TATCACATCT GAATGGATTT CTCTGACAAT GGGCGTATCC 
CGCAATAACA CTCCCACTGT CACCCCTCCA GTCCCGCCTT TACCTGAAGC TATGCTTTGT 
ACCATAGACT GTATCACCCC ATCTGCGGCC GCCAGTCCCA CATTATCAGT TACACCATCT 
GTCAGTCTCC ATAATTGCAA TGTCTCTGAG AATTCTACCC CAAACTCTGC CATGTCTCCA 
TTGCCTACAT ATCCATCTAG GCCTCAGTCT GCAACGCGAA TAAGTTACGT TATTTCTCCC 
GTTAGTGAAG AAAAGTTGGC AGGATCCAGT TATGGAGGTT CCCCTGTGCA GTTTTCACAG 
CATGATAGCT TGATTTCAGA ACTGTGCGAC GTTTTACGCA ACCAATACAA GTTAAGGGGT 
GATGCTGGCC CTGTAGTCAA TGGCGAGCCG AATGATCTAA GGATCCCCAG TTATACAATG 
ACAAAGGCCC CCATCCCACC GAGCAGAACC CATGGGGTGA CCCCAGCAAG TAAAACAACT 
TCAGATTCAT ATGAGGAGAA CCAGTTGTGT AAGGAGCTAC TTAGCATTGT AAATAGTGAC 
CAAGAAGAAA TGAAGGGAAA TGAGTGCAGT TCCCCCAAGA CTGCCGACAC AATATCTGTC 
TATCCTTATG TGCTGTCCTC TTGTCCTGTC ACATACCAAC CACCTCCCAG ACTTAAAGGC 
AGGGTCATTT TGCCACAGCC TTGCAGATCT GATGGTGAAC AGACAGGAAG GGAGTCCAAA 
AGTCCTGTAA TGATTACAGG CTCCCCGGTT AATACCCTCA ACTCAGATTC TGTTGTGCGT 
CCTCATCACA CACTGAGCAC AGGACCAGAG CTCACAGAGT CTGAAAAGAG CTATGTGCAA 
CCGCAAGCGC AACAGAGAAG GGACAGCCTA GAAAGGAGCC AGACGCCACA GGATGCATAT 
ACCTATCAGG CTTTGTATAG CTATGCACCC CAAAATGAGG ATGAGTTGGA GCTCAGAGAA 
GGGGACATTG TTGATGTTAT GGAAAAATGT GATGATGGCT GGTTTGTAGG TACTTCTAGA 
AGAACCAAAC TCTTTGGTAC TTTTCCAGGC AATTACGTAA AACTAGTATT TTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_031906746.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762606.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X19, mRNA.

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CloneID	OXa63292
Clone ID Related Accession (Same CDS sequence)	XM_031906746.1
Accession Version	XM_031906746.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4536bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGAAAA CTCATCCGCC CCCAGTCCCA 
CCTCCTCCCA AAGAGGAGAG CTTTGCATGG CGACCAAATA CTAACACTAA ACTCTCTTAC 
TTAAAACCTG TGCCTATCTT GGACTGTATT TACCTGAGTT CTCCCAAGCC CTACGTGCCA 
TATGCTGCAT CATGCACAAA CGCAGAGCTG TCTCACCCTG CCTGTACTCT AAGTGGAACC 
CAGGCTATTC CGGGCGATCA CACTAACACC CCAGCTTCTT CCATCCCCAC TGAAGTGCAG 
CACACTGCTT TTAGTTCCTT GTTATCAGAC ACGTCACCAA AACACTGCCC CAGTGAGGCT 
GGCAATGTGG ATAGAAGTGT TGCTGGAATG AATTCCAGTC ATGAGACTAA AAAAGATAAA 
AAGGTCAGCA GTCTATATGT AGCTTGTTTA TCTAACAGCA CTGGCTCAGC TGCATCTGAA 
AATCCCACTG GCGTTGCACA TGATAAAACA GAGAGTGCTG AATTGGAAGC TGATGTAACT 
AAATCACCAG CCACAAACAT TGTTCCTTCG ATAATAGACA CCGGAAAATC CCCTCCTCCT 
GTCCCTCCCA GGCCATTCTT TGACCCTGTC CCAAGTAAAG ATTCCGTTAG CTATGGTGAC 
ATAGACACTT TCTGGAGTCC ATGTCCTCTA CATCAAGATA TGGGACGCAC AGAGCTAGAA 
ACACAGCATC CAGCTGGCCA TGTGAAAATG ACTGCAAAGG AGCCCTACTA TTCATCAAAG 
CCACAATATC CCTTCCGGCC ACAGGGATAC CGCCGCATGG ATGGCACTTC AGTCACAGCT 
CAGCCTGAGG TTATAATAGT CCCACTCATC CAGGTTAAAG CTGAAAGAGA GCAAGAAGGC 
ACCTCGAGCA CTCCACCGCC ACCTCTTGTA CCTGCTGGCA AACTTTCAGC CTCCCCAGAG 
CCTGACACCT CCCAATTGGC TTTTCCTACA CTTGATGATT TTATCCCCCC TCATCTGCAA 
AGGGGATCAA ACCATAACCC GAGCTCTCCC ACTATTTCTA TACAAAACAA TCAGCCACCA 
CTCTCTCCAC CACCTTTACT GCATCCTCCA GTAACGGAGG ATTTGCGCAG AGTCTCGGAA 
CCTGAAATCA GTGGAGTCAT CTCACCCACA GAACCTGTGA CAGATGAAGC CATAACCGCA 
AGCATAACCA ATGATAAACT TTCTTCATTT GCACCTATTA CAAAACCCTC TGTGTATCCT 
TCAACAACCA TTGTAAACCC TACCATTGTA CTCCTGCAAC ATAACAGAGA ACAGCAAAAA 
CGGCTTAGTA ATGCACCAGA CCCTGTGGTA ACTAGATCTG CTGATGAGAA GCTGGAGTCA 
TTAACTGCAC AAAACAAGCA ATGTCAGGAT AATACTCAGA GACTGAAGCC AGCCATGGAT 
TACACGAGAA GAGATGCCCG AAGCCCTCAG TTTCCAGAAG ACTCAGTAGA TGAAGTAGGC 
ATACCCCTGC GGAACACAGA AAGGTCAAAG GATTGGTACA AGACAATGTT CAAACAGATT 
CACCGGCTAA ATAAAGATGA TGAGTCAGAC TCCTACCCAT CCTATGGGCG CCATTCATAT 
TTGGAGGATG CCAAACCACA AGCTGGGGTG CCTCGTTCCA AGAGCGAGAT GGATAATATT 
GATATTGATC AGAACATGCG GAGATCGGTC ACTCTGCCTT TGCCAGCACG CTCCTCTTCC 
TTGAAACCAA GCCATGAAAG GAATGACTGG GATCCCCCAG ACAAAAAGGT CGACACCAGA 
AAATACCGAG CCGAGCCAAG AAGCATTCAT GAGTATCAGC CTGGGAAATC CTCAGCCCTT 
GCCAATGAGA AGATGACTCG GGATAAAAGT CCTGAAGAGA TAGATTTAAA GAATGAACCT 
TGGTATAAAT TCTTTTCGGA GTTGGAGTTT GGGAAACCGC CTCCCAAAAA GATATGGGAT 
TATACACCGG GGGATTGCTC AATCCTTAAA ATAGAGGATA GGAAGACTGA GCTAGAGAGA 
GACCTCTATC AGTACGAGAC TGAGTTAGAT GCAGATTTAG AGAGAATGGA CAAGTGTTTT 
AAGGCTCCCG ATAAAAGGAA TGCAACTGTA AGTCGTCCAG AGGAGATTCC ATCCTACAGG 
GGGACAGAGG GCGCTCTGGT GGATCCCACA CTCTCTGAAA ATGAAAAGCA AATCTACAAG 
AATGTTTTAG AAGGTGGTGA TATTCCATTT CATGGACTTA GTGGCCTAAA CAGACGCCCC 
TCTAGCTCAG CATCTAATAA AGTAGATTCA GAATCTCCAA GACACTTTGC CCCTGTTGAA 
TATATGGATG TACCAGAAGA GCGTCTCCGC AAGAGATATG ACAGCAAAGA GAAACTTATA 
GAGGATCAGA GAAGACTTAA GCGTGAGCAA GAAGAAGCTG ATATTGCCGC CAGAAGGCAC 
AGTGGGATTG TCCCATCACA TCATCAGTTT ATTACTAATG AGCGATTTGG GGACCTCCTT 
AATGTAGGCG ATTCATCAAA AAGGAGATCT CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG 
TATGATTTTA AAGCACAGTC TGGAAAGGAG CTACCCCTTC AGAAGGGAGA CTTGGTTTTT 
ATTTATAGAC AAGTAGATGA GAACTGGTTT GAAGGAGAGC ATCATGGCAG AGTCGGGATC 
TTTCCAATAT CATATATTGA GGTAATCCCA GAAACAGAGA AAGCCCAGCC AAGAAAAGCC 
TCGCCACTAC AGGTTCTGGA ATATGGAGAT GCTGTTGCCA AGTTTAACTT TAATGGAGAT 
ACTGCTGTGG AGATGTCATT TAAAAAGGGT GAGAGAATTA CATTGATTCG GAGAGTTGAT 
GAAAATTGGT ATGAAGGCAG GGTATCTGGA ACAAGCCGTC AGGGTATATT CCCAGTCACA 
TACGTTGAAG TCATCAAAAG ACCACGACTG AAGAATTCAG TAGATTACAT GGACCTTCCA 
GTTTCTTATT CACCAAACAG AAGCACGAGT GCTTCCCCAC AGTTTTCTGG CTATACCAGG 
CCACGTACTA CTACTCCACC CACTGCCATA CGTAGAGCCT TCTCACCAGA GGTGCAGGCT 
ATCACATCTG AATGGATTTC TCTGACAATG GGCGTATCCC GCAATAACAC TCCCACTGTC 
ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT ATGCTTTGTA CCATAGACTG TATCACCCCA 
TCTGCGGCCG CCAGTCCCAC ATTATCAGTT ACACCATCTG TCAGTCTCCA TAATTGCAAT 
GTCTCTGAGA ATTCTACCCC AAACTCTGCC ATGTCTCCAT TGCCTACATA TCCATCTAGG 
CCTCAGTCTG CAACGCGAAT AAGTTACGTT ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA 
GGATCCAGTT ATGGAGGTTC CCCTGTGCAG TTTTCACAGC ATGATAGCTT GATTTCAGAA 
CTGTGCGACG TTTTACGCAA CCAATACAAG TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT 
GGCGAGCCGA ATGATCTAAG GATCCCCAGT TATACAATGA CAAAGGCCCC CATCCCACCG 
AGCAGAACCC ATGGGGTGAC CCCAGCAAGT AAAACAACTT CAGATTCATA TGAGGAGAAC 
CAGTTGTGTA AGGAGCTACT TAGCATTGTA AATAGTGACC AAGAAGAAAT GAAGGGAAAT 
GAGTGCAGTT CCCCCAAGAC TGCCGACACA ATATCTGTCT ATCCTTATGT GCTGTCCTCT 
TGTCCTGTCA CATACCAACC ACCTCCCAGA CTTAAAGGCA GGGTCATTTT GCCACAGCCT 
TGCAGATCTG ATGGTGAACA GACAGGAAGG GAGTCCAAAA GTCCTGTAAT GATTACAGGC 
TCCCCGGTTA ATACCCTCAA CTCAGATTCT GTTGTGCGTC CTCATCACAC ACTGAGCACA 
GGACCAGAGC TCACAGAGTC TGAAAAGAGC TATGTGCAAC CGCAAGCGCA ACAGAGAAGG 
GACAGCCTAG AAAGGAGCCA GACGCCACAG GATGCATATA CCTATCAGGC TTTGTATAGC 
TATGCACCCC AAAATGAGGA TGAGTTGGAG CTCAGAGAAG GGGACATTGT TGATGTTATG 
GAAAAATGTG ATGATGGCTG GTTTGTAGGT ACTTCTAGAA GAACCAAACT CTTTGGTACT 
TTTCCAGGCA ATTACGTAAA ACTAGTATTT TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_031762606.1
CDS	319..4854
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQAIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADTISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_031906746.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_031906746.1

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGAAAA CTCATCCGCC CCCAGTCCCA 
CCTCCTCCCA AAGAGGAGAG CTTTGCATGG CGACCAAATA CTAACACTAA ACTCTCTTAC 
TTAAAACCTG TGCCTATCTT GGACTGTATT TACCTGAGTT CTCCCAAGCC CTACGTGCCA 
TATGCTGCAT CATGCACAAA CGCAGAGCTG TCTCACCCTG CCTGTACTCT AAGTGGAACC 
CAGGCTATTC CGGGCGATCA CACTAACACC CCAGCTTCTT CCATCCCCAC TGAAGTGCAG 
CACACTGCTT TTAGTTCCTT GTTATCAGAC ACGTCACCAA AACACTGCCC CAGTGAGGCT 
GGCAATGTGG ATAGAAGTGT TGCTGGAATG AATTCCAGTC ATGAGACTAA AAAAGATAAA 
AAGGTCAGCA GTCTATATGT AGCTTGTTTA TCTAACAGCA CTGGCTCAGC TGCATCTGAA 
AATCCCACTG GCGTTGCACA TGATAAAACA GAGAGTGCTG AATTGGAAGC TGATGTAACT 
AAATCACCAG CCACAAACAT TGTTCCTTCG ATAATAGACA CCGGAAAATC CCCTCCTCCT 
GTCCCTCCCA GGCCATTCTT TGACCCTGTC CCAAGTAAAG ATTCCGTTAG CTATGGTGAC 
ATAGACACTT TCTGGAGTCC ATGTCCTCTA CATCAAGATA TGGGACGCAC AGAGCTAGAA 
ACACAGCATC CAGCTGGCCA TGTGAAAATG ACTGCAAAGG AGCCCTACTA TTCATCAAAG 
CCACAATATC CCTTCCGGCC ACAGGGATAC CGCCGCATGG ATGGCACTTC AGTCACAGCT 
CAGCCTGAGG TTATAATAGT CCCACTCATC CAGGTTAAAG CTGAAAGAGA GCAAGAAGGC 
ACCTCGAGCA CTCCACCGCC ACCTCTTGTA CCTGCTGGCA AACTTTCAGC CTCCCCAGAG 
CCTGACACCT CCCAATTGGC TTTTCCTACA CTTGATGATT TTATCCCCCC TCATCTGCAA 
AGGGGATCAA ACCATAACCC GAGCTCTCCC ACTATTTCTA TACAAAACAA TCAGCCACCA 
CTCTCTCCAC CACCTTTACT GCATCCTCCA GTAACGGAGG ATTTGCGCAG AGTCTCGGAA 
CCTGAAATCA GTGGAGTCAT CTCACCCACA GAACCTGTGA CAGATGAAGC CATAACCGCA 
AGCATAACCA ATGATAAACT TTCTTCATTT GCACCTATTA CAAAACCCTC TGTGTATCCT 
TCAACAACCA TTGTAAACCC TACCATTGTA CTCCTGCAAC ATAACAGAGA ACAGCAAAAA 
CGGCTTAGTA ATGCACCAGA CCCTGTGGTA ACTAGATCTG CTGATGAGAA GCTGGAGTCA 
TTAACTGCAC AAAACAAGCA ATGTCAGGAT AATACTCAGA GACTGAAGCC AGCCATGGAT 
TACACGAGAA GAGATGCCCG AAGCCCTCAG TTTCCAGAAG ACTCAGTAGA TGAAGTAGGC 
ATACCCCTGC GGAACACAGA AAGGTCAAAG GATTGGTACA AGACAATGTT CAAACAGATT 
CACCGGCTAA ATAAAGATGA TGAGTCAGAC TCCTACCCAT CCTATGGGCG CCATTCATAT 
TTGGAGGATG CCAAACCACA AGCTGGGGTG CCTCGTTCCA AGAGCGAGAT GGATAATATT 
GATATTGATC AGAACATGCG GAGATCGGTC ACTCTGCCTT TGCCAGCACG CTCCTCTTCC 
TTGAAACCAA GCCATGAAAG GAATGACTGG GATCCCCCAG ACAAAAAGGT CGACACCAGA 
AAATACCGAG CCGAGCCAAG AAGCATTCAT GAGTATCAGC CTGGGAAATC CTCAGCCCTT 
GCCAATGAGA AGATGACTCG GGATAAAAGT CCTGAAGAGA TAGATTTAAA GAATGAACCT 
TGGTATAAAT TCTTTTCGGA GTTGGAGTTT GGGAAACCGC CTCCCAAAAA GATATGGGAT 
TATACACCGG GGGATTGCTC AATCCTTAAA ATAGAGGATA GGAAGACTGA GCTAGAGAGA 
GACCTCTATC AGTACGAGAC TGAGTTAGAT GCAGATTTAG AGAGAATGGA CAAGTGTTTT 
AAGGCTCCCG ATAAAAGGAA TGCAACTGTA AGTCGTCCAG AGGAGATTCC ATCCTACAGG 
GGGACAGAGG GCGCTCTGGT GGATCCCACA CTCTCTGAAA ATGAAAAGCA AATCTACAAG 
AATGTTTTAG AAGGTGGTGA TATTCCATTT CATGGACTTA GTGGCCTAAA CAGACGCCCC 
TCTAGCTCAG CATCTAATAA AGTAGATTCA GAATCTCCAA GACACTTTGC CCCTGTTGAA 
TATATGGATG TACCAGAAGA GCGTCTCCGC AAGAGATATG ACAGCAAAGA GAAACTTATA 
GAGGATCAGA GAAGACTTAA GCGTGAGCAA GAAGAAGCTG ATATTGCCGC CAGAAGGCAC 
AGTGGGATTG TCCCATCACA TCATCAGTTT ATTACTAATG AGCGATTTGG GGACCTCCTT 
AATGTAGGCG ATTCATCAAA AAGGAGATCT CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG 
TATGATTTTA AAGCACAGTC TGGAAAGGAG CTACCCCTTC AGAAGGGAGA CTTGGTTTTT 
ATTTATAGAC AAGTAGATGA GAACTGGTTT GAAGGAGAGC ATCATGGCAG AGTCGGGATC 
TTTCCAATAT CATATATTGA GGTAATCCCA GAAACAGAGA AAGCCCAGCC AAGAAAAGCC 
TCGCCACTAC AGGTTCTGGA ATATGGAGAT GCTGTTGCCA AGTTTAACTT TAATGGAGAT 
ACTGCTGTGG AGATGTCATT TAAAAAGGGT GAGAGAATTA CATTGATTCG GAGAGTTGAT 
GAAAATTGGT ATGAAGGCAG GGTATCTGGA ACAAGCCGTC AGGGTATATT CCCAGTCACA 
TACGTTGAAG TCATCAAAAG ACCACGACTG AAGAATTCAG TAGATTACAT GGACCTTCCA 
GTTTCTTATT CACCAAACAG AAGCACGAGT GCTTCCCCAC AGTTTTCTGG CTATACCAGG 
CCACGTACTA CTACTCCACC CACTGCCATA CGTAGAGCCT TCTCACCAGA GGTGCAGGCT 
ATCACATCTG AATGGATTTC TCTGACAATG GGCGTATCCC GCAATAACAC TCCCACTGTC 
ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT ATGCTTTGTA CCATAGACTG TATCACCCCA 
TCTGCGGCCG CCAGTCCCAC ATTATCAGTT ACACCATCTG TCAGTCTCCA TAATTGCAAT 
GTCTCTGAGA ATTCTACCCC AAACTCTGCC ATGTCTCCAT TGCCTACATA TCCATCTAGG 
CCTCAGTCTG CAACGCGAAT AAGTTACGTT ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA 
GGATCCAGTT ATGGAGGTTC CCCTGTGCAG TTTTCACAGC ATGATAGCTT GATTTCAGAA 
CTGTGCGACG TTTTACGCAA CCAATACAAG TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT 
GGCGAGCCGA ATGATCTAAG GATCCCCAGT TATACAATGA CAAAGGCCCC CATCCCACCG 
AGCAGAACCC ATGGGGTGAC CCCAGCAAGT AAAACAACTT CAGATTCATA TGAGGAGAAC 
CAGTTGTGTA AGGAGCTACT TAGCATTGTA AATAGTGACC AAGAAGAAAT GAAGGGAAAT 
GAGTGCAGTT CCCCCAAGAC TGCCGACACA ATATCTGTCT ATCCTTATGT GCTGTCCTCT 
TGTCCTGTCA CATACCAACC ACCTCCCAGA CTTAAAGGCA GGGTCATTTT GCCACAGCCT 
TGCAGATCTG ATGGTGAACA GACAGGAAGG GAGTCCAAAA GTCCTGTAAT GATTACAGGC 
TCCCCGGTTA ATACCCTCAA CTCAGATTCT GTTGTGCGTC CTCATCACAC ACTGAGCACA 
GGACCAGAGC TCACAGAGTC TGAAAAGAGC TATGTGCAAC CGCAAGCGCA ACAGAGAAGG 
GACAGCCTAG AAAGGAGCCA GACGCCACAG GATGCATATA CCTATCAGGC TTTGTATAGC 
TATGCACCCC AAAATGAGGA TGAGTTGGAG CTCAGAGAAG GGGACATTGT TGATGTTATG 
GAAAAATGTG ATGATGGCTG GTTTGTAGGT ACTTCTAGAA GAACCAAACT CTTTGGTACT 
TTTCCAGGCA ATTACGTAAA ACTAGTATTT TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966790.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822244.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X3, mRNA.

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CloneID	OXa33118
Clone ID Related Accession (Same CDS sequence)	XM_012966790.2 , XM_012966789.2 , XM_012966788.2
Accession Version	XM_012966790.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966790.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822244.1
CDS	217..4848
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966790.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966790.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966789.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822243.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X2, mRNA.

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CloneID	OXa33118
Clone ID Related Accession (Same CDS sequence)	XM_012966790.2 , XM_012966789.2 , XM_012966788.2
Accession Version	XM_012966789.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966789.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822243.1
CDS	358..4989
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966789.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966789.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966788.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822242.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa33118
Clone ID Related Accession (Same CDS sequence)	XM_012966790.2 , XM_012966789.2 , XM_012966788.2
Accession Version	XM_012966788.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4632bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966788.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822242.1
CDS	464..5095
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966788.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966788.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCGTCCTCA TCACACACTG AGCACAGGAC CAGAGCTCAC AGAGTCTGAA 
AAGAGCTATG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966793.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822247.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X4, mRNA.

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CloneID	OXa33119
Clone ID Related Accession (Same CDS sequence)	XM_012966793.2
Accession Version	XM_012966793.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4629bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966793.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822247.1
CDS	464..5092
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966793.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966793.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966794.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822248.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X5, mRNA.

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CloneID	OXa33120
Clone ID Related Accession (Same CDS sequence)	XM_012966794.2
Accession Version	XM_012966794.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4629bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966794.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGATTCTCCC TTAAGTGTAC GTTCAGTCTC TGCTGTTAAA 
ATCATTCCGG TGAAGACGGT GAAAAGTTTT CCCGATCTTG TTCCGACTGC AGATGTGAAT 
CCTGGTAAGC TTTGTGCAGG GAAAGGAGCA GTCACTCTGC GGACCTCCCC AGTGCAACTG 
GAAAGTCAGA AAAATACTAC AACACTGGAC ATTGAACTCT CTCCATATGA TGTCCCAGCT 
GAAGATGTGA CAGATGATGA CAGGCCTCCA TCAGTAGCTG AGTCCAACGG AGATTCCCAG 
CACTCATCCT TAGCAGCTAA AGGCTTTCGG AGTGTGCGCC CTAATCTCAC TTTTGACAAC 
AAGTCACAGA AAACTCATCC GCCCCCAGTC CCACCTCCTC CCAAAGAGGA GAGCTTTGCA 
TGGCGACCAA ATACTAACAC TAAACTCTCT TACTTAAAAC CTGTGCCAAT CTTGGACTGT 
ATTTACCTGA GTTCTCCCAA GCCCTACGTG CCATATGCTG CATCATGCAC AAACGCAGAG 
CTGTCTCACC CTGCCTGTAC TCTAAGTGGA ACCCAGGGTA TTCCGGGCGA TCACACTAAC 
ACCCCAGCTT CTTCCATCCC CACTGAAGTG CAGCACACTG CTTTTAGTTC CTTGTTATCA 
GACACGTCAC CAAAACACTG CCCCAGTGAG GCTGGCAATG TGGATAGAAG TGTTGCTGGA 
ATGAATTCCA GTCATGAGAC TAAAAAAGAT AAAAAGGTCA GCAGTCTATA TGTAGCTTGT 
TTATCTAACA GCACTGGCTC AGCTGCATCT GAAAATCCCA CTGGCGTTGC ACATGATAAA 
ACAGAGAGTG CTGAATTGGA AGCTGATGTA ACTAAATCAC CAGCCACAAA CATTGTTCCT 
TCGATAATAG ACACCGGAAA ATCCCCTCCT CCTGTCCCTC CCAGGCCATT CTTTGACCCT 
GTCCCAAGTA AAGATTCCGT TAGCTATGGT GACATAGACA CTTTCTGGAG TCCATGTCCT 
CTACATCAAG ATATGGGACG CACAGAGCTA GAAACACAGC ATCCAGCTGG CCATGTGAAA 
ATGACTGCAA AGGAGCCCTA CTATTCATCA AAGCCACAAT ATCCCTTCCG GCCACAGGGA 
TACCGCCGCA TGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGTAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822248.1
CDS	464..5092
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966794.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966794.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGATTCTCCC TTAAGTGTAC GTTCAGTCTC TGCTGTTAAA 
ATCATTCCGG TGAAGACGGT GAAAAGTTTT CCCGATCTTG TTCCGACTGC AGATGTGAAT 
CCTGGTAAGC TTTGTGCAGG GAAAGGAGCA GTCACTCTGC GGACCTCCCC AGTGCAACTG 
GAAAGTCAGA AAAATACTAC AACACTGGAC ATTGAACTCT CTCCATATGA TGTCCCAGCT 
GAAGATGTGA CAGATGATGA CAGGCCTCCA TCAGTAGCTG AGTCCAACGG AGATTCCCAG 
CACTCATCCT TAGCAGCTAA AGGCTTTCGG AGTGTGCGCC CTAATCTCAC TTTTGACAAC 
AAGTCACAGA AAACTCATCC GCCCCCAGTC CCACCTCCTC CCAAAGAGGA GAGCTTTGCA 
TGGCGACCAA ATACTAACAC TAAACTCTCT TACTTAAAAC CTGTGCCAAT CTTGGACTGT 
ATTTACCTGA GTTCTCCCAA GCCCTACGTG CCATATGCTG CATCATGCAC AAACGCAGAG 
CTGTCTCACC CTGCCTGTAC TCTAAGTGGA ACCCAGGGTA TTCCGGGCGA TCACACTAAC 
ACCCCAGCTT CTTCCATCCC CACTGAAGTG CAGCACACTG CTTTTAGTTC CTTGTTATCA 
GACACGTCAC CAAAACACTG CCCCAGTGAG GCTGGCAATG TGGATAGAAG TGTTGCTGGA 
ATGAATTCCA GTCATGAGAC TAAAAAAGAT AAAAAGGTCA GCAGTCTATA TGTAGCTTGT 
TTATCTAACA GCACTGGCTC AGCTGCATCT GAAAATCCCA CTGGCGTTGC ACATGATAAA 
ACAGAGAGTG CTGAATTGGA AGCTGATGTA ACTAAATCAC CAGCCACAAA CATTGTTCCT 
TCGATAATAG ACACCGGAAA ATCCCCTCCT CCTGTCCCTC CCAGGCCATT CTTTGACCCT 
GTCCCAAGTA AAGATTCCGT TAGCTATGGT GACATAGACA CTTTCTGGAG TCCATGTCCT 
CTACATCAAG ATATGGGACG CACAGAGCTA GAAACACAGC ATCCAGCTGG CCATGTGAAA 
ATGACTGCAA AGGAGCCCTA CTATTCATCA AAGCCACAAT ATCCCTTCCG GCCACAGGGA 
TACCGCCGCA TGGATGGCAC TTCAGTCACA GCTCAGCCTG AGGTTATAAT AGTCCCACTC 
ATCCAGGTTA AAGCTGAAAG AGAGCAAGAA GGCACCTCGA GCACTCCACC GCCACCTCTT 
GTACCTGCTG GCAAACTTTC AGCCTCCCCA GAGCCTGACA CCTCCCAATT GGCTTTTCCT 
ACACTTGATG ATTTTATCCC CCCTCATCTG CAAAGGGGAT CAAACCATAA CCCGAGCTCT 
CCCACTATTT CTATACAAAA CAATCAGCCA CCACTCTCTC CACCACCTTT ACTGCATCCT 
CCAGTAACGG AGGATTTGCG CAGAGTCTCG GAACCTGAAA TCAGTGGAGT CATCTCACCC 
ACAGAACCTG TGACAGATGA AGCCATAACC GCAAGCATAA CCAATGATAA ACTTTCTTCA 
TTTGCACCTA TTACAAAACC CTCTGTGTAT CCTTCAACAA CCATTGTAAA CCCTACCATT 
GTACTCCTGC AACATAACAG AGAACAGCAA AAACGGCTTA GTAATGCACC AGACCCTGTG 
GTAACTAGAT CTGCTGATGA GAAGCTGGAG TCATTAACTG CACAAAACAA GCAATGTCAG 
GATAATACTC AGAGACTGAA GCCAGCCATG GATTACACGA GAAGAGATGC CCGAAGCCCT 
CAGTTTCCAG AAGACTCAGT AGATGAAGTA GGCATACCCC TGCGGAACAC AGAAAGGTCA 
AAGGATTGGT ACAAGACAAT GTTCAAACAG ATTCACCGGC TAAATAAAGA TGATGAGTCA 
GACTCCTACC CATCCTATGG GCGCCATTCA TATTTGGAGG ATGCCAAACC ACAAGCTGGG 
GTGCCTCGTT CCAAGAGCGA GATGGATAAT ATTGATATTG ATCAGAACAT GCGGAGATCG 
GTCACTCTGC CTTTGCCAGC ACGCTCCTCT TCCTTGAAAC CAAGCCATGA AAGGAATGAC 
TGGGATCCCC CAGACAAAAA GGTCGACACC AGAAAATACC GAGCCGAGCC AAGAAGCATT 
CATGAGTATC AGCCTGGGAA ATCCTCAGCC CTTGCCAATG AGAAGATGAC TCGGGATAAA 
AGTCCTGAAG AGATAGATTT AAAGAATGAA CCTTGGTATA AATTCTTTTC GGAGTTGGAG 
TTTGGGAAAC CGCCTCCCAA AAAGATATGG GATTATACAC CGGGGGATTG CTCAATCCTT 
AAAATAGAGG ATAGGAAGAC TGAGCTAGAG AGAGACCTCT ATCAGTACGA GACTGAGTTA 
GATGCAGATT TAGAGAGAAT GGACAAGTGT TTTAAGGCTC CCGATAAAAG GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGTAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966795.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822249.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X6, mRNA.

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CloneID	OXa33121
Clone ID Related Accession (Same CDS sequence)	XM_012966795.2
Accession Version	XM_012966795.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4602bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966795.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGACCCT GTGGTAACTA GATCTGCTGA TGAGAAGCTG 
GAGTCATTAA CTGCACAAAA CAAGCAATGT CAGGATAATA CTCAGAGACT GAAGCCAGCC 
ATGGATTACA CGAGAAGAGA TGCCCGAAGC CCTCAGTTTC CAGAAGACTC AGTAGATGAA 
GTAGGCATAC CCCTGCGGAA CACAGAAAGG TCAAAGGATT GGTACAAGAC AATGTTCAAA 
CAGATTCACC GGCTAAATAA AGATGATGAG TCAGACTCCT ACCCATCCTA TGGGCGCCAT 
TCATATTTGG AGGATGCCAA ACCACAAGCT GGGGTGCCTC GTTCCAAGAG CGAGATGGAT 
AATATTGATA TTGATCAGAA CATGCGGAGA TCGGTCACTC TGCCTTTGCC AGCACGCTCC 
TCTTCCTTGA AACCAAGCCA TGAAAGGAAT GACTGGGATC CCCCAGACAA AAAGGTCGAC 
ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC ATTCATGAGT ATCAGCCTGG GAAATCCTCA 
GCCCTTGCCA ATGAGAAGAT GACTCGGGAT AAAAGTCCTG AAGAGATAGA TTTAAAGAAT 
GAACCTTGGT ATAAATTCTT TTCGGAGTTG GAGTTTGGGA AACCGCCTCC CAAAAAGATA 
TGGGATTATA CACCGGGGGA TTGCTCAATC CTTAAAATAG AGGATAGGAA GACTGAGCTA 
GAGAGAGACC TCTATCAGTA CGAGACTGAG TTAGATGCAG ATTTAGAGAG AATGGACAAG 
TGTTTTAAGG CTCCCGATAA AAGGAATGCA ACTGTAAGTC GTCCAGAGGA GATTCCATCC 
TACAGGGGGA CAGAGGGCGC TCTGGTGGAT CCCACACTCT CTGAAAATGA AAAGCAAATC 
TACAAGAATG TTTTAGAAGG TGGTGATATT CCATTTCATG GACTTAGTGG CCTAAACAGA 
CGCCCCTCTA GCTCAGCATC TAATAAAGTA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAAA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACAGAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822249.1
CDS	464..5065
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNRDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966795.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966795.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGACCCT GTGGTAACTA GATCTGCTGA TGAGAAGCTG 
GAGTCATTAA CTGCACAAAA CAAGCAATGT CAGGATAATA CTCAGAGACT GAAGCCAGCC 
ATGGATTACA CGAGAAGAGA TGCCCGAAGC CCTCAGTTTC CAGAAGACTC AGTAGATGAA 
GTAGGCATAC CCCTGCGGAA CACAGAAAGG TCAAAGGATT GGTACAAGAC AATGTTCAAA 
CAGATTCACC GGCTAAATAA AGATGATGAG TCAGACTCCT ACCCATCCTA TGGGCGCCAT 
TCATATTTGG AGGATGCCAA ACCACAAGCT GGGGTGCCTC GTTCCAAGAG CGAGATGGAT 
AATATTGATA TTGATCAGAA CATGCGGAGA TCGGTCACTC TGCCTTTGCC AGCACGCTCC 
TCTTCCTTGA AACCAAGCCA TGAAAGGAAT GACTGGGATC CCCCAGACAA AAAGGTCGAC 
ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC ATTCATGAGT ATCAGCCTGG GAAATCCTCA 
GCCCTTGCCA ATGAGAAGAT GACTCGGGAT AAAAGTCCTG AAGAGATAGA TTTAAAGAAT 
GAACCTTGGT ATAAATTCTT TTCGGAGTTG GAGTTTGGGA AACCGCCTCC CAAAAAGATA 
TGGGATTATA CACCGGGGGA TTGCTCAATC CTTAAAATAG AGGATAGGAA GACTGAGCTA 
GAGAGAGACC TCTATCAGTA CGAGACTGAG TTAGATGCAG ATTTAGAGAG AATGGACAAG 
TGTTTTAAGG CTCCCGATAA AAGGAATGCA ACTGTAAGTC GTCCAGAGGA GATTCCATCC 
TACAGGGGGA CAGAGGGCGC TCTGGTGGAT CCCACACTCT CTGAAAATGA AAAGCAAATC 
TACAAGAATG TTTTAGAAGG TGGTGATATT CCATTTCATG GACTTAGTGG CCTAAACAGA 
CGCCCCTCTA GCTCAGCATC TAATAAAGTA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAAA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACAGAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966796.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822250.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OXa33122
Clone ID Related Accession (Same CDS sequence)	XM_012966796.2
Accession Version	XM_012966796.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4572bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966796.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822250.1
CDS	464..5035
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966796.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966796.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGACTGCC 
GACAGAATAT CTGTCTATCC TTATGTGCTG TCCTCTTGTC CTGTCACATA CCAACCACCT 
CCCAGACTTA AAGGCAGGGT CATTTTGCCA CAGCCTTGCA GATCTGATGG TGAACAGACA 
GGAAGGGAGT CCAAAAGTCC TGTAATGATT ACAGGCTCCC CGGTTAATAC CCTCAACTCA 
GATTCTGTTG TGCAACCGCA AGCGCAACAG AGAAGGGACA GCCTAGAAAG GAGCCAGACG 
CCACAGGATG CATATACCTA TCAGGCTTTG TATAGCTATG CACCCCAAAA TGAGGATGAG 
TTGGAGCTCA GAGAAGGGGA CATTGTTGAT GTTATGGAAA AATGTGATGA TGGCTGGTTT 
GTAGGTACTT CTAGAAGAAC CAAACTCTTT GGTACTTTTC CAGGCAATTA CGTAAAACTA 
GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966797.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822251.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OXa33123
Clone ID Related Accession (Same CDS sequence)	XM_012966797.2
Accession Version	XM_012966797.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4536bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966797.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGAAAA CTCATCCGCC CCCAGTCCCA 
CCTCCTCCCA AAGAGGAGAG CTTTGCATGG CGACCAAATA CTAACACTAA ACTCTCTTAC 
TTAAAACCTG TGCCAATCTT GGACTGTATT TACCTGAGTT CTCCCAAGCC CTACGTGCCA 
TATGCTGCAT CATGCACAAA CGCAGAGCTG TCTCACCCTG CCTGTACTCT AAGTGGAACC 
CAGGGTATTC CGGGCGATCA CACTAACACC CCAGCTTCTT CCATCCCCAC TGAAGTGCAG 
CACACTGCTT TTAGTTCCTT GTTATCAGAC ACGTCACCAA AACACTGCCC CAGTGAGGCT 
GGCAATGTGG ATAGAAGTGT TGCTGGAATG AATTCCAGTC ATGAGACTAA AAAAGATAAA 
AAGGTCAGCA GTCTATATGT AGCTTGTTTA TCTAACAGCA CTGGCTCAGC TGCATCTGAA 
AATCCCACTG GCGTTGCACA TGATAAAACA GAGAGTGCTG AATTGGAAGC TGATGTAACT 
AAATCACCAG CCACAAACAT TGTTCCTTCG ATAATAGACA CCGGAAAATC CCCTCCTCCT 
GTCCCTCCCA GGCCATTCTT TGACCCTGTC CCAAGTAAAG ATTCCGTTAG CTATGGTGAC 
ATAGACACTT TCTGGAGTCC ATGTCCTCTA CATCAAGATA TGGGACGCAC AGAGCTAGAA 
ACACAGCATC CAGCTGGCCA TGTGAAAATG ACTGCAAAGG AGCCCTACTA TTCATCAAAG 
CCACAATATC CCTTCCGGCC ACAGGGATAC CGCCGCATGG ATGGCACTTC AGTCACAGCT 
CAGCCTGAGG TTATAATAGT CCCACTCATC CAGGTTAAAG CTGAAAGAGA GCAAGAAGGC 
ACCTCGAGCA CTCCACCGCC ACCTCTTGTA CCTGCTGGCA AACTTTCAGC CTCCCCAGAG 
CCTGACACCT CCCAATTGGC TTTTCCTACA CTTGATGATT TTATCCCCCC TCATCTGCAA 
AGGGGATCAA ACCATAACCC GAGCTCTCCC ACTATTTCTA TACAAAACAA TCAGCCACCA 
CTCTCTCCAC CACCTTTACT GCATCCTCCA GTAACGGAGG ATTTGCGCAG AGTCTCGGAA 
CCTGAAATCA GTGGAGTCAT CTCACCCACA GAACCTGTGA CAGATGAAGC CATAACCGCA 
AGCATAACCA ATGATAAACT TTCTTCATTT GCACCTATTA CAAAACCCTC TGTGTATCCT 
TCAACAACCA TTGTAAACCC TACCATTGTA CTCCTGCAAC ATAACAGAGA ACAGCAAAAA 
CGGCTTAGTA ATGCACCAGA CCCTGTGGTA ACTAGATCTG CTGATGAGAA GCTGGAGTCA 
TTAACTGCAC AAAACAAGCA ATGTCAGGAT AATACTCAGA GACTGAAGCC AGCCATGGAT 
TACACGAGAA GAGATGCCCG AAGCCCTCAG TTTCCAGAAG ACTCAGTAGA TGAAGTAGGC 
ATACCCCTGC GGAACACAGA AAGGTCAAAG GATTGGTACA AGACAATGTT CAAACAGATT 
CACCGGCTAA ATAAAGATGA TGAGTCAGAC TCCTACCCAT CCTATGGGCG CCATTCATAT 
TTGGAGGATG CCAAACCACA AGCTGGGGTG CCTCGTTCCA AGAGCGAGAT GGATAATATT 
GATATTGATC AGAACATGCG GAGATCGGTC ACTCTGCCTT TGCCAGCACG CTCCTCTTCC 
TTGAAACCAA GCCATGAAAG GAATGACTGG GATCCCCCAG ACAAAAAGGT CGACACCAGA 
AAATACCGAG CCGAGCCAAG AAGCATTCAT GAGTATCAGC CTGGGAAATC CTCAGCCCTT 
GCCAATGAGA AGATGACTCG GGATAAAAGT CCTGAAGAGA TAGATTTAAA GAATGAACCT 
TGGTATAAAT TCTTTTCGGA GTTGGAGTTT GGGAAACCGC CTCCCAAAAA GATATGGGAT 
TATACACCGG GGGATTGCTC AATCCTTAAA ATAGAGGATA GGAAGACTGA GCTAGAGAGA 
GACCTCTATC AGTACGAGAC TGAGTTAGAT GCAGATTTAG AGAGAATGGA CAAGTGTTTT 
AAGGCTCCCG ATAAAAGGAA TGCAACTGTA AGTCGTCCAG AGGAGATTCC ATCCTACAGG 
GGGACAGAGG GCGCTCTGGT GGATCCCACA CTCTCTGAAA ATGAAAAGCA AATCTACAAG 
AATGTTTTAG AAGGTGGTGA TATTCCATTT CATGGACTTA GTGGCCTAAA CAGACGCCCC 
TCTAGCTCAG CATCTAATAA AGTAGATTCA GAATCTCCAA GACACTTTGC CCCTGTTGAA 
TATATGGATG TACCAGAAGA GCGTCTCCGC AAGAGATATG ACAGCAAAGA GAAACTTATA 
GAGGATCAGA GAAGACTTAA GCGTGAGCAA GAAGAAGCTG ATATTGCCGC CAGAAGGCAC 
AGTGGGATTG TCCCATCACA TCATCAGTTT ATTACTAATG AGCGATTTGG GGACCTCCTT 
AATGTAGGCG ATTCATCAAA AAGGAGATCT CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG 
TATGATTTTA AAGCACAGTC TGGAAAGGAG CTACCCCTTC AGAAGGGAGA CTTGGTTTTT 
ATTTATAGAC AAGTAGATGA GAACTGGTTT GAAGGAGAGC ATCATGGCAG AGTCGGGATC 
TTTCCAATAT CATATATTGA GGTAATCCCA GAAACAGAGA AAGCCCAGCC AAGAAAAGCC 
TCGCCACTAC AGGTTCTGGA ATATGGAGAT GCTGTTGCCA AGTTTAACTT TAATGGAGAT 
ACTGCTGTGG AGATGTCATT TAAAAAGGGT GAAAGAATTA CATTGATTCG GAGAGTTGAT 
GAAAATTGGT ATGAAGGCAG GGTATCTGGA ACAAGCCGTC AGGGTATATT CCCAGTCACA 
TACGTTGAAG TCATCAAAAG ACCACGACTG AAGAATTCAG TAGATTACAT GGACCTTCCA 
GTTTCTTATT CACCAAACAG AAGCACGAGT GCTTCCCCAC AGTTTTCTGG CTATACCAGG 
CCACGTACTA CTACTCCACC CACTGCCATA CGTAGAGCCT TCTCACCAGA GGTGCAGGCT 
ATCACATCTG AATGGATTTC TCTGACAATG GGCGTATCCC GCAATAACAC TCCCACTGTC 
ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT ATGCTTTGTA CCATAGACTG TATCACCCCA 
TCTGCGGCCG CCAGTCCCAC ATTATCAGTT ACACCATCTG TCAGTCTCCA TAATTGCAAT 
GTCTCTGAGA ATTCTACCCC AAACTCTGCC ATGTCTCCAT TGCCTACATA TCCATCTAGG 
CCTCAGTCTG CAACGCGAAT AAGTTACGTT ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA 
GGATCCAGTT ATGGAGGTTC CCCTGTGCAG TTTTCACAGC ATGATAGCTT GATTTCAGAA 
CTGTGCGACG TTTTACGCAA CCAATACAAG TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT 
GGCGAGCCGA ATGATCTAAG GATCCCCAGT TATACAATGA CAAAGGCCCC CATCCCACCG 
AGCAGAACCC ATGGGGTGAC CCCAGCAAGT AAAACAACTT CAGATTCATA TGAGGAGAAC 
CAGTTGTGTA AGGAGCTACT TAGCATTGTA AATAGTGACC AAGAAGAAAT GAAGGGAAAT 
GAGTGCAGTT CCCCCAAGAC TGCCGACAGA ATATCTGTCT ATCCTTATGT GCTGTCCTCT 
TGTCCTGTCA CATACCAACC ACCTCCCAGA CTTAAAGGCA GGGTCATTTT GCCACAGCCT 
TGCAGATCTG ATGGTGAACA GACAGGAAGG GAGTCCAAAA GTCCTGTAAT GATTACAGGC 
TCCCCGGTTA ATACCCTCAA CTCAGATTCT GTTGTGCGTC CTCATCACAC ACTGAGCACA 
GGACCAGAGC TCACAGAGTC TGAAAAGAGC TATGTGCAAC CGCAAGCGCA ACAGAGAAGG 
GACAGCCTAG AAAGGAGCCA GACGCCACAG GATGCATATA CCTATCAGGC TTTGTATAGC 
TATGCACCCC AAAATGAGGA TGAGTTGGAG CTCAGAGAAG GGGACATTGT TGATGTTATG 
GAAAAATGTG ATGATGGCTG GTTTGTAGGT ACTTCTAGAA GAACCAAACT CTTTGGTACT 
TTTCCAGGCA ATTACGTAAA ACTAGTATTT TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822251.1
CDS	464..4999
Translation	MSSENEVSISNNVVNGVTPRCNMPEKDVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966797.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966797.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGA TGTGAATCCT GGTAAGCTTT GTGCAGGGAA AGGAGCAGTC 
ACTCTGCGGA CCTCCCCAGT GCAACTGGAA AGTCAGAAAA ATACTACAAC ACTGGACATT 
GAACTCTCTC CATATGATGT CCCAGCTGAA GATGTGACAG ATGATGACAG GCCTCCATCA 
GTAGCTGAGT CCAACGGAGA TTCCCAGCAC TCATCCTTAG CAGCTAAAGG CTTTCGGAGT 
GTGCGCCCTA ATCTCACTTT TGACAACAAG TCACAGAAAA CTCATCCGCC CCCAGTCCCA 
CCTCCTCCCA AAGAGGAGAG CTTTGCATGG CGACCAAATA CTAACACTAA ACTCTCTTAC 
TTAAAACCTG TGCCAATCTT GGACTGTATT TACCTGAGTT CTCCCAAGCC CTACGTGCCA 
TATGCTGCAT CATGCACAAA CGCAGAGCTG TCTCACCCTG CCTGTACTCT AAGTGGAACC 
CAGGGTATTC CGGGCGATCA CACTAACACC CCAGCTTCTT CCATCCCCAC TGAAGTGCAG 
CACACTGCTT TTAGTTCCTT GTTATCAGAC ACGTCACCAA AACACTGCCC CAGTGAGGCT 
GGCAATGTGG ATAGAAGTGT TGCTGGAATG AATTCCAGTC ATGAGACTAA AAAAGATAAA 
AAGGTCAGCA GTCTATATGT AGCTTGTTTA TCTAACAGCA CTGGCTCAGC TGCATCTGAA 
AATCCCACTG GCGTTGCACA TGATAAAACA GAGAGTGCTG AATTGGAAGC TGATGTAACT 
AAATCACCAG CCACAAACAT TGTTCCTTCG ATAATAGACA CCGGAAAATC CCCTCCTCCT 
GTCCCTCCCA GGCCATTCTT TGACCCTGTC CCAAGTAAAG ATTCCGTTAG CTATGGTGAC 
ATAGACACTT TCTGGAGTCC ATGTCCTCTA CATCAAGATA TGGGACGCAC AGAGCTAGAA 
ACACAGCATC CAGCTGGCCA TGTGAAAATG ACTGCAAAGG AGCCCTACTA TTCATCAAAG 
CCACAATATC CCTTCCGGCC ACAGGGATAC CGCCGCATGG ATGGCACTTC AGTCACAGCT 
CAGCCTGAGG TTATAATAGT CCCACTCATC CAGGTTAAAG CTGAAAGAGA GCAAGAAGGC 
ACCTCGAGCA CTCCACCGCC ACCTCTTGTA CCTGCTGGCA AACTTTCAGC CTCCCCAGAG 
CCTGACACCT CCCAATTGGC TTTTCCTACA CTTGATGATT TTATCCCCCC TCATCTGCAA 
AGGGGATCAA ACCATAACCC GAGCTCTCCC ACTATTTCTA TACAAAACAA TCAGCCACCA 
CTCTCTCCAC CACCTTTACT GCATCCTCCA GTAACGGAGG ATTTGCGCAG AGTCTCGGAA 
CCTGAAATCA GTGGAGTCAT CTCACCCACA GAACCTGTGA CAGATGAAGC CATAACCGCA 
AGCATAACCA ATGATAAACT TTCTTCATTT GCACCTATTA CAAAACCCTC TGTGTATCCT 
TCAACAACCA TTGTAAACCC TACCATTGTA CTCCTGCAAC ATAACAGAGA ACAGCAAAAA 
CGGCTTAGTA ATGCACCAGA CCCTGTGGTA ACTAGATCTG CTGATGAGAA GCTGGAGTCA 
TTAACTGCAC AAAACAAGCA ATGTCAGGAT AATACTCAGA GACTGAAGCC AGCCATGGAT 
TACACGAGAA GAGATGCCCG AAGCCCTCAG TTTCCAGAAG ACTCAGTAGA TGAAGTAGGC 
ATACCCCTGC GGAACACAGA AAGGTCAAAG GATTGGTACA AGACAATGTT CAAACAGATT 
CACCGGCTAA ATAAAGATGA TGAGTCAGAC TCCTACCCAT CCTATGGGCG CCATTCATAT 
TTGGAGGATG CCAAACCACA AGCTGGGGTG CCTCGTTCCA AGAGCGAGAT GGATAATATT 
GATATTGATC AGAACATGCG GAGATCGGTC ACTCTGCCTT TGCCAGCACG CTCCTCTTCC 
TTGAAACCAA GCCATGAAAG GAATGACTGG GATCCCCCAG ACAAAAAGGT CGACACCAGA 
AAATACCGAG CCGAGCCAAG AAGCATTCAT GAGTATCAGC CTGGGAAATC CTCAGCCCTT 
GCCAATGAGA AGATGACTCG GGATAAAAGT CCTGAAGAGA TAGATTTAAA GAATGAACCT 
TGGTATAAAT TCTTTTCGGA GTTGGAGTTT GGGAAACCGC CTCCCAAAAA GATATGGGAT 
TATACACCGG GGGATTGCTC AATCCTTAAA ATAGAGGATA GGAAGACTGA GCTAGAGAGA 
GACCTCTATC AGTACGAGAC TGAGTTAGAT GCAGATTTAG AGAGAATGGA CAAGTGTTTT 
AAGGCTCCCG ATAAAAGGAA TGCAACTGTA AGTCGTCCAG AGGAGATTCC ATCCTACAGG 
GGGACAGAGG GCGCTCTGGT GGATCCCACA CTCTCTGAAA ATGAAAAGCA AATCTACAAG 
AATGTTTTAG AAGGTGGTGA TATTCCATTT CATGGACTTA GTGGCCTAAA CAGACGCCCC 
TCTAGCTCAG CATCTAATAA AGTAGATTCA GAATCTCCAA GACACTTTGC CCCTGTTGAA 
TATATGGATG TACCAGAAGA GCGTCTCCGC AAGAGATATG ACAGCAAAGA GAAACTTATA 
GAGGATCAGA GAAGACTTAA GCGTGAGCAA GAAGAAGCTG ATATTGCCGC CAGAAGGCAC 
AGTGGGATTG TCCCATCACA TCATCAGTTT ATTACTAATG AGCGATTTGG GGACCTCCTT 
AATGTAGGCG ATTCATCAAA AAGGAGATCT CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG 
TATGATTTTA AAGCACAGTC TGGAAAGGAG CTACCCCTTC AGAAGGGAGA CTTGGTTTTT 
ATTTATAGAC AAGTAGATGA GAACTGGTTT GAAGGAGAGC ATCATGGCAG AGTCGGGATC 
TTTCCAATAT CATATATTGA GGTAATCCCA GAAACAGAGA AAGCCCAGCC AAGAAAAGCC 
TCGCCACTAC AGGTTCTGGA ATATGGAGAT GCTGTTGCCA AGTTTAACTT TAATGGAGAT 
ACTGCTGTGG AGATGTCATT TAAAAAGGGT GAAAGAATTA CATTGATTCG GAGAGTTGAT 
GAAAATTGGT ATGAAGGCAG GGTATCTGGA ACAAGCCGTC AGGGTATATT CCCAGTCACA 
TACGTTGAAG TCATCAAAAG ACCACGACTG AAGAATTCAG TAGATTACAT GGACCTTCCA 
GTTTCTTATT CACCAAACAG AAGCACGAGT GCTTCCCCAC AGTTTTCTGG CTATACCAGG 
CCACGTACTA CTACTCCACC CACTGCCATA CGTAGAGCCT TCTCACCAGA GGTGCAGGCT 
ATCACATCTG AATGGATTTC TCTGACAATG GGCGTATCCC GCAATAACAC TCCCACTGTC 
ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT ATGCTTTGTA CCATAGACTG TATCACCCCA 
TCTGCGGCCG CCAGTCCCAC ATTATCAGTT ACACCATCTG TCAGTCTCCA TAATTGCAAT 
GTCTCTGAGA ATTCTACCCC AAACTCTGCC ATGTCTCCAT TGCCTACATA TCCATCTAGG 
CCTCAGTCTG CAACGCGAAT AAGTTACGTT ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA 
GGATCCAGTT ATGGAGGTTC CCCTGTGCAG TTTTCACAGC ATGATAGCTT GATTTCAGAA 
CTGTGCGACG TTTTACGCAA CCAATACAAG TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT 
GGCGAGCCGA ATGATCTAAG GATCCCCAGT TATACAATGA CAAAGGCCCC CATCCCACCG 
AGCAGAACCC ATGGGGTGAC CCCAGCAAGT AAAACAACTT CAGATTCATA TGAGGAGAAC 
CAGTTGTGTA AGGAGCTACT TAGCATTGTA AATAGTGACC AAGAAGAAAT GAAGGGAAAT 
GAGTGCAGTT CCCCCAAGAC TGCCGACAGA ATATCTGTCT ATCCTTATGT GCTGTCCTCT 
TGTCCTGTCA CATACCAACC ACCTCCCAGA CTTAAAGGCA GGGTCATTTT GCCACAGCCT 
TGCAGATCTG ATGGTGAACA GACAGGAAGG GAGTCCAAAA GTCCTGTAAT GATTACAGGC 
TCCCCGGTTA ATACCCTCAA CTCAGATTCT GTTGTGCGTC CTCATCACAC ACTGAGCACA 
GGACCAGAGC TCACAGAGTC TGAAAAGAGC TATGTGCAAC CGCAAGCGCA ACAGAGAAGG 
GACAGCCTAG AAAGGAGCCA GACGCCACAG GATGCATATA CCTATCAGGC TTTGTATAGC 
TATGCACCCC AAAATGAGGA TGAGTTGGAG CTCAGAGAAG GGGACATTGT TGATGTTATG 
GAAAAATGTG ATGATGGCTG GTTTGTAGGT ACTTCTAGAA GAACCAAACT CTTTGGTACT 
TTTCCAGGCA ATTACGTAAA ACTAGTATTT TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966799.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822253.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X9, mRNA.

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CloneID	OXa33124
Clone ID Related Accession (Same CDS sequence)	XM_012966799.2
Accession Version	XM_012966799.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966799.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822253.1
CDS	464..4996
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966799.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966799.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGAAA CTTATAGAGG ATCAGAGAAG ACTTAAGCGT 
GAGCAAGAAG AAGCTGATAT TGCCGCCAGA AGGCACAGTG GGATTGTCCC ATCACATCAT 
CAGTTTATTA CTAATGAGCG ATTTGGGGAC CTCCTTAATG TAGGCGATTC ATCAAAAAGG 
AGATCTCGGT CTGAGATGAA GCAGGCAAGA GCCAAGTATG ATTTTAAAGC ACAGTCTGGA 
AAGGAGCTAC CCCTTCAGAA GGGAGACTTG GTTTTTATTT ATAGACAAGT AGATGAGAAC 
TGGTTTGAAG GAGAGCATCA TGGCAGAGTC GGGATCTTTC CAATATCATA TATTGAGGTA 
ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA AAAGCCTCGC CACTACAGGT TCTGGAATAT 
GGAGATGCTG TTGCCAAGTT TAACTTTAAT GGAGATACTG CTGTGGAGAT GTCATTTAAA 
AAGGGTGAAA GAATTACATT GATTCGGAGA GTTGATGAAA ATTGGTATGA AGGCAGGGTA 
TCTGGAACAA GCCGTCAGGG TATATTCCCA GTCACATACG TTGAAGTCAT CAAAAGACCA 
CGACTGAAGA ATTCAGTAGA TTACATGGAC CTTCCAGTTT CTTATTCACC AAACAGAAGC 
ACGAGTGCTT CCCCACAGTT TTCTGGCTAT ACCAGGCCAC GTACTACTAC TCCACCCACT 
GCCATACGTA GAGCCTTCTC ACCAGAGGTG CAGGCTATCA CATCTGAATG GATTTCTCTG 
ACAATGGGCG TATCCCGCAA TAACACTCCC ACTGTCACCC CTCCAGTCCC GCCTTTACCT 
GAAGCTATGC TTTGTACCAT AGACTGTATC ACCCCATCTG CGGCCGCCAG TCCCACATTA 
TCAGTTACAC CATCTGTCAG TCTCCATAAT TGCAATGTCT CTGAGAATTC TACCCCAAAC 
TCTGCCATGT CTCCATTGCC TACATATCCA TCTAGGCCTC AGTCTGCAAC GCGAATAAGT 
TACGTTATTT CTCCCGTTAG TGAAGAAAAG TTGGCAGGAT CCAGTTATGG AGGTTCCCCT 
GTGCAGTTTT CACAGCATGA TAGCTTGATT TCAGAACTGT GCGACGTTTT ACGCAACCAA 
TACAAGTTAA GGGGTGATGC TGGCCCTGTA GTCAATGGCG AGCCGAATGA TCTAAGGATC 
CCCAGTTATA CAATGACAAA GGCCCCCATC CCACCGAGCA GAACCCATGG GGTGACCCCA 
GCAAGTAAAA CAACTTCAGA TTCATATGAG GAGAACCAGT TGTGTAAGGA GCTACTTAGC 
ATTGTAAATA GTGACCAAGA AGAAATGAAG GGAAATGAGT GCAGTTCCCC CAAGCCTTGC 
AGATCTGATG GTGAACAGAC AGGAAGGGAG TCCAAAAGTC CTGTAATGAT TACAGGCTCC 
CCGGTTAATA CCCTCAACTC AGATTCTGTT GTGCGTCCTC ATCACACACT GAGCACAGGA 
CCAGAGCTCA CAGAGTCTGA AAAGAGCTAT GTGCAACCGC AAGCGCAACA GAGAAGGGAC 
AGCCTAGAAA GGAGCCAGAC GCCACAGGAT GCATATACCT ATCAGGCTTT GTATAGCTAT 
GCACCCCAAA ATGAGGATGA GTTGGAGCTC AGAGAAGGGG ACATTGTTGA TGTTATGGAA 
AAATGTGATG ATGGCTGGTT TGTAGGTACT TCTAGAAGAA CCAAACTCTT TGGTACTTTT 
CCAGGCAATT ACGTAAAACT AGTATTTTAT TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966800.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822254.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X10, mRNA.

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CloneID	OXa33125
Clone ID Related Accession (Same CDS sequence)	XM_012966800.2
Accession Version	XM_012966800.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4482bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966800.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTGAGCTA 
GAGAGAGACC TCTATCAGTA CGAGACTGAG TTAGATGCAG ATTTAGAGAG AATGGACAAG 
TGTTTTAAGG CTCCCGATAA AAGGAATGCA ACTGTAAGTC GTCCAGAGGA GATTCCATCC 
TACAGGGGGA CAGAGGGCGC TCTGGTGGAT CCCACACTCT CTGAAAATGA AAAGCAAATC 
TACAAGAATG TTTTAGAAGG TGGTGATATT CCATTTCATG GACTTAGTGG CCTAAACAGA 
CGCCCCTCTA GCTCAGCATC TAATAAAGTA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAAA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACAGAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822254.1
CDS	464..4945
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966800.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966800.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTGAGCTA 
GAGAGAGACC TCTATCAGTA CGAGACTGAG TTAGATGCAG ATTTAGAGAG AATGGACAAG 
TGTTTTAAGG CTCCCGATAA AAGGAATGCA ACTGTAAGTC GTCCAGAGGA GATTCCATCC 
TACAGGGGGA CAGAGGGCGC TCTGGTGGAT CCCACACTCT CTGAAAATGA AAAGCAAATC 
TACAAGAATG TTTTAGAAGG TGGTGATATT CCATTTCATG GACTTAGTGG CCTAAACAGA 
CGCCCCTCTA GCTCAGCATC TAATAAAGTA GATTCAGAAT CTCCAAGACA CTTTGCCCCT 
GTTGAATATA TGGATGTACC AGAAGAGCGT CTCCGCAAGA GATATGACAG CAAAGAGAAA 
CTTATAGAGG ATCAGAGAAG ACTTAAGCGT GAGCAAGAAG AAGCTGATAT TGCCGCCAGA 
AGGCACAGTG GGATTGTCCC ATCACATCAT CAGTTTATTA CTAATGAGCG ATTTGGGGAC 
CTCCTTAATG TAGGCGATTC ATCAAAAAGG AGATCTCGGT CTGAGATGAA GCAGGCAAGA 
GCCAAGTATG ATTTTAAAGC ACAGTCTGGA AAGGAGCTAC CCCTTCAGAA GGGAGACTTG 
GTTTTTATTT ATAGACAAGT AGATGAGAAC TGGTTTGAAG GAGAGCATCA TGGCAGAGTC 
GGGATCTTTC CAATATCATA TATTGAGGTA ATCCCAGAAA CAGAGAAAGC CCAGCCAAGA 
AAAGCCTCGC CACTACAGGT TCTGGAATAT GGAGATGCTG TTGCCAAGTT TAACTTTAAT 
GGAGATACTG CTGTGGAGAT GTCATTTAAA AAGGGTGAAA GAATTACATT GATTCGGAGA 
GTTGATGAAA ATTGGTATGA AGGCAGGGTA TCTGGAACAA GCCGTCAGGG TATATTCCCA 
GTCACATACG TTGAAGTCAT CAAAAGACCA CGACTGAAGA ATTCAGTAGA TTACATGGAC 
CTTCCAGTTT CTTATTCACC AAACAGAAGC ACGAGTGCTT CCCCACAGTT TTCTGGCTAT 
ACCAGGCCAC GTACTACTAC TCCACCCACT GCCATACGTA GAGCCTTCTC ACCAGAGGTG 
CAGGCTATCA CATCTGAATG GATTTCTCTG ACAATGGGCG TATCCCGCAA TAACACTCCC 
ACTGTCACCC CTCCAGTCCC GCCTTTACCT GAAGCTATGC TTTGTACCAT AGACTGTATC 
ACCCCATCTG CGGCCGCCAG TCCCACATTA TCAGTTACAC CATCTGTCAG TCTCCATAAT 
TGCAATGTCT CTGAGAATTC TACCCCAAAC TCTGCCATGT CTCCATTGCC TACATATCCA 
TCTAGGCCTC AGTCTGCAAC GCGAATAAGT TACGTTATTT CTCCCGTTAG TGAAGAAAAG 
TTGGCAGGAT CCAGTTATGG AGGTTCCCCT GTGCAGTTTT CACAGCATGA TAGCTTGATT 
TCAGAACTGT GCGACGTTTT ACGCAACCAA TACAAGTTAA GGGGTGATGC TGGCCCTGTA 
GTCAATGGCG AGCCGAATGA TCTAAGGATC CCCAGTTATA CAATGACAAA GGCCCCCATC 
CCACCGAGCA GAACCCATGG GGTGACCCCA GCAAGTAAAA CAACTTCAGA TTCATATGAG 
GAGAACCAGT TGTGTAAGGA GCTACTTAGC ATTGTAAATA GTGACCAAGA AGAAATGAAG 
GGAAATGAGT GCAGTTCCCC CAAGACTGCC GACAGAATAT CTGTCTATCC TTATGTGCTG 
TCCTCTTGTC CTGTCACATA CCAACCACCT CCCAGACTTA AAGGCAGGGT CATTTTGCCA 
CAGCCTTGCA GATCTGATGG TGAACAGACA GGAAGGGAGT CCAAAAGTCC TGTAATGATT 
ACAGGCTCCC CGGTTAATAC CCTCAACTCA GATTCTGTTG TGCGTCCTCA TCACACACTG 
AGCACAGGAC CAGAGCTCAC AGAGTCTGAA AAGAGCTATG TGCAACCGCA AGCGCAACAG 
AGAAGGGACA GCCTAGAAAG GAGCCAGACG CCACAGGATG CATATACCTA TCAGGCTTTG 
TATAGCTATG CACCCCAAAA TGAGGATGAG TTGGAGCTCA GAGAAGGGGA CATTGTTGAT 
GTTATGGAAA AATGTGATGA TGGCTGGTTT GTAGGTACTT CTAGAAGAAC CAAACTCTTT 
GGTACTTTTC CAGGCAATTA CGTAAAACTA GTATTTTATT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966801.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822255.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OXa33126
Clone ID Related Accession (Same CDS sequence)	XM_012966801.2
Accession Version	XM_012966801.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966801.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTGAGCTA 
GAGAGAGACC TCTATCAGTA CGAGACTGAG TTAGATGCAG ATTTAGAGAG AATGGACAAG 
TGTTTTAAGG CTCCCGATAA AAGGAATGCA ACTGTAAGTC GTCCAGAGGA GATTCCATCC 
TACAGGGGGA CAGAGGGCGC TCTGGTGGAT CCCACACTCT CTGAAAATGA AAAGCAAATC 
TACAAGAATG TTTTAGAAGG TGGTGATATT CCATTTCATG GACTTAGTGG CCTAAACAGA 
CGCCCCTCTA GCTCAGCATC TAATAAAGAT TCAGAATCTC CAAGACACTT TGCCCCTGTT 
GAATATATGG ATGTACCAGA AGAGCGTCTC CGCAAGAGAT ATGACAGCAA AGAGAAACTT 
ATAGAGGATC AGAGAAGACT TAAGCGTGAG CAAGAAGAAG CTGATATTGC CGCCAGAAGG 
CACAGTGGGA TTGTCCCATC ACATCATCAG TTTATTACTA ATGAGCGATT TGGGGACCTC 
CTTAATGTAG GCGATTCATC AAAAAGGAGA TCTCGGTCTG AGATGAAGCA GGCAAGAGCC 
AAGTATGATT TTAAAGCACA GTCTGGAAAG GAGCTACCCC TTCAGAAGGG AGACTTGGTT 
TTTATTTATA GACAAGTAGA TGAGAACTGG TTTGAAGGAG AGCATCATGG CAGAGTCGGG 
ATCTTTCCAA TATCATATAT TGAGGTAATC CCAGAAACAG AGAAAGCCCA GCCAAGAAAA 
GCCTCGCCAC TACAGGTTCT GGAATATGGA GATGCTGTTG CCAAGTTTAA CTTTAATGGA 
GATACTGCTG TGGAGATGTC ATTTAAAAAG GGTGAAAGAA TTACATTGAT TCGGAGAGTT 
GATGAAAATT GGTATGAAGG CAGGGTATCT GGAACAAGCC GTCAGGGTAT ATTCCCAGTC 
ACATACGTTG AAGTCATCAA AAGACCACGA CTGAAGAATT CAGTAGATTA CATGGACCTT 
CCAGTTTCTT ATTCACCAAA CAGAAGCACG AGTGCTTCCC CACAGTTTTC TGGCTATACC 
AGGCCACGTA CTACTACTCC ACCCACTGCC ATACGTAGAG CCTTCTCACC AGAGGTGCAG 
GCTATCACAT CTGAATGGAT TTCTCTGACA ATGGGCGTAT CCCGCAATAA CACTCCCACT 
GTCACCCCTC CAGTCCCGCC TTTACCTGAA GCTATGCTTT GTACCATAGA CTGTATCACC 
CCATCTGCGG CCGCCAGTCC CACATTATCA GTTACACCAT CTGTCAGTCT CCATAATTGC 
AATGTCTCTG AGAATTCTAC CCCAAACTCT GCCATGTCTC CATTGCCTAC ATATCCATCT 
AGGCCTCAGT CTGCAACGCG AATAAGTTAC GTTATTTCTC CCGTTAGTGA AGAAAAGTTG 
GCAGGATCCA GTTATGGAGG TTCCCCTGTG CAGTTTTCAC AGCATGATAG CTTGATTTCA 
GAACTGTGCG ACGTTTTACG CAACCAATAC AAGTTAAGGG GTGATGCTGG CCCTGTAGTC 
AATGGCGAGC CGAATGATCT AAGGATCCCC AGTTATACAA TGACAAAGGC CCCCATCCCA 
CCGAGCAGAA CCCATGGGGT GACCCCAGCA AGTAAAACAA CTTCAGATTC ATATGAGGAG 
AACCAGTTGT GTAAGGAGCT ACTTAGCATT GTAAATAGTG ACCAAGAAGA AATGAAGGGA 
AATGAGTGCA GTTCCCCCAA GACTGCCGAC AGAATATCTG TCTATCCTTA TGTGCTGTCC 
TCTTGTCCTG TCACATACCA ACCACCTCCC AGACTTAAAG GCAGGGTCAT TTTGCCACAG 
CCTTGCAGAT CTGATGGTGA ACAGACAGGA AGGGAGTCCA AAAGTCCTGT AATGATTACA 
GGCTCCCCGG TTAATACCCT CAACTCAGAT TCTGTTGTGC GTCCTCATCA CACACTGAGC 
ACAGGACCAG AGCTCACAGA GTCTGAAAAG AGCTATGTGC AACCGCAAGC GCAACAGAGA 
AGGGACAGCC TAGAAAGGAG CCAGACGCCA CAGGATGCAT ATACCTATCA GGCTTTGTAT 
AGCTATGCAC CCCAAAATGA GGATGAGTTG GAGCTCAGAG AAGGGGACAT TGTTGATGTT 
ATGGAAAAAT GTGATGATGG CTGGTTTGTA GGTACTTCTA GAAGAACCAA ACTCTTTGGT 
ACTTTTCCAG GCAATTACGT AAAACTAGTA TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822255.1
CDS	464..4942
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966801.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966801.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTGAGCTA 
GAGAGAGACC TCTATCAGTA CGAGACTGAG TTAGATGCAG ATTTAGAGAG AATGGACAAG 
TGTTTTAAGG CTCCCGATAA AAGGAATGCA ACTGTAAGTC GTCCAGAGGA GATTCCATCC 
TACAGGGGGA CAGAGGGCGC TCTGGTGGAT CCCACACTCT CTGAAAATGA AAAGCAAATC 
TACAAGAATG TTTTAGAAGG TGGTGATATT CCATTTCATG GACTTAGTGG CCTAAACAGA 
CGCCCCTCTA GCTCAGCATC TAATAAAGAT TCAGAATCTC CAAGACACTT TGCCCCTGTT 
GAATATATGG ATGTACCAGA AGAGCGTCTC CGCAAGAGAT ATGACAGCAA AGAGAAACTT 
ATAGAGGATC AGAGAAGACT TAAGCGTGAG CAAGAAGAAG CTGATATTGC CGCCAGAAGG 
CACAGTGGGA TTGTCCCATC ACATCATCAG TTTATTACTA ATGAGCGATT TGGGGACCTC 
CTTAATGTAG GCGATTCATC AAAAAGGAGA TCTCGGTCTG AGATGAAGCA GGCAAGAGCC 
AAGTATGATT TTAAAGCACA GTCTGGAAAG GAGCTACCCC TTCAGAAGGG AGACTTGGTT 
TTTATTTATA GACAAGTAGA TGAGAACTGG TTTGAAGGAG AGCATCATGG CAGAGTCGGG 
ATCTTTCCAA TATCATATAT TGAGGTAATC CCAGAAACAG AGAAAGCCCA GCCAAGAAAA 
GCCTCGCCAC TACAGGTTCT GGAATATGGA GATGCTGTTG CCAAGTTTAA CTTTAATGGA 
GATACTGCTG TGGAGATGTC ATTTAAAAAG GGTGAAAGAA TTACATTGAT TCGGAGAGTT 
GATGAAAATT GGTATGAAGG CAGGGTATCT GGAACAAGCC GTCAGGGTAT ATTCCCAGTC 
ACATACGTTG AAGTCATCAA AAGACCACGA CTGAAGAATT CAGTAGATTA CATGGACCTT 
CCAGTTTCTT ATTCACCAAA CAGAAGCACG AGTGCTTCCC CACAGTTTTC TGGCTATACC 
AGGCCACGTA CTACTACTCC ACCCACTGCC ATACGTAGAG CCTTCTCACC AGAGGTGCAG 
GCTATCACAT CTGAATGGAT TTCTCTGACA ATGGGCGTAT CCCGCAATAA CACTCCCACT 
GTCACCCCTC CAGTCCCGCC TTTACCTGAA GCTATGCTTT GTACCATAGA CTGTATCACC 
CCATCTGCGG CCGCCAGTCC CACATTATCA GTTACACCAT CTGTCAGTCT CCATAATTGC 
AATGTCTCTG AGAATTCTAC CCCAAACTCT GCCATGTCTC CATTGCCTAC ATATCCATCT 
AGGCCTCAGT CTGCAACGCG AATAAGTTAC GTTATTTCTC CCGTTAGTGA AGAAAAGTTG 
GCAGGATCCA GTTATGGAGG TTCCCCTGTG CAGTTTTCAC AGCATGATAG CTTGATTTCA 
GAACTGTGCG ACGTTTTACG CAACCAATAC AAGTTAAGGG GTGATGCTGG CCCTGTAGTC 
AATGGCGAGC CGAATGATCT AAGGATCCCC AGTTATACAA TGACAAAGGC CCCCATCCCA 
CCGAGCAGAA CCCATGGGGT GACCCCAGCA AGTAAAACAA CTTCAGATTC ATATGAGGAG 
AACCAGTTGT GTAAGGAGCT ACTTAGCATT GTAAATAGTG ACCAAGAAGA AATGAAGGGA 
AATGAGTGCA GTTCCCCCAA GACTGCCGAC AGAATATCTG TCTATCCTTA TGTGCTGTCC 
TCTTGTCCTG TCACATACCA ACCACCTCCC AGACTTAAAG GCAGGGTCAT TTTGCCACAG 
CCTTGCAGAT CTGATGGTGA ACAGACAGGA AGGGAGTCCA AAAGTCCTGT AATGATTACA 
GGCTCCCCGG TTAATACCCT CAACTCAGAT TCTGTTGTGC GTCCTCATCA CACACTGAGC 
ACAGGACCAG AGCTCACAGA GTCTGAAAAG AGCTATGTGC AACCGCAAGC GCAACAGAGA 
AGGGACAGCC TAGAAAGGAG CCAGACGCCA CAGGATGCAT ATACCTATCA GGCTTTGTAT 
AGCTATGCAC CCCAAAATGA GGATGAGTTG GAGCTCAGAG AAGGGGACAT TGTTGATGTT 
ATGGAAAAAT GTGATGATGG CTGGTTTGTA GGTACTTCTA GAAGAACCAA ACTCTTTGGT 
ACTTTTCCAG GCAATTACGT AAAACTAGTA TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966802.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822256.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OXa33127
Clone ID Related Accession (Same CDS sequence)	XM_012966802.2
Accession Version	XM_012966802.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4464bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966802.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGATG AAGCAGGCAA GAGCCAAGTA TGATTTTAAA 
GCACAGTCTG GAAAGGAGCT ACCCCTTCAG AAGGGAGACT TGGTTTTTAT TTATAGACAA 
GTAGATGAGA ACTGGTTTGA AGGAGAGCAT CATGGCAGAG TCGGGATCTT TCCAATATCA 
TATATTGAGG TAATCCCAGA AACAGAGAAA GCCCAGCCAA GAAAAGCCTC GCCACTACAG 
GTTCTGGAAT ATGGAGATGC TGTTGCCAAG TTTAACTTTA ATGGAGATAC TGCTGTGGAG 
ATGTCATTTA AAAAGGGTGA AAGAATTACA TTGATTCGGA GAGTTGATGA AAATTGGTAT 
GAAGGCAGGG TATCTGGAAC AAGCCGTCAG GGTATATTCC CAGTCACATA CGTTGAAGTC 
ATCAAAAGAC CACGACTGAA GAATTCAGTA GATTACATGG ACCTTCCAGT TTCTTATTCA 
CCAAACAGAA GCACGAGTGC TTCCCCACAG TTTTCTGGCT ATACCAGGCC ACGTACTACT 
ACTCCACCCA CTGCCATACG TAGAGCCTTC TCACCAGAGG TGCAGGCTAT CACATCTGAA 
TGGATTTCTC TGACAATGGG CGTATCCCGC AATAACACTC CCACTGTCAC CCCTCCAGTC 
CCGCCTTTAC CTGAAGCTAT GCTTTGTACC ATAGACTGTA TCACCCCATC TGCGGCCGCC 
AGTCCCACAT TATCAGTTAC ACCATCTGTC AGTCTCCATA ATTGCAATGT CTCTGAGAAT 
TCTACCCCAA ACTCTGCCAT GTCTCCATTG CCTACATATC CATCTAGGCC TCAGTCTGCA 
ACGCGAATAA GTTACGTTAT TTCTCCCGTT AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT 
GGAGGTTCCC CTGTGCAGTT TTCACAGCAT GATAGCTTGA TTTCAGAACT GTGCGACGTT 
TTACGCAACC AATACAAGTT AAGGGGTGAT GCTGGCCCTG TAGTCAATGG CGAGCCGAAT 
GATCTAAGGA TCCCCAGTTA TACAATGACA AAGGCCCCCA TCCCACCGAG CAGAACCCAT 
GGGGTGACCC CAGCAAGTAA AACAACTTCA GATTCATATG AGGAGAACCA GTTGTGTAAG 
GAGCTACTTA GCATTGTAAA TAGTGACCAA GAAGAAATGA AGGGAAATGA GTGCAGTTCC 
CCCAAGACTG CCGACAGAAT ATCTGTCTAT CCTTATGTGC TGTCCTCTTG TCCTGTCACA 
TACCAACCAC CTCCCAGACT TAAAGGCAGG GTCATTTTGC CACAGCCTTG CAGATCTGAT 
GGTGAACAGA CAGGAAGGGA GTCCAAAAGT CCTGTAATGA TTACAGGCTC CCCGGTTAAT 
ACCCTCAACT CAGATTCTGT TGTGCGTCCT CATCACACAC TGAGCACAGG ACCAGAGCTC 
ACAGAGTCTG AAAAGAGCTA TGTGCAACCG CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA 
AGGAGCCAGA CGCCACAGGA TGCATATACC TATCAGGCTT TGTATAGCTA TGCACCCCAA 
AATGAGGATG AGTTGGAGCT CAGAGAAGGG GACATTGTTG ATGTTATGGA AAAATGTGAT 
GATGGCTGGT TTGTAGGTAC TTCTAGAAGA ACCAAACTCT TTGGTACTTT TCCAGGCAAT 
TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822256.1
CDS	464..4927
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966802.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966802.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGTA 
GATTCAGAAT CTCCAAGACA CTTTGCCCCT GTTGAATATA TGGATGTACC AGAAGAGCGT 
CTCCGCAAGA GATATGACAG CAAAGAGATG AAGCAGGCAA GAGCCAAGTA TGATTTTAAA 
GCACAGTCTG GAAAGGAGCT ACCCCTTCAG AAGGGAGACT TGGTTTTTAT TTATAGACAA 
GTAGATGAGA ACTGGTTTGA AGGAGAGCAT CATGGCAGAG TCGGGATCTT TCCAATATCA 
TATATTGAGG TAATCCCAGA AACAGAGAAA GCCCAGCCAA GAAAAGCCTC GCCACTACAG 
GTTCTGGAAT ATGGAGATGC TGTTGCCAAG TTTAACTTTA ATGGAGATAC TGCTGTGGAG 
ATGTCATTTA AAAAGGGTGA AAGAATTACA TTGATTCGGA GAGTTGATGA AAATTGGTAT 
GAAGGCAGGG TATCTGGAAC AAGCCGTCAG GGTATATTCC CAGTCACATA CGTTGAAGTC 
ATCAAAAGAC CACGACTGAA GAATTCAGTA GATTACATGG ACCTTCCAGT TTCTTATTCA 
CCAAACAGAA GCACGAGTGC TTCCCCACAG TTTTCTGGCT ATACCAGGCC ACGTACTACT 
ACTCCACCCA CTGCCATACG TAGAGCCTTC TCACCAGAGG TGCAGGCTAT CACATCTGAA 
TGGATTTCTC TGACAATGGG CGTATCCCGC AATAACACTC CCACTGTCAC CCCTCCAGTC 
CCGCCTTTAC CTGAAGCTAT GCTTTGTACC ATAGACTGTA TCACCCCATC TGCGGCCGCC 
AGTCCCACAT TATCAGTTAC ACCATCTGTC AGTCTCCATA ATTGCAATGT CTCTGAGAAT 
TCTACCCCAA ACTCTGCCAT GTCTCCATTG CCTACATATC CATCTAGGCC TCAGTCTGCA 
ACGCGAATAA GTTACGTTAT TTCTCCCGTT AGTGAAGAAA AGTTGGCAGG ATCCAGTTAT 
GGAGGTTCCC CTGTGCAGTT TTCACAGCAT GATAGCTTGA TTTCAGAACT GTGCGACGTT 
TTACGCAACC AATACAAGTT AAGGGGTGAT GCTGGCCCTG TAGTCAATGG CGAGCCGAAT 
GATCTAAGGA TCCCCAGTTA TACAATGACA AAGGCCCCCA TCCCACCGAG CAGAACCCAT 
GGGGTGACCC CAGCAAGTAA AACAACTTCA GATTCATATG AGGAGAACCA GTTGTGTAAG 
GAGCTACTTA GCATTGTAAA TAGTGACCAA GAAGAAATGA AGGGAAATGA GTGCAGTTCC 
CCCAAGACTG CCGACAGAAT ATCTGTCTAT CCTTATGTGC TGTCCTCTTG TCCTGTCACA 
TACCAACCAC CTCCCAGACT TAAAGGCAGG GTCATTTTGC CACAGCCTTG CAGATCTGAT 
GGTGAACAGA CAGGAAGGGA GTCCAAAAGT CCTGTAATGA TTACAGGCTC CCCGGTTAAT 
ACCCTCAACT CAGATTCTGT TGTGCGTCCT CATCACACAC TGAGCACAGG ACCAGAGCTC 
ACAGAGTCTG AAAAGAGCTA TGTGCAACCG CAAGCGCAAC AGAGAAGGGA CAGCCTAGAA 
AGGAGCCAGA CGCCACAGGA TGCATATACC TATCAGGCTT TGTATAGCTA TGCACCCCAA 
AATGAGGATG AGTTGGAGCT CAGAGAAGGG GACATTGTTG ATGTTATGGA AAAATGTGAT 
GATGGCTGGT TTGTAGGTAC TTCTAGAAGA ACCAAACTCT TTGGTACTTT TCCAGGCAAT 
TACGTAAAAC TAGTATTTTA TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966803.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822257.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X13, mRNA.

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CloneID	OXa33128
Clone ID Related Accession (Same CDS sequence)	XM_012966803.2
Accession Version	XM_012966803.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4461bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966803.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGATGAAG CAGGCAAGAG CCAAGTATGA TTTTAAAGCA 
CAGTCTGGAA AGGAGCTACC CCTTCAGAAG GGAGACTTGG TTTTTATTTA TAGACAAGTA 
GATGAGAACT GGTTTGAAGG AGAGCATCAT GGCAGAGTCG GGATCTTTCC AATATCATAT 
ATTGAGGTAA TCCCAGAAAC AGAGAAAGCC CAGCCAAGAA AAGCCTCGCC ACTACAGGTT 
CTGGAATATG GAGATGCTGT TGCCAAGTTT AACTTTAATG GAGATACTGC TGTGGAGATG 
TCATTTAAAA AGGGTGAAAG AATTACATTG ATTCGGAGAG TTGATGAAAA TTGGTATGAA 
GGCAGGGTAT CTGGAACAAG CCGTCAGGGT ATATTCCCAG TCACATACGT TGAAGTCATC 
AAAAGACCAC GACTGAAGAA TTCAGTAGAT TACATGGACC TTCCAGTTTC TTATTCACCA 
AACAGAAGCA CGAGTGCTTC CCCACAGTTT TCTGGCTATA CCAGGCCACG TACTACTACT 
CCACCCACTG CCATACGTAG AGCCTTCTCA CCAGAGGTGC AGGCTATCAC ATCTGAATGG 
ATTTCTCTGA CAATGGGCGT ATCCCGCAAT AACACTCCCA CTGTCACCCC TCCAGTCCCG 
CCTTTACCTG AAGCTATGCT TTGTACCATA GACTGTATCA CCCCATCTGC GGCCGCCAGT 
CCCACATTAT CAGTTACACC ATCTGTCAGT CTCCATAATT GCAATGTCTC TGAGAATTCT 
ACCCCAAACT CTGCCATGTC TCCATTGCCT ACATATCCAT CTAGGCCTCA GTCTGCAACG 
CGAATAAGTT ACGTTATTTC TCCCGTTAGT GAAGAAAAGT TGGCAGGATC CAGTTATGGA 
GGTTCCCCTG TGCAGTTTTC ACAGCATGAT AGCTTGATTT CAGAACTGTG CGACGTTTTA 
CGCAACCAAT ACAAGTTAAG GGGTGATGCT GGCCCTGTAG TCAATGGCGA GCCGAATGAT 
CTAAGGATCC CCAGTTATAC AATGACAAAG GCCCCCATCC CACCGAGCAG AACCCATGGG 
GTGACCCCAG CAAGTAAAAC AACTTCAGAT TCATATGAGG AGAACCAGTT GTGTAAGGAG 
CTACTTAGCA TTGTAAATAG TGACCAAGAA GAAATGAAGG GAAATGAGTG CAGTTCCCCC 
AAGACTGCCG ACAGAATATC TGTCTATCCT TATGTGCTGT CCTCTTGTCC TGTCACATAC 
CAACCACCTC CCAGACTTAA AGGCAGGGTC ATTTTGCCAC AGCCTTGCAG ATCTGATGGT 
GAACAGACAG GAAGGGAGTC CAAAAGTCCT GTAATGATTA CAGGCTCCCC GGTTAATACC 
CTCAACTCAG ATTCTGTTGT GCGTCCTCAT CACACACTGA GCACAGGACC AGAGCTCACA 
GAGTCTGAAA AGAGCTATGT GCAACCGCAA GCGCAACAGA GAAGGGACAG CCTAGAAAGG 
AGCCAGACGC CACAGGATGC ATATACCTAT CAGGCTTTGT ATAGCTATGC ACCCCAAAAT 
GAGGATGAGT TGGAGCTCAG AGAAGGGGAC ATTGTTGATG TTATGGAAAA ATGTGATGAT 
GGCTGGTTTG TAGGTACTTC TAGAAGAACC AAACTCTTTG GTACTTTTCC AGGCAATTAC 
GTAAAACTAG TATTTTATTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822257.1
CDS	464..4924
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966803.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966803.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GACTCGGGAT 
AAAAGTCCTG AAGAGATAGA TTTAAAGAAT GAACCTTGGT ATAAATTCTT TTCGGAGTTG 
GAGTTTGGGA AACCGCCTCC CAAAAAGATA TGGGATTATA CACCGGGGGA TTGCTCAATC 
CTTAAAATAG AGGATAGGAA GACTGAGCTA GAGAGAGACC TCTATCAGTA CGAGACTGAG 
TTAGATGCAG ATTTAGAGAG AATGGACAAG TGTTTTAAGG CTCCCGATAA AAGGAATGCA 
ACTGTAAGTC GTCCAGAGGA GATTCCATCC TACAGGGGGA CAGAGGGCGC TCTGGTGGAT 
CCCACACTCT CTGAAAATGA AAAGCAAATC TACAAGAATG TTTTAGAAGG TGGTGATATT 
CCATTTCATG GACTTAGTGG CCTAAACAGA CGCCCCTCTA GCTCAGCATC TAATAAAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGATGAAG CAGGCAAGAG CCAAGTATGA TTTTAAAGCA 
CAGTCTGGAA AGGAGCTACC CCTTCAGAAG GGAGACTTGG TTTTTATTTA TAGACAAGTA 
GATGAGAACT GGTTTGAAGG AGAGCATCAT GGCAGAGTCG GGATCTTTCC AATATCATAT 
ATTGAGGTAA TCCCAGAAAC AGAGAAAGCC CAGCCAAGAA AAGCCTCGCC ACTACAGGTT 
CTGGAATATG GAGATGCTGT TGCCAAGTTT AACTTTAATG GAGATACTGC TGTGGAGATG 
TCATTTAAAA AGGGTGAAAG AATTACATTG ATTCGGAGAG TTGATGAAAA TTGGTATGAA 
GGCAGGGTAT CTGGAACAAG CCGTCAGGGT ATATTCCCAG TCACATACGT TGAAGTCATC 
AAAAGACCAC GACTGAAGAA TTCAGTAGAT TACATGGACC TTCCAGTTTC TTATTCACCA 
AACAGAAGCA CGAGTGCTTC CCCACAGTTT TCTGGCTATA CCAGGCCACG TACTACTACT 
CCACCCACTG CCATACGTAG AGCCTTCTCA CCAGAGGTGC AGGCTATCAC ATCTGAATGG 
ATTTCTCTGA CAATGGGCGT ATCCCGCAAT AACACTCCCA CTGTCACCCC TCCAGTCCCG 
CCTTTACCTG AAGCTATGCT TTGTACCATA GACTGTATCA CCCCATCTGC GGCCGCCAGT 
CCCACATTAT CAGTTACACC ATCTGTCAGT CTCCATAATT GCAATGTCTC TGAGAATTCT 
ACCCCAAACT CTGCCATGTC TCCATTGCCT ACATATCCAT CTAGGCCTCA GTCTGCAACG 
CGAATAAGTT ACGTTATTTC TCCCGTTAGT GAAGAAAAGT TGGCAGGATC CAGTTATGGA 
GGTTCCCCTG TGCAGTTTTC ACAGCATGAT AGCTTGATTT CAGAACTGTG CGACGTTTTA 
CGCAACCAAT ACAAGTTAAG GGGTGATGCT GGCCCTGTAG TCAATGGCGA GCCGAATGAT 
CTAAGGATCC CCAGTTATAC AATGACAAAG GCCCCCATCC CACCGAGCAG AACCCATGGG 
GTGACCCCAG CAAGTAAAAC AACTTCAGAT TCATATGAGG AGAACCAGTT GTGTAAGGAG 
CTACTTAGCA TTGTAAATAG TGACCAAGAA GAAATGAAGG GAAATGAGTG CAGTTCCCCC 
AAGACTGCCG ACAGAATATC TGTCTATCCT TATGTGCTGT CCTCTTGTCC TGTCACATAC 
CAACCACCTC CCAGACTTAA AGGCAGGGTC ATTTTGCCAC AGCCTTGCAG ATCTGATGGT 
GAACAGACAG GAAGGGAGTC CAAAAGTCCT GTAATGATTA CAGGCTCCCC GGTTAATACC 
CTCAACTCAG ATTCTGTTGT GCGTCCTCAT CACACACTGA GCACAGGACC AGAGCTCACA 
GAGTCTGAAA AGAGCTATGT GCAACCGCAA GCGCAACAGA GAAGGGACAG CCTAGAAAGG 
AGCCAGACGC CACAGGATGC ATATACCTAT CAGGCTTTGT ATAGCTATGC ACCCCAAAAT 
GAGGATGAGT TGGAGCTCAG AGAAGGGGAC ATTGTTGATG TTATGGAAAA ATGTGATGAT 
GGCTGGTTTG TAGGTACTTC TAGAAGAACC AAACTCTTTG GTACTTTTCC AGGCAATTAC 
GTAAAACTAG TATTTTATTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966804.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822258.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X14, mRNA.

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CloneID	OXa33129
Clone ID Related Accession (Same CDS sequence)	XM_012966804.2
Accession Version	XM_012966804.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4389bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966804.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGTAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822258.1
CDS	464..4852
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966804.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966804.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGTAGAT 
TCAGAATCTC CAAGACACTT TGCCCCTGTT GAATATATGG ATGTACCAGA AGAGCGTCTC 
CGCAAGAGAT ATGACAGCAA AGAGAAACTT ATAGAGGATC AGAGAAGACT TAAGCGTGAG 
CAAGAAGAAG CTGATATTGC CGCCAGAAGG CACAGTGGGA TTGTCCCATC ACATCATCAG 
TTTATTACTA ATGAGCGATT TGGGGACCTC CTTAATGTAG GCGATTCATC AAAAAGGAGA 
TCTCGGTCTG AGATGAAGCA GGCAAGAGCC AAGTATGATT TTAAAGCACA GTCTGGAAAG 
GAGCTACCCC TTCAGAAGGG AGACTTGGTT TTTATTTATA GACAAGTAGA TGAGAACTGG 
TTTGAAGGAG AGCATCATGG CAGAGTCGGG ATCTTTCCAA TATCATATAT TGAGGTAATC 
CCAGAAACAG AGAAAGCCCA GCCAAGAAAA GCCTCGCCAC TACAGGTTCT GGAATATGGA 
GATGCTGTTG CCAAGTTTAA CTTTAATGGA GATACTGCTG TGGAGATGTC ATTTAAAAAG 
GGTGAAAGAA TTACATTGAT TCGGAGAGTT GATGAAAATT GGTATGAAGG CAGGGTATCT 
GGAACAAGCC GTCAGGGTAT ATTCCCAGTC ACATACGTTG AAGTCATCAA AAGACCACGA 
CTGAAGAATT CAGTAGATTA CATGGACCTT CCAGTTTCTT ATTCACCAAA CAGAAGCACG 
AGTGCTTCCC CACAGTTTTC TGGCTATACC AGGCCACGTA CTACTACTCC ACCCACTGCC 
ATACGTAGAG CCTTCTCACC AGAGGTGCAG GCTATCACAT CTGAATGGAT TTCTCTGACA 
ATGGGCGTAT CCCGCAATAA CACTCCCACT GTCACCCCTC CAGTCCCGCC TTTACCTGAA 
GCTATGCTTT GTACCATAGA CTGTATCACC CCATCTGCGG CCGCCAGTCC CACATTATCA 
GTTACACCAT CTGTCAGTCT CCATAATTGC AATGTCTCTG AGAATTCTAC CCCAAACTCT 
GCCATGTCTC CATTGCCTAC ATATCCATCT AGGCCTCAGT CTGCAACGCG AATAAGTTAC 
GTTATTTCTC CCGTTAGTGA AGAAAAGTTG GCAGGATCCA GTTATGGAGG TTCCCCTGTG 
CAGTTTTCAC AGCATGATAG CTTGATTTCA GAACTGTGCG ACGTTTTACG CAACCAATAC 
AAGTTAAGGG GTGATGCTGG CCCTGTAGTC AATGGCGAGC CGAATGATCT AAGGATCCCC 
AGTTATACAA TGACAAAGGC CCCCATCCCA CCGAGCAGAA CCCATGGGGT GACCCCAGCA 
AGTAAAACAA CTTCAGATTC ATATGAGGAG AACCAGTTGT GTAAGGAGCT ACTTAGCATT 
GTAAATAGTG ACCAAGAAGA AATGAAGGGA AATGAGTGCA GTTCCCCCAA GACTGCCGAC 
AGAATATCTG TCTATCCTTA TGTGCTGTCC TCTTGTCCTG TCACATACCA ACCACCTCCC 
AGACTTAAAG GCAGGGTCAT TTTGCCACAG CCTTGCAGAT CTGATGGTGA ACAGACAGGA 
AGGGAGTCCA AAAGTCCTGT AATGATTACA GGCTCCCCGG TTAATACCCT CAACTCAGAT 
TCTGTTGTGC GTCCTCATCA CACACTGAGC ACAGGACCAG AGCTCACAGA GTCTGAAAAG 
AGCTATGTGC AACCGCAAGC GCAACAGAGA AGGGACAGCC TAGAAAGGAG CCAGACGCCA 
CAGGATGCAT ATACCTATCA GGCTTTGTAT AGCTATGCAC CCCAAAATGA GGATGAGTTG 
GAGCTCAGAG AAGGGGACAT TGTTGATGTT ATGGAAAAAT GTGATGATGG CTGGTTTGTA 
GGTACTTCTA GAAGAACCAA ACTCTTTGGT ACTTTTCCAG GCAATTACGT AAAACTAGTA 
TTTTATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966805.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822259.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OXa33130
Clone ID Related Accession (Same CDS sequence)	XM_012966805.2
Accession Version	XM_012966805.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4386bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966805.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGATTCA 
GAATCTCCAA GACACTTTGC CCCTGTTGAA TATATGGATG TACCAGAAGA GCGTCTCCGC 
AAGAGATATG ACAGCAAAGA GAAACTTATA GAGGATCAGA GAAGACTTAA GCGTGAGCAA 
GAAGAAGCTG ATATTGCCGC CAGAAGGCAC AGTGGGATTG TCCCATCACA TCATCAGTTT 
ATTACTAATG AGCGATTTGG GGACCTCCTT AATGTAGGCG ATTCATCAAA AAGGAGATCT 
CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG TATGATTTTA AAGCACAGTC TGGAAAGGAG 
CTACCCCTTC AGAAGGGAGA CTTGGTTTTT ATTTATAGAC AAGTAGATGA GAACTGGTTT 
GAAGGAGAGC ATCATGGCAG AGTCGGGATC TTTCCAATAT CATATATTGA GGTAATCCCA 
GAAACAGAGA AAGCCCAGCC AAGAAAAGCC TCGCCACTAC AGGTTCTGGA ATATGGAGAT 
GCTGTTGCCA AGTTTAACTT TAATGGAGAT ACTGCTGTGG AGATGTCATT TAAAAAGGGT 
GAAAGAATTA CATTGATTCG GAGAGTTGAT GAAAATTGGT ATGAAGGCAG GGTATCTGGA 
ACAAGCCGTC AGGGTATATT CCCAGTCACA TACGTTGAAG TCATCAAAAG ACCACGACTG 
AAGAATTCAG TAGATTACAT GGACCTTCCA GTTTCTTATT CACCAAACAG AAGCACGAGT 
GCTTCCCCAC AGTTTTCTGG CTATACCAGG CCACGTACTA CTACTCCACC CACTGCCATA 
CGTAGAGCCT TCTCACCAGA GGTGCAGGCT ATCACATCTG AATGGATTTC TCTGACAATG 
GGCGTATCCC GCAATAACAC TCCCACTGTC ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT 
ATGCTTTGTA CCATAGACTG TATCACCCCA TCTGCGGCCG CCAGTCCCAC ATTATCAGTT 
ACACCATCTG TCAGTCTCCA TAATTGCAAT GTCTCTGAGA ATTCTACCCC AAACTCTGCC 
ATGTCTCCAT TGCCTACATA TCCATCTAGG CCTCAGTCTG CAACGCGAAT AAGTTACGTT 
ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA GGATCCAGTT ATGGAGGTTC CCCTGTGCAG 
TTTTCACAGC ATGATAGCTT GATTTCAGAA CTGTGCGACG TTTTACGCAA CCAATACAAG 
TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT GGCGAGCCGA ATGATCTAAG GATCCCCAGT 
TATACAATGA CAAAGGCCCC CATCCCACCG AGCAGAACCC ATGGGGTGAC CCCAGCAAGT 
AAAACAACTT CAGATTCATA TGAGGAGAAC CAGTTGTGTA AGGAGCTACT TAGCATTGTA 
AATAGTGACC AAGAAGAAAT GAAGGGAAAT GAGTGCAGTT CCCCCAAGAC TGCCGACAGA 
ATATCTGTCT ATCCTTATGT GCTGTCCTCT TGTCCTGTCA CATACCAACC ACCTCCCAGA 
CTTAAAGGCA GGGTCATTTT GCCACAGCCT TGCAGATCTG ATGGTGAACA GACAGGAAGG 
GAGTCCAAAA GTCCTGTAAT GATTACAGGC TCCCCGGTTA ATACCCTCAA CTCAGATTCT 
GTTGTGCGTC CTCATCACAC ACTGAGCACA GGACCAGAGC TCACAGAGTC TGAAAAGAGC 
TATGTGCAAC CGCAAGCGCA ACAGAGAAGG GACAGCCTAG AAAGGAGCCA GACGCCACAG 
GATGCATATA CCTATCAGGC TTTGTATAGC TATGCACCCC AAAATGAGGA TGAGTTGGAG 
CTCAGAGAAG GGGACATTGT TGATGTTATG GAAAAATGTG ATGATGGCTG GTTTGTAGGT 
ACTTCTAGAA GAACCAAACT CTTTGGTACT TTTCCAGGCA ATTACGTAAA ACTAGTATTT 
TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822259.1
CDS	464..4849
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMDGTSVTAQPEVIIVPLIQVKAEREQEGTSSTPPPPLVPAGKLSASPEPDTSQLAFPTLDDFIPPHLQRGSNHNPSSPTISIQNNQPPLSPPPLLHPPVTEDLRRVSEPEISGVISPTEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966805.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966805.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGATGG CACTTCAGTC ACAGCTCAGC CTGAGGTTAT AATAGTCCCA 
CTCATCCAGG TTAAAGCTGA AAGAGAGCAA GAAGGCACCT CGAGCACTCC ACCGCCACCT 
CTTGTACCTG CTGGCAAACT TTCAGCCTCC CCAGAGCCTG ACACCTCCCA ATTGGCTTTT 
CCTACACTTG ATGATTTTAT CCCCCCTCAT CTGCAAAGGG GATCAAACCA TAACCCGAGC 
TCTCCCACTA TTTCTATACA AAACAATCAG CCACCACTCT CTCCACCACC TTTACTGCAT 
CCTCCAGTAA CGGAGGATTT GCGCAGAGTC TCGGAACCTG AAATCAGTGG AGTCATCTCA 
CCCACAGAAC CTGTGACAGA TGAAGCCATA ACCGCAAGCA TAACCAATGA TAAACTTTCT 
TCATTTGCAC CTATTACAAA ACCCTCTGTG TATCCTTCAA CAACCATTGT AAACCCTACC 
ATTGTACTCC TGCAACATAA CAGAGAACAG CAAAAACGGC TTAGTAATGC ACCAGACCCT 
GTGGTAACTA GATCTGCTGA TGAGAAGCTG GAGTCATTAA CTGCACAAAA CAAGCAATGT 
CAGGATAATA CTCAGAGACT GAAGCCAGCC ATGGATTACA CGAGAAGAGA TGCCCGAAGC 
CCTCAGTTTC CAGAAGACTC AGTAGATGAA GTAGGCATAC CCCTGCGGAA CACAGAAAGG 
TCAAAGGATT GGTACAAGAC AATGTTCAAA CAGATTCACC GGCTAAATAA AGATGATGAG 
TCAGACTCCT ACCCATCCTA TGGGCGCCAT TCATATTTGG AGGATGCCAA ACCACAAGCT 
GGGGTGCCTC GTTCCAAGAG CGAGATGGAT AATATTGATA TTGATCAGAA CATGCGGAGA 
TCGGTCACTC TGCCTTTGCC AGCACGCTCC TCTTCCTTGA AACCAAGCCA TGAAAGGAAT 
GACTGGGATC CCCCAGACAA AAAGGTCGAC ACCAGAAAAT ACCGAGCCGA GCCAAGAAGC 
ATTCATGAGT ATCAGCCTGG GAAATCCTCA GCCCTTGCCA ATGAGAAGAT GAATGCAACT 
GTAAGTCGTC CAGAGGAGAT TCCATCCTAC AGGGGGACAG AGGGCGCTCT GGTGGATCCC 
ACACTCTCTG AAAATGAAAA GCAAATCTAC AAGAATGTTT TAGAAGGTGG TGATATTCCA 
TTTCATGGAC TTAGTGGCCT AAACAGACGC CCCTCTAGCT CAGCATCTAA TAAAGATTCA 
GAATCTCCAA GACACTTTGC CCCTGTTGAA TATATGGATG TACCAGAAGA GCGTCTCCGC 
AAGAGATATG ACAGCAAAGA GAAACTTATA GAGGATCAGA GAAGACTTAA GCGTGAGCAA 
GAAGAAGCTG ATATTGCCGC CAGAAGGCAC AGTGGGATTG TCCCATCACA TCATCAGTTT 
ATTACTAATG AGCGATTTGG GGACCTCCTT AATGTAGGCG ATTCATCAAA AAGGAGATCT 
CGGTCTGAGA TGAAGCAGGC AAGAGCCAAG TATGATTTTA AAGCACAGTC TGGAAAGGAG 
CTACCCCTTC AGAAGGGAGA CTTGGTTTTT ATTTATAGAC AAGTAGATGA GAACTGGTTT 
GAAGGAGAGC ATCATGGCAG AGTCGGGATC TTTCCAATAT CATATATTGA GGTAATCCCA 
GAAACAGAGA AAGCCCAGCC AAGAAAAGCC TCGCCACTAC AGGTTCTGGA ATATGGAGAT 
GCTGTTGCCA AGTTTAACTT TAATGGAGAT ACTGCTGTGG AGATGTCATT TAAAAAGGGT 
GAAAGAATTA CATTGATTCG GAGAGTTGAT GAAAATTGGT ATGAAGGCAG GGTATCTGGA 
ACAAGCCGTC AGGGTATATT CCCAGTCACA TACGTTGAAG TCATCAAAAG ACCACGACTG 
AAGAATTCAG TAGATTACAT GGACCTTCCA GTTTCTTATT CACCAAACAG AAGCACGAGT 
GCTTCCCCAC AGTTTTCTGG CTATACCAGG CCACGTACTA CTACTCCACC CACTGCCATA 
CGTAGAGCCT TCTCACCAGA GGTGCAGGCT ATCACATCTG AATGGATTTC TCTGACAATG 
GGCGTATCCC GCAATAACAC TCCCACTGTC ACCCCTCCAG TCCCGCCTTT ACCTGAAGCT 
ATGCTTTGTA CCATAGACTG TATCACCCCA TCTGCGGCCG CCAGTCCCAC ATTATCAGTT 
ACACCATCTG TCAGTCTCCA TAATTGCAAT GTCTCTGAGA ATTCTACCCC AAACTCTGCC 
ATGTCTCCAT TGCCTACATA TCCATCTAGG CCTCAGTCTG CAACGCGAAT AAGTTACGTT 
ATTTCTCCCG TTAGTGAAGA AAAGTTGGCA GGATCCAGTT ATGGAGGTTC CCCTGTGCAG 
TTTTCACAGC ATGATAGCTT GATTTCAGAA CTGTGCGACG TTTTACGCAA CCAATACAAG 
TTAAGGGGTG ATGCTGGCCC TGTAGTCAAT GGCGAGCCGA ATGATCTAAG GATCCCCAGT 
TATACAATGA CAAAGGCCCC CATCCCACCG AGCAGAACCC ATGGGGTGAC CCCAGCAAGT 
AAAACAACTT CAGATTCATA TGAGGAGAAC CAGTTGTGTA AGGAGCTACT TAGCATTGTA 
AATAGTGACC AAGAAGAAAT GAAGGGAAAT GAGTGCAGTT CCCCCAAGAC TGCCGACAGA 
ATATCTGTCT ATCCTTATGT GCTGTCCTCT TGTCCTGTCA CATACCAACC ACCTCCCAGA 
CTTAAAGGCA GGGTCATTTT GCCACAGCCT TGCAGATCTG ATGGTGAACA GACAGGAAGG 
GAGTCCAAAA GTCCTGTAAT GATTACAGGC TCCCCGGTTA ATACCCTCAA CTCAGATTCT 
GTTGTGCGTC CTCATCACAC ACTGAGCACA GGACCAGAGC TCACAGAGTC TGAAAAGAGC 
TATGTGCAAC CGCAAGCGCA ACAGAGAAGG GACAGCCTAG AAAGGAGCCA GACGCCACAG 
GATGCATATA CCTATCAGGC TTTGTATAGC TATGCACCCC AAAATGAGGA TGAGTTGGAG 
CTCAGAGAAG GGGACATTGT TGATGTTATG GAAAAATGTG ATGATGGCTG GTTTGTAGGT 
ACTTCTAGAA GAACCAAACT CTTTGGTACT TTTCCAGGCA ATTACGTAAA ACTAGTATTT 
TATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

sorbs1 ( XM_012966806.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012822260.1 Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OXa33131
Clone ID Related Accession (Same CDS sequence)	XM_012966806.2
Accession Version	XM_012966806.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4281bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sorbin and SH3 domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012966806.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGAACC TGTGACAGAT GAAGCCATAA CCGCAAGCAT AACCAATGAT 
AAACTTTCTT CATTTGCACC TATTACAAAA CCCTCTGTGT ATCCTTCAAC AACCATTGTA 
AACCCTACCA TTGTACTCCT GCAACATAAC AGAGAACAGC AAAAACGGCT TAGTAATGCA 
CCAGACCCTG TGGTAACTAG ATCTGCTGAT GAGAAGCTGG AGTCATTAAC TGCACAAAAC 
AAGCAATGTC AGGATAATAC TCAGAGACTG AAGCCAGCCA TGGATTACAC GAGAAGAGAT 
GCCCGAAGCC CTCAGTTTCC AGAAGACTCA GTAGATGAAG TAGGCATACC CCTGCGGAAC 
ACAGAAAGGT CAAAGGATTG GTACAAGACA ATGTTCAAAC AGATTCACCG GCTAAATAAA 
GATGATGAGT CAGACTCCTA CCCATCCTAT GGGCGCCATT CATATTTGGA GGATGCCAAA 
CCACAAGCTG GGGTGCCTCG TTCCAAGAGC GAGATGGATA ATATTGATAT TGATCAGAAC 
ATGCGGAGAT CGGTCACTCT GCCTTTGCCA GCACGCTCCT CTTCCTTGAA ACCAAGCCAT 
GAAAGGAATG ACTGGGATCC CCCAGACAAA AAGGTCGACA CCAGAAAATA CCGAGCCGAG 
CCAAGAAGCA TTCATGAGTA TCAGCCTGGG AAATCCTCAG CCCTTGCCAA TGAGAAGATG 
ACTCGGGATA AAAGTCCTGA AGAGATAGAT TTAAAGAATG AACCTTGGTA TAAATTCTTT 
TCGGAGTTGG AGTTTGGGAA ACCGCCTCCC AAAAAGATAT GGGATTATAC ACCGGGGGAT 
TGCTCAATCC TTAAAATAGA GGATAGGAAG ACTGAGCTAG AGAGAGACCT CTATCAGTAC 
GAGACTGAGT TAGATGCAGA TTTAGAGAGA ATGGACAAGT GTTTTAAGGC TCCCGATAAA 
AGGAATGCAA CTGTAAGTCG TCCAGAGGAG ATTCCATCCT ACAGGGGGAC AGAGGGCGCT 
CTGGTGGATC CCACACTCTC TGAAAATGAA AAGCAAATCT ACAAGAATGT TTTAGAAGGT 
GGTGATATTC CATTTCATGG ACTTAGTGGC CTAAACAGAC GCCCCTCTAG CTCAGCATCT 
AATAAAGTAG ATTCAGAATC TCCAAGACAC TTTGCCCCTG TTGAATATAT GGATGTACCA 
GAAGAGCGTC TCCGCAAGAG ATATGACAGC AAAGAGAAAC TTATAGAGGA TCAGAGAAGA 
CTTAAGCGTG AGCAAGAAGA AGCTGATATT GCCGCCAGAA GGCACAGTGG GATTGTCCCA 
TCACATCATC AGTTTATTAC TAATGAGCGA TTTGGGGACC TCCTTAATGT AGGCGATTCA 
TCAAAAAGGA GATCTCGGTC TGAGATGAAG CAGGCAAGAG CCAAGTATGA TTTTAAAGCA 
CAGTCTGGAA AGGAGCTACC CCTTCAGAAG GGAGACTTGG TTTTTATTTA TAGACAAGTA 
GATGAGAACT GGTTTGAAGG AGAGCATCAT GGCAGAGTCG GGATCTTTCC AATATCATAT 
ATTGAGGTAA TCCCAGAAAC AGAGAAAGCC CAGCCAAGAA AAGCCTCGCC ACTACAGGTT 
CTGGAATATG GAGATGCTGT TGCCAAGTTT AACTTTAATG GAGATACTGC TGTGGAGATG 
TCATTTAAAA AGGGTGAAAG AATTACATTG ATTCGGAGAG TTGATGAAAA TTGGTATGAA 
GGCAGGGTAT CTGGAACAAG CCGTCAGGGT ATATTCCCAG TCACATACGT TGAAGTCATC 
AAAAGACCAC GACTGAAGAA TTCAGTAGAT TACATGGACC TTCCAGTTTC TTATTCACCA 
AACAGAAGCA CGAGTGCTTC CCCACAGTTT TCTGGCTATA CCAGGCCACG TACTACTACT 
CCACCCACTG CCATACGTAG AGCCTTCTCA CCAGAGGTGC AGGCTATCAC ATCTGAATGG 
ATTTCTCTGA CAATGGGCGT ATCCCGCAAT AACACTCCCA CTGTCACCCC TCCAGTCCCG 
CCTTTACCTG AAGCTATGCT TTGTACCATA GACTGTATCA CCCCATCTGC GGCCGCCAGT 
CCCACATTAT CAGTTACACC ATCTGTCAGT CTCCATAATT GCAATGTCTC TGAGAATTCT 
ACCCCAAACT CTGCCATGTC TCCATTGCCT ACATATCCAT CTAGGCCTCA GTCTGCAACG 
CGAATAAGTT ACGTTATTTC TCCCGTTAGT GAAGAAAAGT TGGCAGGATC CAGTTATGGA 
GGTTCCCCTG TGCAGTTTTC ACAGCATGAT AGCTTGATTT CAGAACTGTG CGACGTTTTA 
CGCAACCAAT ACAAGTTAAG GGGTGATGCT GGCCCTGTAG TCAATGGCGA GCCGAATGAT 
CTAAGGATCC CCAGTTATAC AATGACAAAG GCCCCCATCC CACCGAGCAG AACCCATGGG 
GTGACCCCAG CAAGTAAAAC AACTTCAGAT TCATATGAGG AGAACCAGTT GTGTAAGGAG 
CTACTTAGCA TTGTAAATAG TGACCAAGAA GAAATGAAGG GAAATGAGTG CAGTTCCCCC 
AAGACTGCCG ACAGAATATC TGTCTATCCT TATGTGCTGT CCTCTTGTCC TGTCACATAC 
CAACCACCTC CCAGACTTAA AGGCAGGGTC ATTTTGCCAC AGCCTTGCAG ATCTGATGGT 
GAACAGACAG GAAGGGAGTC CAAAAGTCCT GTAATGATTA CAGGCTCCCC GGTTAATACC 
CTCAACTCAG ATTCTGTTGT GCGTCCTCAT CACACACTGA GCACAGGACC AGAGCTCACA 
GAGTCTGAAA AGAGCTATGT GCAACCGCAA GCGCAACAGA GAAGGGACAG CCTAGAAAGG 
AGCCAGACGC CACAGGATGC ATATACCTAT CAGGCTTTGT ATAGCTATGC ACCCCAAAAT 
GAGGATGAGT TGGAGCTCAG AGAAGGGGAC ATTGTTGATG TTATGGAAAA ATGTGATGAT 
GGCTGGTTTG TAGGTACTTC TAGAAGAACC AAACTCTTTG GTACTTTTCC AGGCAATTAC 
GTAAAACTAG TATTTTATTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_012822260.1
CDS	464..4744
Translation	MSSENEVSISNNVVNGVTPRCNMPEKADDSPLSVRSVSAVKIIPVKTVKSFPDLVPTADVNPGKLCAGKGAVTLRTSPVQLESQKNTTTLDIELSPYDVPAEDVTDDDRPPSVAESNGDSQHSSLAAKGFRSVRPNLTFDNKSQKTHPPPVPPPPKEESFAWRPNTNTKLSYLKPVPILDCIYLSSPKPYVPYAASCTNAELSHPACTLSGTQGIPGDHTNTPASSIPTEVQHTAFSSLLSDTSPKHCPSEAGNVDRSVAGMNSSHETKKDKKVSSLYVACLSNSTGSAASENPTGVAHDKTESAELEADVTKSPATNIVPSIIDTGKSPPPVPPRPFFDPVPSKDSVSYGDIDTFWSPCPLHQDMGRTELETQHPAGHVKMTAKEPYYSSKPQYPFRPQGYRRMEPVTDEAITASITNDKLSSFAPITKPSVYPSTTIVNPTIVLLQHNREQQKRLSNAPDPVVTRSADEKLESLTAQNKQCQDNTQRLKPAMDYTRRDARSPQFPEDSVDEVGIPLRNTERSKDWYKTMFKQIHRLNKDDESDSYPSYGRHSYLEDAKPQAGVPRSKSEMDNIDIDQNMRRSVTLPLPARSSSLKPSHERNDWDPPDKKVDTRKYRAEPRSIHEYQPGKSSALANEKMTRDKSPEEIDLKNEPWYKFFSELEFGKPPPKKIWDYTPGDCSILKIEDRKTELERDLYQYETELDADLERMDKCFKAPDKRNATVSRPEEIPSYRGTEGALVDPTLSENEKQIYKNVLEGGDIPFHGLSGLNRRPSSSASNKVDSESPRHFAPVEYMDVPEERLRKRYDSKEKLIEDQRRLKREQEEADIAARRHSGIVPSHHQFITNERFGDLLNVGDSSKRRSRSEMKQARAKYDFKAQSGKELPLQKGDLVFIYRQVDENWFEGEHHGRVGIFPISYIEVIPETEKAQPRKASPLQVLEYGDAVAKFNFNGDTAVEMSFKKGERITLIRRVDENWYEGRVSGTSRQGIFPVTYVEVIKRPRLKNSVDYMDLPVSYSPNRSTSASPQFSGYTRPRTTTPPTAIRRAFSPEVQAITSEWISLTMGVSRNNTPTVTPPVPPLPEAMLCTIDCITPSAAASPTLSVTPSVSLHNCNVSENSTPNSAMSPLPTYPSRPQSATRISYVISPVSEEKLAGSSYGGSPVQFSQHDSLISELCDVLRNQYKLRGDAGPVVNGEPNDLRIPSYTMTKAPIPPSRTHGVTPASKTTSDSYEENQLCKELLSIVNSDQEEMKGNECSSPKTADRISVYPYVLSSCPVTYQPPPRLKGRVILPQPCRSDGEQTGRESKSPVMITGSPVNTLNSDSVVRPHHTLSTGPELTESEKSYVQPQAQQRRDSLERSQTPQDAYTYQALYSYAPQNEDELELREGDIVDVMEKCDDGWFVGTSRRTKLFGTFPGNYVKLVFY

Target ORF information:

RefSeq Version	XM_012966806.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sorbin and SH3 domain containing 1 (sorbs1), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_012966806.2

ORF Insert Sequence:

ATGAGTTCTG AGAATGAAGT AAGCATATCA AATAACGTCG TCAATGGAGT GACCCCAAGG 
TGCAACATGC CAGAAAAAGC AGATGATTCT CCCTTAAGTG TACGTTCAGT CTCTGCTGTT 
AAAATCATTC CGGTGAAGAC GGTGAAAAGT TTTCCCGATC TTGTTCCGAC TGCAGATGTG 
AATCCTGGTA AGCTTTGTGC AGGGAAAGGA GCAGTCACTC TGCGGACCTC CCCAGTGCAA 
CTGGAAAGTC AGAAAAATAC TACAACACTG GACATTGAAC TCTCTCCATA TGATGTCCCA 
GCTGAAGATG TGACAGATGA TGACAGGCCT CCATCAGTAG CTGAGTCCAA CGGAGATTCC 
CAGCACTCAT CCTTAGCAGC TAAAGGCTTT CGGAGTGTGC GCCCTAATCT CACTTTTGAC 
AACAAGTCAC AGAAAACTCA TCCGCCCCCA GTCCCACCTC CTCCCAAAGA GGAGAGCTTT 
GCATGGCGAC CAAATACTAA CACTAAACTC TCTTACTTAA AACCTGTGCC AATCTTGGAC 
TGTATTTACC TGAGTTCTCC CAAGCCCTAC GTGCCATATG CTGCATCATG CACAAACGCA 
GAGCTGTCTC ACCCTGCCTG TACTCTAAGT GGAACCCAGG GTATTCCGGG CGATCACACT 
AACACCCCAG CTTCTTCCAT CCCCACTGAA GTGCAGCACA CTGCTTTTAG TTCCTTGTTA 
TCAGACACGT CACCAAAACA CTGCCCCAGT GAGGCTGGCA ATGTGGATAG AAGTGTTGCT 
GGAATGAATT CCAGTCATGA GACTAAAAAA GATAAAAAGG TCAGCAGTCT ATATGTAGCT 
TGTTTATCTA ACAGCACTGG CTCAGCTGCA TCTGAAAATC CCACTGGCGT TGCACATGAT 
AAAACAGAGA GTGCTGAATT GGAAGCTGAT GTAACTAAAT CACCAGCCAC AAACATTGTT 
CCTTCGATAA TAGACACCGG AAAATCCCCT CCTCCTGTCC CTCCCAGGCC ATTCTTTGAC 
CCTGTCCCAA GTAAAGATTC CGTTAGCTAT GGTGACATAG ACACTTTCTG GAGTCCATGT 
CCTCTACATC AAGATATGGG ACGCACAGAG CTAGAAACAC AGCATCCAGC TGGCCATGTG 
AAAATGACTG CAAAGGAGCC CTACTATTCA TCAAAGCCAC AATATCCCTT CCGGCCACAG 
GGATACCGCC GCATGGAACC TGTGACAGAT GAAGCCATAA CCGCAAGCAT AACCAATGAT 
AAACTTTCTT CATTTGCACC TATTACAAAA CCCTCTGTGT ATCCTTCAAC AACCATTGTA 
AACCCTACCA TTGTACTCCT GCAACATAAC AGAGAACAGC AAAAACGGCT TAGTAATGCA 
CCAGACCCTG TGGTAACTAG ATCTGCTGAT GAGAAGCTGG AGTCATTAAC TGCACAAAAC 
AAGCAATGTC AGGATAATAC TCAGAGACTG AAGCCAGCCA TGGATTACAC GAGAAGAGAT 
GCCCGAAGCC CTCAGTTTCC AGAAGACTCA GTAGATGAAG TAGGCATACC CCTGCGGAAC 
ACAGAAAGGT CAAAGGATTG GTACAAGACA ATGTTCAAAC AGATTCACCG GCTAAATAAA 
GATGATGAGT CAGACTCCTA CCCATCCTAT GGGCGCCATT CATATTTGGA GGATGCCAAA 
CCACAAGCTG GGGTGCCTCG TTCCAAGAGC GAGATGGATA ATATTGATAT TGATCAGAAC 
ATGCGGAGAT CGGTCACTCT GCCTTTGCCA GCACGCTCCT CTTCCTTGAA ACCAAGCCAT 
GAAAGGAATG ACTGGGATCC CCCAGACAAA AAGGTCGACA CCAGAAAATA CCGAGCCGAG 
CCAAGAAGCA TTCATGAGTA TCAGCCTGGG AAATCCTCAG CCCTTGCCAA TGAGAAGATG 
ACTCGGGATA AAAGTCCTGA AGAGATAGAT TTAAAGAATG AACCTTGGTA TAAATTCTTT 
TCGGAGTTGG AGTTTGGGAA ACCGCCTCCC AAAAAGATAT GGGATTATAC ACCGGGGGAT 
TGCTCAATCC TTAAAATAGA GGATAGGAAG ACTGAGCTAG AGAGAGACCT CTATCAGTAC 
GAGACTGAGT TAGATGCAGA TTTAGAGAGA ATGGACAAGT GTTTTAAGGC TCCCGATAAA 
AGGAATGCAA CTGTAAGTCG TCCAGAGGAG ATTCCATCCT ACAGGGGGAC AGAGGGCGCT 
CTGGTGGATC CCACACTCTC TGAAAATGAA AAGCAAATCT ACAAGAATGT TTTAGAAGGT 
GGTGATATTC CATTTCATGG ACTTAGTGGC CTAAACAGAC GCCCCTCTAG CTCAGCATCT 
AATAAAGTAG ATTCAGAATC TCCAAGACAC TTTGCCCCTG TTGAATATAT GGATGTACCA 
GAAGAGCGTC TCCGCAAGAG ATATGACAGC AAAGAGAAAC TTATAGAGGA TCAGAGAAGA 
CTTAAGCGTG AGCAAGAAGA AGCTGATATT GCCGCCAGAA GGCACAGTGG GATTGTCCCA 
TCACATCATC AGTTTATTAC TAATGAGCGA TTTGGGGACC TCCTTAATGT AGGCGATTCA 
TCAAAAAGGA GATCTCGGTC TGAGATGAAG CAGGCAAGAG CCAAGTATGA TTTTAAAGCA 
CAGTCTGGAA AGGAGCTACC CCTTCAGAAG GGAGACTTGG TTTTTATTTA TAGACAAGTA 
GATGAGAACT GGTTTGAAGG AGAGCATCAT GGCAGAGTCG GGATCTTTCC AATATCATAT 
ATTGAGGTAA TCCCAGAAAC AGAGAAAGCC CAGCCAAGAA AAGCCTCGCC ACTACAGGTT 
CTGGAATATG GAGATGCTGT TGCCAAGTTT AACTTTAATG GAGATACTGC TGTGGAGATG 
TCATTTAAAA AGGGTGAAAG AATTACATTG ATTCGGAGAG TTGATGAAAA TTGGTATGAA 
GGCAGGGTAT CTGGAACAAG CCGTCAGGGT ATATTCCCAG TCACATACGT TGAAGTCATC 
AAAAGACCAC GACTGAAGAA TTCAGTAGAT TACATGGACC TTCCAGTTTC TTATTCACCA 
AACAGAAGCA CGAGTGCTTC CCCACAGTTT TCTGGCTATA CCAGGCCACG TACTACTACT 
CCACCCACTG CCATACGTAG AGCCTTCTCA CCAGAGGTGC AGGCTATCAC ATCTGAATGG 
ATTTCTCTGA CAATGGGCGT ATCCCGCAAT AACACTCCCA CTGTCACCCC TCCAGTCCCG 
CCTTTACCTG AAGCTATGCT TTGTACCATA GACTGTATCA CCCCATCTGC GGCCGCCAGT 
CCCACATTAT CAGTTACACC ATCTGTCAGT CTCCATAATT GCAATGTCTC TGAGAATTCT 
ACCCCAAACT CTGCCATGTC TCCATTGCCT ACATATCCAT CTAGGCCTCA GTCTGCAACG 
CGAATAAGTT ACGTTATTTC TCCCGTTAGT GAAGAAAAGT TGGCAGGATC CAGTTATGGA 
GGTTCCCCTG TGCAGTTTTC ACAGCATGAT AGCTTGATTT CAGAACTGTG CGACGTTTTA 
CGCAACCAAT ACAAGTTAAG GGGTGATGCT GGCCCTGTAG TCAATGGCGA GCCGAATGAT 
CTAAGGATCC CCAGTTATAC AATGACAAAG GCCCCCATCC CACCGAGCAG AACCCATGGG 
GTGACCCCAG CAAGTAAAAC AACTTCAGAT TCATATGAGG AGAACCAGTT GTGTAAGGAG 
CTACTTAGCA TTGTAAATAG TGACCAAGAA GAAATGAAGG GAAATGAGTG CAGTTCCCCC 
AAGACTGCCG ACAGAATATC TGTCTATCCT TATGTGCTGT CCTCTTGTCC TGTCACATAC 
CAACCACCTC CCAGACTTAA AGGCAGGGTC ATTTTGCCAC AGCCTTGCAG ATCTGATGGT 
GAACAGACAG GAAGGGAGTC CAAAAGTCCT GTAATGATTA CAGGCTCCCC GGTTAATACC 
CTCAACTCAG ATTCTGTTGT GCGTCCTCAT CACACACTGA GCACAGGACC AGAGCTCACA 
GAGTCTGAAA AGAGCTATGT GCAACCGCAA GCGCAACAGA GAAGGGACAG CCTAGAAAGG 
AGCCAGACGC CACAGGATGC ATATACCTAT CAGGCTTTGT ATAGCTATGC ACCCCAAAAT 
GAGGATGAGT TGGAGCTCAG AGAAGGGGAC ATTGTTGATG TTATGGAAAA ATGTGATGAT 
GGCTGGTTTG TAGGTACTTC TAGAAGAACC AAACTCTTTG GTACTTTTCC AGGCAATTAC 
GTAAAACTAG TATTTTATTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

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sorbs1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information: