cttnbp2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	cttnbp2
Entrez Gene ID	100127854
Full Name	cortactin binding protein 2
General protein information	Preferred Names cortactin binding protein 2 Names cortactin-binding protein 2
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002934968.4	XP_002935014.2	cortactin-binding protein 2 isoform X2
XM_004912983.4	XP_004913040.4	cortactin-binding protein 2 isoform X1
XM_002934968.5	XP_002935014.2	cortactin-binding protein 2 isoform X2
XM_004912983.3	XP_004913040.3	cortactin-binding protein 2 isoform X1
XM_031898972.1	XP_031754832.1	cortactin-binding protein 2 isoform X3
XM_018092287.1	XP_017947776.1	cortactin-binding protein 2 isoform X3

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	CTTNBP2	XP_005628860.1
Gallus gallus (chicken)	CTTNBP2	NP_001092009.1
Xenopus tropicalis (tropical clawed frog)	cttnbp2	XP_002935014.2
Homo sapiens (human)	CTTNBP2	NP_219499.1
	CTTNBP2	NP_001162096.1
Mus musculus (house mouse)	Cttnbp2	NP_525024.1
Rattus norvegicus (Norway rat)	Cttnbp2	NP_001107873.1
Pan troglodytes (chimpanzee)	CTTNBP2	XP_519331.2
Bos taurus (cattle)	CTTNBP2	XP_005205505.1
Danio rerio (zebrafish)	cttnbp2	XP_683573.4

Gene Ontology

The following cttnbp2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cttnbp2 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)
OXa54780	XM_031898972.1 Latest version!	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OXa43264	XM_018092287.1 Latest version!	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OXa43263	XM_004912983.3 Latest version!	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OXa54778	XM_004912983.4 Latest version!	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa54779	XM_002934968.5 Latest version!	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa07832	XM_002934968.4 Latest version!	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** 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)

cttnbp2 ( XM_031898972.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754832.1 Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa54780
Clone ID Related Accession (Same CDS sequence)	XM_031898972.1
Accession Version	XM_031898972.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2772bp) 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	cortactin-binding protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGCTGCTTA ATGAAGATGG AATGGATATT AATCATTTAT CTAAAGTTGG TCATTCTGCC 
TTGTATTCTG CTGCTGTAAA TGGACATACA GACTGTGTAA AATTGCTGCT GATGTCAGGA 
GCACAAGTGG ATGCTGCTGT TTCAAATGGC TTTACGGCTT TATGCACAGC AGCTTCTCAG 
GGACACTCAG AGTGTGCAGA GATTTTAATT TCATTCAATG CTGATGTCAA TCATGTTGCT 
GGAGGACAGA CCCCGTTATG TCTTGCTTGT GAAAATGGCA ATTCTGACAT TGTCAGACTT 
TTGCTGGAAG CTGGAGCTGA TCGAACTATT ACACAAAAAA ATGGCTGGAC ACCAGTTCAT 
GTAGCTGTAG ATGCTGGAAA TATTGAATGC CTCAAACTCC TTATGTTCTT TGGAACTACC 
TTTGATGGAG ACCTGCTAAA TTGCAATAGT GACTCTGATG TTGAATTTTA CAACAATAAA 
AATTTAGAGC TCACATCTTG CAGAGCTGAA AGCCCCATTG TTACCTCGGA ACTAATTAAC 
TGTGCGGACA AAGAAGGATG GACTGCTGCA CATATTGCTG CATCAAAAGG CTTTAAGAAA 
TGCCTGGAAA TCTTGTGCTC TCATTGTGGG CTTGATCCAG AGAGAAAGGA TAACTGCCAA 
CGAACAGTAC ATGATGTGGC AACAGATGAT TGCAAACATC TCTTGGAAAA CCTGTATTCT 
CTTAGAATCC CAGTTAGGAT TTTACTTGAT GAAAATGTTC AGCTCTGCTG TAGCCCCAGT 
GAGTGGGAAA GTTGGGACAT ATGCACTATG CACATTCACA AACAGACAAC GTGGGACGAA 
TTTTCATCGT CTGTGATGCG TGCAATCATA ACCCATTTTG GTACAGTTGT TTCTGATGGA 
TGGGGGAGCC AAGAAGACCT AACATTTAAT AACACTGCAG AATTCAGCCT TGGTGCAGTC 
AGTGACCTGT CATTCAGGCT AGGAAATAGT TCCTGGTCAC TTGGTCAGAT GTTTCTTCAG 
TCACCTTGGG ATTTCATCAA GATAAGCAAA GTAGACAAAT TATCTATTTT AATACCTGGC 
CCAAAGGACG GTTACCTTAA CAGTGTGGCA TATGCATCAA TGATTCCTCT ACAGACTTTG 
CAAAACTTCC TGCGCTTGGT TGAACAGTAT CACAATGTGA TCTTTCAAGG CCCGGAAGGA 
AGCTTGCAGG AGTACATAGT ACAGCAGCTG GCATATTACA TAAAGCAAAA AGAAGAGGCT 
TCTGGATTCA GATGTGATAT AGTGAAAGTG GAGGTAGACC CTGAATTAAC CAAAGAACAG 
CTTGTGAGCA TATGCATCAA TTCAGGTTGC TTGATCCCTG TTACTGATCC ACCTCCATCT 
AAAAAGAAAA TCATTATTGT CTTAGAGAAC TTAGAAAATG CTTTGTTATC AGAGCTGCTT 
TGGGATATAA TGGCACCTTT GGAAGATCGC AGCAGTGAAA ATCCATATTA TGTTCAAAGA 
GCAAATGGCT TGTCTGATGC CTACTACTTC CATGAAGGTT GCTTTTTGAT GGGAACTGTT 
GCAAGACCCC GCTTACAAAG TTCTGAGCTT TTGGTTCAGC AGCATTTCCG CTGGGTTCAA 
CTAAGGTGGG ATGGAGAACC TATCCAAAGT GTGCTCCAGA GGTATCTAAA AAGGAAAGCT 
GTCTATCAGT TTAAAGGCCA GATCCCTTCC ACTAGCGATC CAGTTTACAA AGGAATAACC 
TGGGTTTGTA CAGTGTGGCA CCAGCTGAAT TCCTGCTTGT CTCGCTTGGG CACACCAGAA 
GCCCTTATTG GCCCACAGCT GTTTTTCTCT TGTCCCGTAG TTCCAGGAAA TGAGCATATA 
ATTGTAAAAT GGATGGCTAA ATTGTGGAAT GCAGTTATTG TTCCCAAGGT TCAAGAAGCC 
ATATTATCGA TAGCCTCAGT GAGGACACCT TCCACAAATA TCACAGCGGC TAAATCTCCA 
AGTCAAGGTC AACAGGCAGT GGTTAAAGCG GCTCTGAGTA TTCTTTTGAA TAAGGCCATT 
TTACATGGTT GTCATCTTCC AAGAAATGAT CTTGATCAGT ATATAGCTGA TTTTAAAGGA 
GGCAGCTTTT CTTTATCGAT GAGTTCCACC TACCAATCAG GAAGAAAAAG AGGAGAAAAT 
GGAGCCTGGA GAAAAGTCAG TACAAGTCCT CGCAAGAAAT CCAGTCGTGT CTCTACAATG 
TGGAACAAAC AGGAGGGGAA AGAAGTGGAA CTGCCCAAGA ATGACGTGAA GCAAAGAAGC 
ATTGTGTCAC TGGCCAAGAG GAAGCCCTTG GAAGAGAACC GTCCCACACT GTGTAATCTG 
GACCAAAGAT ATTTAAATGG CTCAGATGAT GAGGTTGATC TTGTAAAAGA ACTGAGGACT 
TTGTGTTCCA GTAAGTCAGA ACCAGACATC AGCAAGATTA CGGAATTCGA TAATTGTCTA 
GTCATATTTA AAAGTCCTAC AAATGACCAG AAGCCAGCAA CTATAACTGA GCAGCCTTTC 
CAAAAACAAA AAACAGACAT GGCCTGTCCT CTAAGCAGCA GAAAGAATTT AGAATCCAGC 
ATTCAGAAAC CAAAAGCGGA ACCTGGGAAA GCCAAGTCCT CGCTCCCTGT ACCTCGAAAC 
AAAGTTACCG CATGTGTTCC AGCCAACAGA AGGAGCAGCA GCAATACAAG GCAAAAAGAG 
ATCAATCATG ACTCACACAA CGAGATTTGG AACTTGCACA AAAATATTGA GATTAATAAT 
GCAAACAAAT GA

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

RefSeq	XP_031754832.1
CDS	1986..4757
Translation	MLLNEDGMDINHLSKVGHSALYSAAVNGHTDCVKLLLMSGAQVDAAVSNGFTALCTAASQGHSECAEILISFNADVNHVAGGQTPLCLACENGNSDIVRLLLEAGADRTITQKNGWTPVHVAVDAGNIECLKLLMFFGTTFDGDLLNCNSDSDVEFYNNKNLELTSCRAESPIVTSELINCADKEGWTAAHIAASKGFKKCLEILCSHCGLDPERKDNCQRTVHDVATDDCKHLLENLYSLRIPVRILLDENVQLCCSPSEWESWDICTMHIHKQTTWDEFSSSVMRAIITHFGTVVSDGWGSQEDLTFNNTAEFSLGAVSDLSFRLGNSSWSLGQMFLQSPWDFIKISKVDKLSILIPGPKDGYLNSVAYASMIPLQTLQNFLRLVEQYHNVIFQGPEGSLQEYIVQQLAYYIKQKEEASGFRCDIVKVEVDPELTKEQLVSICINSGCLIPVTDPPPSKKKIIIVLENLENALLSELLWDIMAPLEDRSSENPYYVQRANGLSDAYYFHEGCFLMGTVARPRLQSSELLVQQHFRWVQLRWDGEPIQSVLQRYLKRKAVYQFKGQIPSTSDPVYKGITWVCTVWHQLNSCLSRLGTPEALIGPQLFFSCPVVPGNEHIIVKWMAKLWNAVIVPKVQEAILSIASVRTPSTNITAAKSPSQGQQAVVKAALSILLNKAILHGCHLPRNDLDQYIADFKGGSFSLSMSSTYQSGRKRGENGAWRKVSTSPRKKSSRVSTMWNKQEGKEVELPKNDVKQRSIVSLAKRKPLEENRPTLCNLDQRYLNGSDDEVDLVKELRTLCSSKSEPDISKITEFDNCLVIFKSPTNDQKPATITEQPFQKQKTDMACPLSSRKNLESSIQKPKAEPGKAKSSLPVPRNKVTACVPANRRSSSNTRQKEINHDSHNEIWNLHKNIEINNANK

Target ORF information:

RefSeq Version	XM_031898972.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X3, mRNA.

Target ORF information:

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

XM_031898972.1

ORF Insert Sequence:

ATGCTGCTTA ATGAAGATGG AATGGATATT AATCATTTAT CTAAAGTTGG TCATTCTGCC 
TTGTATTCTG CTGCTGTAAA TGGACATACA GACTGTGTAA AATTGCTGCT GATGTCAGGA 
GCACAAGTGG ATGCTGCTGT TTCAAATGGC TTTACGGCTT TATGCACAGC AGCTTCTCAG 
GGACACTCAG AGTGTGCAGA GATTTTAATT TCATTCAATG CTGATGTCAA TCATGTTGCT 
GGAGGACAGA CCCCGTTATG TCTTGCTTGT GAAAATGGCA ATTCTGACAT TGTCAGACTT 
TTGCTGGAAG CTGGAGCTGA TCGAACTATT ACACAAAAAA ATGGCTGGAC ACCAGTTCAT 
GTAGCTGTAG ATGCTGGAAA TATTGAATGC CTCAAACTCC TTATGTTCTT TGGAACTACC 
TTTGATGGAG ACCTGCTAAA TTGCAATAGT GACTCTGATG TTGAATTTTA CAACAATAAA 
AATTTAGAGC TCACATCTTG CAGAGCTGAA AGCCCCATTG TTACCTCGGA ACTAATTAAC 
TGTGCGGACA AAGAAGGATG GACTGCTGCA CATATTGCTG CATCAAAAGG CTTTAAGAAA 
TGCCTGGAAA TCTTGTGCTC TCATTGTGGG CTTGATCCAG AGAGAAAGGA TAACTGCCAA 
CGAACAGTAC ATGATGTGGC AACAGATGAT TGCAAACATC TCTTGGAAAA CCTGTATTCT 
CTTAGAATCC CAGTTAGGAT TTTACTTGAT GAAAATGTTC AGCTCTGCTG TAGCCCCAGT 
GAGTGGGAAA GTTGGGACAT ATGCACTATG CACATTCACA AACAGACAAC GTGGGACGAA 
TTTTCATCGT CTGTGATGCG TGCAATCATA ACCCATTTTG GTACAGTTGT TTCTGATGGA 
TGGGGGAGCC AAGAAGACCT AACATTTAAT AACACTGCAG AATTCAGCCT TGGTGCAGTC 
AGTGACCTGT CATTCAGGCT AGGAAATAGT TCCTGGTCAC TTGGTCAGAT GTTTCTTCAG 
TCACCTTGGG ATTTCATCAA GATAAGCAAA GTAGACAAAT TATCTATTTT AATACCTGGC 
CCAAAGGACG GTTACCTTAA CAGTGTGGCA TATGCATCAA TGATTCCTCT ACAGACTTTG 
CAAAACTTCC TGCGCTTGGT TGAACAGTAT CACAATGTGA TCTTTCAAGG CCCGGAAGGA 
AGCTTGCAGG AGTACATAGT ACAGCAGCTG GCATATTACA TAAAGCAAAA AGAAGAGGCT 
TCTGGATTCA GATGTGATAT AGTGAAAGTG GAGGTAGACC CTGAATTAAC CAAAGAACAG 
CTTGTGAGCA TATGCATCAA TTCAGGTTGC TTGATCCCTG TTACTGATCC ACCTCCATCT 
AAAAAGAAAA TCATTATTGT CTTAGAGAAC TTAGAAAATG CTTTGTTATC AGAGCTGCTT 
TGGGATATAA TGGCACCTTT GGAAGATCGC AGCAGTGAAA ATCCATATTA TGTTCAAAGA 
GCAAATGGCT TGTCTGATGC CTACTACTTC CATGAAGGTT GCTTTTTGAT GGGAACTGTT 
GCAAGACCCC GCTTACAAAG TTCTGAGCTT TTGGTTCAGC AGCATTTCCG CTGGGTTCAA 
CTAAGGTGGG ATGGAGAACC TATCCAAAGT GTGCTCCAGA GGTATCTAAA AAGGAAAGCT 
GTCTATCAGT TTAAAGGCCA GATCCCTTCC ACTAGCGATC CAGTTTACAA AGGAATAACC 
TGGGTTTGTA CAGTGTGGCA CCAGCTGAAT TCCTGCTTGT CTCGCTTGGG CACACCAGAA 
GCCCTTATTG GCCCACAGCT GTTTTTCTCT TGTCCCGTAG TTCCAGGAAA TGAGCATATA 
ATTGTAAAAT GGATGGCTAA ATTGTGGAAT GCAGTTATTG TTCCCAAGGT TCAAGAAGCC 
ATATTATCGA TAGCCTCAGT GAGGACACCT TCCACAAATA TCACAGCGGC TAAATCTCCA 
AGTCAAGGTC AACAGGCAGT GGTTAAAGCG GCTCTGAGTA TTCTTTTGAA TAAGGCCATT 
TTACATGGTT GTCATCTTCC AAGAAATGAT CTTGATCAGT ATATAGCTGA TTTTAAAGGA 
GGCAGCTTTT CTTTATCGAT GAGTTCCACC TACCAATCAG GAAGAAAAAG AGGAGAAAAT 
GGAGCCTGGA GAAAAGTCAG TACAAGTCCT CGCAAGAAAT CCAGTCGTGT CTCTACAATG 
TGGAACAAAC AGGAGGGGAA AGAAGTGGAA CTGCCCAAGA ATGACGTGAA GCAAAGAAGC 
ATTGTGTCAC TGGCCAAGAG GAAGCCCTTG GAAGAGAACC GTCCCACACT GTGTAATCTG 
GACCAAAGAT ATTTAAATGG CTCAGATGAT GAGGTTGATC TTGTAAAAGA ACTGAGGACT 
TTGTGTTCCA GTAAGTCAGA ACCAGACATC AGCAAGATTA CGGAATTCGA TAATTGTCTA 
GTCATATTTA AAAGTCCTAC AAATGACCAG AAGCCAGCAA CTATAACTGA GCAGCCTTTC 
CAAAAACAAA AAACAGACAT GGCCTGTCCT CTAAGCAGCA GAAAGAATTT AGAATCCAGC 
ATTCAGAAAC CAAAAGCGGA ACCTGGGAAA GCCAAGTCCT CGCTCCCTGT ACCTCGAAAC 
AAAGTTACCG CATGTGTTCC AGCCAACAGA AGGAGCAGCA GCAATACAAG GCAAAAAGAG 
ATCAATCATG ACTCACACAA CGAGATTTGG AACTTGCACA AAAATATTGA GATTAATAAT 
GCAAACAAAT GA

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

cttnbp2 ( XM_018092287.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017947776.1 Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa43264
Clone ID Related Accession (Same CDS sequence)	XM_018092287.1
Accession Version	XM_018092287.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4050bp) 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	cortactin-binding protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) 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 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##

ATGTTGAGGG TCACTTGTGC TTGGCAGTCA GGAAGCCTAA AGCAGGAATG TGCAGGTAAA 
TCCAGAGTTA ACTCTAGGCA GGCCTCGGTA GGAGGAGTAA GTGTGCCTCA GACGGGCAGG 
CAGAGGGTTA AGTGTGGGCT TACTGGTGGG GGTTGTCCTC TCGTATCTTT TCTTGCCTGG 
CTCTTCTTAC ATGCAGTCCT CAGCAGCTGG AAGATGGCGA CGGTGGAGAG GATCAAGGAA 
GAGCAGGCTG AGCCTTTCTG CACTGCCCAA GGGGACACGG ATAACAAGAA AGACTTTAAT 
GTGGAAAATC TGAGCAAGCC AGAATTACGT TTCCTTTTAA GTATTCTAGA AGGAGAATTG 
GAAGCAAGAG ACCTTGTTAT TGAAGCCTTG AGGGCACGAA GAAAAGAAGT TTTTGTACAA 
GAAAGATATG GGAGATTTAA TCTTGGTGAT CCCTTCTTGG CTCTACAAAG AGACTTTGAA 
ACAGGCCTGG TTGTTAAAGA AAAGAAGCCA ATCTGTAGCA ATCCACTCAC TATTTTGGAG 
GCTGTTATGT CTCACTGCAG GAAAATGCAA GAAAGAATGT CGGCACAACT GGCTGCAGCA 
GAGAGAAGGC AAAAGAAGCT GGAGTCGGAA AATACTCGTC TACAAAACAT AGAGCAAGAG 
CACAAGAAGC TAATGCTTCG TCTTGAAGAA GAACGAGCTA AAAATAAGCA TGTAGTTCTT 
ATCCTTGTTA AGGAATGCAA GCTTTTGTCT GGAAAAATAA TAGAAGAATC TCAAAAGCTT 
GAAGATGTAA CATCAAAACT AGAAGCAGAA AAGAAAAAGG GTGCTGAACT AGAAGAAGCT 
TTGGCTGCAG AAAAACAGCT TCGATCACAA ATGGAAGCGC AGATGGAGGA TCAGATTAAA 
AAACAGATTT CAGAGTTTGA CACAGAAAGA GAACAACTTA ATGCCAAGCT TTGTCAAGAG 
GAAGCACGTA CCAAAGAGTT ACAAGATGAA ATAGATAAAA TGAAAAAAAT TATTGAACAA 
TTAAAATTGT CAAAAGATGA TAATAAAGCA AACCAAGCCC TTCTTCGGAA AAACAAAGAC 
AAGCACACCA TTCCTGCAGG AGCAGGTTCA CGGTCTGTTT CTTGCCAGGC AAATATTTTA 
CATGTAGACA CTAACTCTGA AAATCTAAAA AAGTCTCCTT TGACCACACC AGCCAGACCA 
TCCATAGTAA ATCATGTTGT AGCTGGTAAC ACAAAAATAA ATTCTTGCAC AAATTCAGCA 
TTCTTAAAGC CAGGTTCAGA TAAGCAAACT CCCCTTAATG ATTCATTGAT TAGTCTTCCT 
TCAAACCATG GAGTAAATGT AAGGACAGAA GAGAATGGGT CATCCCAAGA TCCAACAAGC 
AGTACTTCTC TTTATCCAAA TAATTCATTT TGCACCTCTC CAGCTTCTCC AAGTTATTTG 
TCTCAGTCTA TGCAGAGTTT ACATTCGCAA TGTACCAGCA CTACCATAAA TTCAGGTCTT 
AGTCCTCGAA TTCAGGCTGC AAAATTTAAG TTCCAGGCCA ATGCTAATGA ACATGATCAA 
AATGGAAACA CAACTCAGCC TCGGGAATTA TCACCGAACA GCCGTGAAAA TATAGCTGCA 
AAGCAAATGG CAAGAAATAC TGTAACCCAA GTCCTTTCCA GATTTACAGG TCCTCAGGGA 
AACACACAAT TGAGACCTGG GTTTGCACAT CCAATGGAAA CTGGTACTTA TCCTCCAGTG 
GCTGGACGAG CAGGCCACCC TTCTCTTGCA CTGAAATCTA CTTCAGTGTC AAGAGTGGAC 
AGAGGGAACC CTCCACCCAT TCCTCCAAAA AAGCCAGGAT TGTCCCAAAC TCCAGCTACT 
CCTCACCCTC AGCTAAAGGC ACCCCCAAAT GTAGTAGGAA AAAGTGAGAG CAAGCCCATA 
ACATCTGTTC CCTCCTGTTC AGCACATGGA ATCAGGGTTT TAAATGAGGA AGGTGTATCT 
AAATCTTCCT CACCTCAGCT GCCACCAAAA CCAACTATAG ATATACCTGT GGCATCTGCA 
GGCTGTGTCA TACCAGCCAT AGGCACATCA CAGGTGGGTG CTTGGCCTTC CCAGTCCCAT 
GGATGGAAAC AACCTGCATG TTCAGATCGT TCCCTTGTCA TTCCCACAAC CATTGCCTAT 
AATTCCTTCA TAAACCCTGT TAGTGCTTCA TCCTGTAAAC CATGTGATTC TGACAGCCTC 
CTGGTAACAG CATCAGGCTG GTCTCCCTCC CTAACTCCTT TGCTTACAAG TGGTAGTCCT 
GTTCCCCTGG GAGACAGGTC GACCCTTCTT CACCAAGCTG CTGCCCAGGG AAATGTCACT 
TTATTGTCAA TGCTGCTTAA TGAAGATGGA ATGGATATTA ATCATTTATC TAAAGTTGGT 
CATTCTGCCT TGTATTCTGC TGCTGTAAAT GGACATACAG ACTGTGTAAA ATTGCTGCTG 
ATGTCAGGAG CACAAGTGGA TGCTGCTGTT TCAAATGGCT TTACGGCTTT ATGCACAGCA 
GCTTCTCAGG GACACTCAGA GTGTGCAGAG ATTTTAATTT CATTCAATGC TGATGTCAAT 
CATGTTGCTG GAGGACAGAC CCCGTTATGT CTTGCTTGTG AAAATGGCAA TTCTGACATT 
GTCAGACTTT TGCTGGAAGC TGGAGCTGAT CGAACTATTA CACAAAAAAA TGGCTGGACA 
CCAGTTCATG TAGCTGTAGA TGCTGGAAAT ATTGAATGCC TCAAACTCCT TATGTTCTTT 
GGAACTACCT TTGATGGAGA CCTGCTAAAT TGCAATAGTG ACTCTGATGT TGAATTTTAC 
AACAATAAAA ATTTAGAGCT CACATCTTGC AGAGCTGAAA GCCCCATTGT TACCTCGGAA 
CTAATTAACT GTGCGGACAA AGAAGGATGG ACTGCTGCAC ATATTGCTGC ATCAAAAGGC 
TTTAAGAAAT GCCTGGAAAT CTTGTGCTCT CATTGTGGGC TTGATCCAGA GAGAAAGGAT 
AACTGCCAAC GAACAGTACA TGATGTGGCA ACAGATGATT GCAAACATCT CTTGGAAAAC 
CTGTATTCTC TTAGAATCCC AGTTAGGATT TTACTTGATG AAAATGTTCA GCTCTGCTGT 
AGCCCCAGTG AGTGGGAAAG TTGGGACATA TGCACTATGC ACATTCACAA ACAGACAACG 
TGGGACGAAT TTTCATCGTC TGTGATGCGT GCAATCATAA CCCATTTTGG TACAGTTGTT 
TCTGATGGAT GGGGGAGCCA AGAAGACCTA ACATTTAATA ACACTGCAGA ATTCAGCCTT 
GGTGCAGTCA GTGACCTGTC ATTCAGGCTA GGAAATAGTT CCTGGTCACT TGGTCAGATG 
TTTCTTCAGT CACCTTGGGA TTTCATCAAG ATAAGCAAAG TAGACAAATT ATCTATTTTA 
ATACCTGGCC CAAAGGACGG TTACCTTAAC AGTGTGGCAT ATGCATCAAT GATTCCTCTA 
CAGACTTTGC AAAACTTCCT GCGCTTGGTT GAACAGTATC ACAATGTGAT CTTTCAAGGC 
CCGGAAGGAA GCTTGCAGGA GTACATAGTA CAGCAGCTGG CATATTACAT AAAGCAAAAA 
GAAGAGGCTT CTGGATTCAG ATGTGATATA GTGAAAGTGG AGGTAGACCC TGAATTAACC 
AAAGAACAGC TTGTGAGCAT ATGCATCAAT TCAGGTTGCT TGATCCCTGT TACTGATCCA 
CCTCCATCTA AAAAGAAAAT CATTATTGTC TTAGAGAACT TAGAAAATGC TTTGTTATCA 
GAGCTGCTTT GGGATATAAT GGCACCTTTG GAAGATCGCA GCAGTGAAAA TCCATATTAT 
GTTCAAAGAG CAAATGGCTT GTCTGATGCC TACTACTTCC ATGAAGGTTG CTTTTTGATG 
GGAACTGTTG CAAGACCCCG CTTACAAAGT TCTGAGCTTT TGGTTCAGCA GCATTTCCGC 
TGGGTTCAAC TAAGGTGGGA TGGAGAACCT ATCCAAAGTG TGCTCCAGAG GTATCTAAAA 
AGGAAAGCTG TCTATCAGAT GGATGGCTAA

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

RefSeq	XP_017947776.1
CDS	85..4134
Translation	MLRVTCAWQSGSLKQECAGKSRVNSRQASVGGVSVPQTGRQRVKCGLTGGGCPLVSFLAWLFLHAVLSSWKMATVERIKEEQAEPFCTAQGDTDNKKDFNVENLSKPELRFLLSILEGELEARDLVIEALRARRKEVFVQERYGRFNLGDPFLALQRDFETGLVVKEKKPICSNPLTILEAVMSHCRKMQERMSAQLAAAERRQKKLESENTRLQNIEQEHKKLMLRLEEERAKNKHVVLILVKECKLLSGKIIEESQKLEDVTSKLEAEKKKGAELEEALAAEKQLRSQMEAQMEDQIKKQISEFDTEREQLNAKLCQEEARTKELQDEIDKMKKIIEQLKLSKDDNKANQALLRKNKDKHTIPAGAGSRSVSCQANILHVDTNSENLKKSPLTTPARPSIVNHVVAGNTKINSCTNSAFLKPGSDKQTPLNDSLISLPSNHGVNVRTEENGSSQDPTSSTSLYPNNSFCTSPASPSYLSQSMQSLHSQCTSTTINSGLSPRIQAAKFKFQANANEHDQNGNTTQPRELSPNSRENIAAKQMARNTVTQVLSRFTGPQGNTQLRPGFAHPMETGTYPPVAGRAGHPSLALKSTSVSRVDRGNPPPIPPKKPGLSQTPATPHPQLKAPPNVVGKSESKPITSVPSCSAHGIRVLNEEGVSKSSSPQLPPKPTIDIPVASAGCVIPAIGTSQVGAWPSQSHGWKQPACSDRSLVIPTTIAYNSFINPVSASSCKPCDSDSLLVTASGWSPSLTPLLTSGSPVPLGDRSTLLHQAAAQGNVTLLSMLLNEDGMDINHLSKVGHSALYSAAVNGHTDCVKLLLMSGAQVDAAVSNGFTALCTAASQGHSECAEILISFNADVNHVAGGQTPLCLACENGNSDIVRLLLEAGADRTITQKNGWTPVHVAVDAGNIECLKLLMFFGTTFDGDLLNCNSDSDVEFYNNKNLELTSCRAESPIVTSELINCADKEGWTAAHIAASKGFKKCLEILCSHCGLDPERKDNCQRTVHDVATDDCKHLLENLYSLRIPVRILLDENVQLCCSPSEWESWDICTMHIHKQTTWDEFSSSVMRAIITHFGTVVSDGWGSQEDLTFNNTAEFSLGAVSDLSFRLGNSSWSLGQMFLQSPWDFIKISKVDKLSILIPGPKDGYLNSVAYASMIPLQTLQNFLRLVEQYHNVIFQGPEGSLQEYIVQQLAYYIKQKEEASGFRCDIVKVEVDPELTKEQLVSICINSGCLIPVTDPPPSKKKIIIVLENLENALLSELLWDIMAPLEDRSSENPYYVQRANGLSDAYYFHEGCFLMGTVARPRLQSSELLVQQHFRWVQLRWDGEPIQSVLQRYLKRKAVYQMDG

Target ORF information:

RefSeq Version	XM_018092287.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X3, mRNA.

Target ORF information:

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

XM_018092287.1

ORF Insert Sequence:

ATGTTGAGGG TCACTTGTGC TTGGCAGTCA GGAAGCCTAA AGCAGGAATG TGCAGGTAAA 
TCCAGAGTTA ACTCTAGGCA GGCCTCGGTA GGAGGAGTAA GTGTGCCTCA GACGGGCAGG 
CAGAGGGTTA AGTGTGGGCT TACTGGTGGG GGTTGTCCTC TCGTATCTTT TCTTGCCTGG 
CTCTTCTTAC ATGCAGTCCT CAGCAGCTGG AAGATGGCGA CGGTGGAGAG GATCAAGGAA 
GAGCAGGCTG AGCCTTTCTG CACTGCCCAA GGGGACACGG ATAACAAGAA AGACTTTAAT 
GTGGAAAATC TGAGCAAGCC AGAATTACGT TTCCTTTTAA GTATTCTAGA AGGAGAATTG 
GAAGCAAGAG ACCTTGTTAT TGAAGCCTTG AGGGCACGAA GAAAAGAAGT TTTTGTACAA 
GAAAGATATG GGAGATTTAA TCTTGGTGAT CCCTTCTTGG CTCTACAAAG AGACTTTGAA 
ACAGGCCTGG TTGTTAAAGA AAAGAAGCCA ATCTGTAGCA ATCCACTCAC TATTTTGGAG 
GCTGTTATGT CTCACTGCAG GAAAATGCAA GAAAGAATGT CGGCACAACT GGCTGCAGCA 
GAGAGAAGGC AAAAGAAGCT GGAGTCGGAA AATACTCGTC TACAAAACAT AGAGCAAGAG 
CACAAGAAGC TAATGCTTCG TCTTGAAGAA GAACGAGCTA AAAATAAGCA TGTAGTTCTT 
ATCCTTGTTA AGGAATGCAA GCTTTTGTCT GGAAAAATAA TAGAAGAATC TCAAAAGCTT 
GAAGATGTAA CATCAAAACT AGAAGCAGAA AAGAAAAAGG GTGCTGAACT AGAAGAAGCT 
TTGGCTGCAG AAAAACAGCT TCGATCACAA ATGGAAGCGC AGATGGAGGA TCAGATTAAA 
AAACAGATTT CAGAGTTTGA CACAGAAAGA GAACAACTTA ATGCCAAGCT TTGTCAAGAG 
GAAGCACGTA CCAAAGAGTT ACAAGATGAA ATAGATAAAA TGAAAAAAAT TATTGAACAA 
TTAAAATTGT CAAAAGATGA TAATAAAGCA AACCAAGCCC TTCTTCGGAA AAACAAAGAC 
AAGCACACCA TTCCTGCAGG AGCAGGTTCA CGGTCTGTTT CTTGCCAGGC AAATATTTTA 
CATGTAGACA CTAACTCTGA AAATCTAAAA AAGTCTCCTT TGACCACACC AGCCAGACCA 
TCCATAGTAA ATCATGTTGT AGCTGGTAAC ACAAAAATAA ATTCTTGCAC AAATTCAGCA 
TTCTTAAAGC CAGGTTCAGA TAAGCAAACT CCCCTTAATG ATTCATTGAT TAGTCTTCCT 
TCAAACCATG GAGTAAATGT AAGGACAGAA GAGAATGGGT CATCCCAAGA TCCAACAAGC 
AGTACTTCTC TTTATCCAAA TAATTCATTT TGCACCTCTC CAGCTTCTCC AAGTTATTTG 
TCTCAGTCTA TGCAGAGTTT ACATTCGCAA TGTACCAGCA CTACCATAAA TTCAGGTCTT 
AGTCCTCGAA TTCAGGCTGC AAAATTTAAG TTCCAGGCCA ATGCTAATGA ACATGATCAA 
AATGGAAACA CAACTCAGCC TCGGGAATTA TCACCGAACA GCCGTGAAAA TATAGCTGCA 
AAGCAAATGG CAAGAAATAC TGTAACCCAA GTCCTTTCCA GATTTACAGG TCCTCAGGGA 
AACACACAAT TGAGACCTGG GTTTGCACAT CCAATGGAAA CTGGTACTTA TCCTCCAGTG 
GCTGGACGAG CAGGCCACCC TTCTCTTGCA CTGAAATCTA CTTCAGTGTC AAGAGTGGAC 
AGAGGGAACC CTCCACCCAT TCCTCCAAAA AAGCCAGGAT TGTCCCAAAC TCCAGCTACT 
CCTCACCCTC AGCTAAAGGC ACCCCCAAAT GTAGTAGGAA AAAGTGAGAG CAAGCCCATA 
ACATCTGTTC CCTCCTGTTC AGCACATGGA ATCAGGGTTT TAAATGAGGA AGGTGTATCT 
AAATCTTCCT CACCTCAGCT GCCACCAAAA CCAACTATAG ATATACCTGT GGCATCTGCA 
GGCTGTGTCA TACCAGCCAT AGGCACATCA CAGGTGGGTG CTTGGCCTTC CCAGTCCCAT 
GGATGGAAAC AACCTGCATG TTCAGATCGT TCCCTTGTCA TTCCCACAAC CATTGCCTAT 
AATTCCTTCA TAAACCCTGT TAGTGCTTCA TCCTGTAAAC CATGTGATTC TGACAGCCTC 
CTGGTAACAG CATCAGGCTG GTCTCCCTCC CTAACTCCTT TGCTTACAAG TGGTAGTCCT 
GTTCCCCTGG GAGACAGGTC GACCCTTCTT CACCAAGCTG CTGCCCAGGG AAATGTCACT 
TTATTGTCAA TGCTGCTTAA TGAAGATGGA ATGGATATTA ATCATTTATC TAAAGTTGGT 
CATTCTGCCT TGTATTCTGC TGCTGTAAAT GGACATACAG ACTGTGTAAA ATTGCTGCTG 
ATGTCAGGAG CACAAGTGGA TGCTGCTGTT TCAAATGGCT TTACGGCTTT ATGCACAGCA 
GCTTCTCAGG GACACTCAGA GTGTGCAGAG ATTTTAATTT CATTCAATGC TGATGTCAAT 
CATGTTGCTG GAGGACAGAC CCCGTTATGT CTTGCTTGTG AAAATGGCAA TTCTGACATT 
GTCAGACTTT TGCTGGAAGC TGGAGCTGAT CGAACTATTA CACAAAAAAA TGGCTGGACA 
CCAGTTCATG TAGCTGTAGA TGCTGGAAAT ATTGAATGCC TCAAACTCCT TATGTTCTTT 
GGAACTACCT TTGATGGAGA CCTGCTAAAT TGCAATAGTG ACTCTGATGT TGAATTTTAC 
AACAATAAAA ATTTAGAGCT CACATCTTGC AGAGCTGAAA GCCCCATTGT TACCTCGGAA 
CTAATTAACT GTGCGGACAA AGAAGGATGG ACTGCTGCAC ATATTGCTGC ATCAAAAGGC 
TTTAAGAAAT GCCTGGAAAT CTTGTGCTCT CATTGTGGGC TTGATCCAGA GAGAAAGGAT 
AACTGCCAAC GAACAGTACA TGATGTGGCA ACAGATGATT GCAAACATCT CTTGGAAAAC 
CTGTATTCTC TTAGAATCCC AGTTAGGATT TTACTTGATG AAAATGTTCA GCTCTGCTGT 
AGCCCCAGTG AGTGGGAAAG TTGGGACATA TGCACTATGC ACATTCACAA ACAGACAACG 
TGGGACGAAT TTTCATCGTC TGTGATGCGT GCAATCATAA CCCATTTTGG TACAGTTGTT 
TCTGATGGAT GGGGGAGCCA AGAAGACCTA ACATTTAATA ACACTGCAGA ATTCAGCCTT 
GGTGCAGTCA GTGACCTGTC ATTCAGGCTA GGAAATAGTT CCTGGTCACT TGGTCAGATG 
TTTCTTCAGT CACCTTGGGA TTTCATCAAG ATAAGCAAAG TAGACAAATT ATCTATTTTA 
ATACCTGGCC CAAAGGACGG TTACCTTAAC AGTGTGGCAT ATGCATCAAT GATTCCTCTA 
CAGACTTTGC AAAACTTCCT GCGCTTGGTT GAACAGTATC ACAATGTGAT CTTTCAAGGC 
CCGGAAGGAA GCTTGCAGGA GTACATAGTA CAGCAGCTGG CATATTACAT AAAGCAAAAA 
GAAGAGGCTT CTGGATTCAG ATGTGATATA GTGAAAGTGG AGGTAGACCC TGAATTAACC 
AAAGAACAGC TTGTGAGCAT ATGCATCAAT TCAGGTTGCT TGATCCCTGT TACTGATCCA 
CCTCCATCTA AAAAGAAAAT CATTATTGTC TTAGAGAACT TAGAAAATGC TTTGTTATCA 
GAGCTGCTTT GGGATATAAT GGCACCTTTG GAAGATCGCA GCAGTGAAAA TCCATATTAT 
GTTCAAAGAG CAAATGGCTT GTCTGATGCC TACTACTTCC ATGAAGGTTG CTTTTTGATG 
GGAACTGTTG CAAGACCCCG CTTACAAAGT TCTGAGCTTT TGGTTCAGCA GCATTTCCGC 
TGGGTTCAAC TAAGGTGGGA TGGAGAACCT ATCCAAAGTG TGCTCCAGAG GTATCTAAAA 
AGGAAAGCTG TCTATCAGAT GGATGGCTAA

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

cttnbp2 ( XM_004912983.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004913040.3 Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X1, mRNA.

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CloneID	OXa43263
Clone ID Related Accession (Same CDS sequence)	XM_004912983.3
Accession Version	XM_004912983.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5121bp) 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	cortactin-binding protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004912983.2. ##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##

ATGTTGAGGG TCACTTGTGC TTGGCAGTCA GGAAGCCTAA AGCAGGAATG TGCAGGTAAA 
TCCAGAGTTA ACTCTAGGCA GGCCTCGGTA GGAGGAGTAA GTGTGCCTCA GACGGGCAGG 
CAGAGGGTTA AGTGTGGGCT TACTGGTGGG GGTTGTCCTC TCGTATCTTT TCTTGCCTGG 
CTCTTCTTAC ATGCAGTCCT CAGCAGCTGG AAGATGGCGA CGGTGGAGAG GATCAAGGAA 
GAGCAGGCTG AGCCTTTCTG CACTGCCCAA GGGGACACGG ATAACAAGAA AGACTTTAAT 
GTGGAAAATC TGAGCAAGCC AGAATTACGT TTCCTTTTAA GTATTCTAGA AGGAGAATTG 
GAAGCAAGAG ACCTTGTTAT TGAAGCCTTG AGGGCACGAA GAAAAGAAGT TTTTGTACAA 
GAAAGATATG GGAGATTTAA TCTTGGTGAT CCCTTCTTGG CTCTACAAAG AGACTTTGAA 
ACAGGCCTGG TTGTTAAAGA AAAGAAGCCA ATCTGTAGCA ATCCACTCAC TATTTTGGAG 
GCTGTTATGT CTCACTGCAG GAAAATGCAA GAAAGAATGT CGGCACAACT GGCTGCAGCA 
GAGAGAAGGC AAAAGAAGCT GGAGTCGGAA AATACTCGTC TACAAAACAT AGAGCAAGAG 
CACAAGAAGC TAATGCTTCG TCTTGAAGAA GAACGAGCTA AAAATAAGCA TGTAGTTCTT 
ATCCTTGTTA AGGAATGCAA GCTTTTGTCT GGAAAAATAA TAGAAGAATC TCAAAAGCTT 
GAAGATGTAA CATCAAAACT AGAAGCAGAA AAGAAAAAGG GTGCTGAACT AGAAGAAGCT 
TTGGCTGCAG AAAAACAGCT TCGATCACAA ATGGAAGCGC AGATGGAGGA TCAGATTAAA 
AAACAGATTT CAGAGTTTGA CACAGAAAGA GAACAACTTA ATGCCAAGCT TTGTCAAGAG 
GAAGCACGTA CCAAAGAGTT ACAAGATGAA ATAGATAAAA TGAAAAAAAT TATTGAACAA 
TTAAAATTGT CAAAAGATGA TAATAAAGCA AACCAAGCCC TTCTTCGGAA AAACAAAGAC 
AAGCACACCA TTCCTGCAGG AGCAGGTTCA CGGTCTGTTT CTTGCCAGGC AAATATTTTA 
CATGTAGACA CTAACTCTGA AAATCTAAAA AAGTCTCCTT TGACCACACC AGCCAGACCA 
TCCATAGTAA ATCATGTTGT AGCTGGTAAC ACAAAAATAA ATTCTTGCAC AAATTCAGCA 
TTCTTAAAGC CAGGTTCAGA TAAGCAAACT CCCCTTAATG ATTCATTGAT TAGTCTTCCT 
TCAAACCATG GAGTAAATGT AAGGACAGAA GAGAATGGGT CATCCCAAGA TCCAACAAGC 
AGTACTTCTC TTTATCCAAA TAATTCATTT TGCACCTCTC CAGCTTCTCC AAGTTATTTG 
TCTCAGTCTA TGCAGAGTTT ACATTCGCAA TGTACCAGCA CTACCATAAA TTCAGGTCTT 
AGTCCTCGAA TTCAGGCTGC AAAATTTAAG TTCCAGGCCA ATGCTAATGA ACATGATCAA 
AATGGAAACA CAACTCAGCC TCGGGAATTA TCACCGAACA GCCGTGAAAA TATAGCTGCA 
AAGCAAATGG CAAGAAATAC TGTAACCCAA GTCCTTTCCA GATTTACAGG TCCTCAGGGA 
AACACACAAT TGAGACCTGG GTTTGCACAT CCAATGGAAA CTGGTACTTA TCCTCCAGTG 
GCTGGACGAG CAGGCCACCC TTCTCTTGCA CTGAAATCTA CTTCAGTGTC AAGAGTGGAC 
AGAGGGAACC CTCCACCCAT TCCTCCAAAA AAGCCAGGAT TGTCCCAAAC TCCAGCTACT 
CCTCACCCTC AGCTAAAGGC ACCCCCAAAT GTAGTAGGAA AAAGTGAGAG CAAGCCCATA 
ACATCTGTTC CCTCCTGTTC AGCACATGGA ATCAGGGTTT TAAATGAGGA AGGTGTATCT 
AAATCTTCCT CACCTCAGCT GCCACCAAAA CCAACTATAG ATATACCTGT GGCATCTGCA 
GGCTGTGTCA TACCAGCCAT AGGCACATCA CAGGTGGGTG CTTGGCCTTC CCAGTCCCAT 
GGATGGAAAC AACCTGCATG TTCAGATCGT TCCCTTGTCA TTCCCACAAC CATTGCCTAT 
AATTCCTTCA TAAACCCTGT TAGTGCTTCA TCCTGTAAAC CATGTGATTC TGACAGCCTC 
CTGGTAACAG CATCAGGCTG GTCTCCCTCC CTAACTCCTT TGCTTACAAG TGGTAGTCCT 
GTTCCCCTGG GAGACAGGTC GACCCTTCTT CACCAAGCTG CTGCCCAGGG AAATGTCACT 
TTATTGTCAA TGCTGCTTAA TGAAGATGGA ATGGATATTA ATCATTTATC TAAAGTTGGT 
CATTCTGCCT TGTATTCTGC TGCTGTAAAT GGACATACAG ACTGTGTAAA ATTGCTGCTG 
ATGTCAGGAG CACAAGTGGA TGCTGCTGTT TCAAATGGCT TTACGGCTTT ATGCACAGCA 
GCTTCTCAGG GACACTCAGA GTGTGCAGAG ATTTTAATTT CATTCAATGC TGATGTCAAT 
CATGTTGCTG GAGGACAGAC CCCGTTATGT CTTGCTTGTG AAAATGGCAA TTCTGACATT 
GTCAGACTTT TGCTGGAAGC TGGAGCTGAT CGAACTATTA CACAAAAAAA TGGCTGGACA 
CCAGTTCATG TAGCTGTAGA TGCTGGAAAT ATTGAATGCC TCAAACTCCT TATGTTCTTT 
GGAACTACCT TTGATGGAGA CCTGCTAAAT TGCAATAGTG ACTCTGATGT TGAATTTTAC 
AACAATAAAA ATTTAGAGCT CACATCTTGC AGAGCTGAAA GCCCCATTGT TACCTCGGAA 
CTAATTAACT GTGCGGACAA AGAAGGATGG ACTGCTGCAC ATATTGCTGC ATCAAAAGGC 
TTTAAGAAAT GCCTGGAAAT CTTGTGCTCT CATTGTGGGC TTGATCCAGA GAGAAAGGAT 
AACTGCCAAC GAACAGTACA TGATGTGGCA ACAGATGATT GCAAACATCT CTTGGAAAAC 
CTGTATTCTC TTAGAATCCC AGTTAGGATT TTACTTGATG AAAATGTTCA GCTCTGCTGT 
AGCCCCAGTG AGTGGGAAAG TTGGGACATA TGCACTATGC ACATTCACAA ACAGACAACG 
TGGGACGAAT TTTCATCGTC TGTGATGCGT GCAATCATAA CCCATTTTGG TACAGTTGTT 
TCTGATGGAT GGGGGAGCCA AGAAGACCTA ACATTTAATA ACACTGCAGA ATTCAGCCTT 
GGTGCAGTCA GTGACCTGTC ATTCAGGCTA GGAAATAGTT CCTGGTCACT TGGTCAGATG 
TTTCTTCAGT CACCTTGGGA TTTCATCAAG ATAAGCAAAG TAGACAAATT ATCTATTTTA 
ATACCTGGCC CAAAGGACGG TTACCTTAAC AGTGTGGCAT ATGCATCAAT GATTCCTCTA 
CAGACTTTGC AAAACTTCCT GCGCTTGGTT GAACAGTATC ACAATGTGAT CTTTCAAGGC 
CCGGAAGGAA GCTTGCAGGA GTACATAGTA CAGCAGCTGG CATATTACAT AAAGCAAAAA 
GAAGAGGCTT CTGGATTCAG ATGTGATATA GTGAAAGTGG AGGTAGACCC TGAATTAACC 
AAAGAACAGC TTGTGAGCAT ATGCATCAAT TCAGGTTGCT TGATCCCTGT TACTGATCCA 
CCTCCATCTA AAAAGAAAAT CATTATTGTC TTAGAGAACT TAGAAAATGC TTTGTTATCA 
GAGCTGCTTT GGGATATAAT GGCACCTTTG GAAGATCGCA GCAGTGAAAA TCCATATTAT 
GTTCAAAGAG CAAATGGCTT GTCTGATGCC TACTACTTCC ATGAAGGTTG CTTTTTGATG 
GGAACTGTTG CAAGACCCCG CTTACAAAGT TCTGAGCTTT TGGTTCAGCA GCATTTCCGC 
TGGGTTCAAC TAAGGTGGGA TGGAGAACCT ATCCAAAGTG TGCTCCAGAG GTATCTAAAA 
AGGAAAGCTG TCTATCAGTT TAAAGGCCAG ATCCCTTCCA CTAGCGATCC AGTTTACAAA 
GGAATAACCT GGGTTTGTAC AGTGTGGCAC CAGCTGAATT CCTGCTTGTC TCGCTTGGGC 
ACACCAGAAG CCCTTATTGG CCCACAGCTG TTTTTCTCTT GTCCCGTAGT TCCAGGAAAT 
GAGCATATAA TTGTAAAATG GATGGCTAAA TTGTGGAATG CAGTTATTGT TCCCAAGGTT 
CAAGAAGCCA TATTATCGAT AGCCTCAGTG AGGACACCTT CCACAAATAT CACAGCGGCT 
AAATCTCCAA GTCAAGGTCA ACAGGCAGTG GTTAAAGCGG CTCTGAGTAT TCTTTTGAAT 
AAGGCCATTT TACATGGTTG TCATCTTCCA AGAAATGATC TTGATCAGTA TATAGCTGAT 
TTTAAAGGAG GCAGCTTTTC TTTATCGATG AGTTCCACCT ACCAATCAGG AAGAAAAAGA 
GGAGAAAATG GAGCCTGGAG AAAAGTCAGT ACAAGTCCTC GCAAGAAATC CAGTCGTGTC 
TCTACAATGT GGAACAAACA GGAGGGGAAA GAAGTGGAAC TGCCCAAGAA TGACGTGAAG 
CAAAGAAGCA TTGTGTCACT GGCCAAGAGG AAGCCCTTGG AAGAGAACCG TCCCACACTG 
TGTAATCTGG ACCAAAGATA TTTAAATGGC TCAGATGATG AGGTTGATCT TGTAAAAGAA 
CTGAGGACTT TGTGTTCCAG TAAGTCAGAA CCAGACATCA GCAAGATTAC GGAATTCGAC 
AATTGTCTAG TCATATTTAA AAGTCCTACA AATGACCAGA AGCCAGCAAC TATAACTGAG 
CAGCCTTTCC AAAAACAAAA AACAGACATG GCCTGTCCTC TAAGCAGCAG AAAGAATTTA 
GAATCCAGCA TTCAGAAACC AAAAGCGGAA CCTGGGAAAG CCAAGTCCTC GCTCCCTGTA 
CCTCGAAACA AAGTTACCGC ATGTGTTCCA GCCAACAGAA GGAGCAGCAG CAATACAAGG 
CAAAAAGAGA TCAATCATGA CTCACACAAC GAGATTTGGA ACTTGCACAA AAATATTGAG 
ATTAATAATG CAAACAAATG A

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

RefSeq	XP_004913040.3
CDS	72..5192
Translation	MLRVTCAWQSGSLKQECAGKSRVNSRQASVGGVSVPQTGRQRVKCGLTGGGCPLVSFLAWLFLHAVLSSWKMATVERIKEEQAEPFCTAQGDTDNKKDFNVENLSKPELRFLLSILEGELEARDLVIEALRARRKEVFVQERYGRFNLGDPFLALQRDFETGLVVKEKKPICSNPLTILEAVMSHCRKMQERMSAQLAAAERRQKKLESENTRLQNIEQEHKKLMLRLEEERAKNKHVVLILVKECKLLSGKIIEESQKLEDVTSKLEAEKKKGAELEEALAAEKQLRSQMEAQMEDQIKKQISEFDTEREQLNAKLCQEEARTKELQDEIDKMKKIIEQLKLSKDDNKANQALLRKNKDKHTIPAGAGSRSVSCQANILHVDTNSENLKKSPLTTPARPSIVNHVVAGNTKINSCTNSAFLKPGSDKQTPLNDSLISLPSNHGVNVRTEENGSSQDPTSSTSLYPNNSFCTSPASPSYLSQSMQSLHSQCTSTTINSGLSPRIQAAKFKFQANANEHDQNGNTTQPRELSPNSRENIAAKQMARNTVTQVLSRFTGPQGNTQLRPGFAHPMETGTYPPVAGRAGHPSLALKSTSVSRVDRGNPPPIPPKKPGLSQTPATPHPQLKAPPNVVGKSESKPITSVPSCSAHGIRVLNEEGVSKSSSPQLPPKPTIDIPVASAGCVIPAIGTSQVGAWPSQSHGWKQPACSDRSLVIPTTIAYNSFINPVSASSCKPCDSDSLLVTASGWSPSLTPLLTSGSPVPLGDRSTLLHQAAAQGNVTLLSMLLNEDGMDINHLSKVGHSALYSAAVNGHTDCVKLLLMSGAQVDAAVSNGFTALCTAASQGHSECAEILISFNADVNHVAGGQTPLCLACENGNSDIVRLLLEAGADRTITQKNGWTPVHVAVDAGNIECLKLLMFFGTTFDGDLLNCNSDSDVEFYNNKNLELTSCRAESPIVTSELINCADKEGWTAAHIAASKGFKKCLEILCSHCGLDPERKDNCQRTVHDVATDDCKHLLENLYSLRIPVRILLDENVQLCCSPSEWESWDICTMHIHKQTTWDEFSSSVMRAIITHFGTVVSDGWGSQEDLTFNNTAEFSLGAVSDLSFRLGNSSWSLGQMFLQSPWDFIKISKVDKLSILIPGPKDGYLNSVAYASMIPLQTLQNFLRLVEQYHNVIFQGPEGSLQEYIVQQLAYYIKQKEEASGFRCDIVKVEVDPELTKEQLVSICINSGCLIPVTDPPPSKKKIIIVLENLENALLSELLWDIMAPLEDRSSENPYYVQRANGLSDAYYFHEGCFLMGTVARPRLQSSELLVQQHFRWVQLRWDGEPIQSVLQRYLKRKAVYQFKGQIPSTSDPVYKGITWVCTVWHQLNSCLSRLGTPEALIGPQLFFSCPVVPGNEHIIVKWMAKLWNAVIVPKVQEAILSIASVRTPSTNITAAKSPSQGQQAVVKAALSILLNKAILHGCHLPRNDLDQYIADFKGGSFSLSMSSTYQSGRKRGENGAWRKVSTSPRKKSSRVSTMWNKQEGKEVELPKNDVKQRSIVSLAKRKPLEENRPTLCNLDQRYLNGSDDEVDLVKELRTLCSSKSEPDISKITEFDNCLVIFKSPTNDQKPATITEQPFQKQKTDMACPLSSRKNLESSIQKPKAEPGKAKSSLPVPRNKVTACVPANRRSSSNTRQKEINHDSHNEIWNLHKNIEINNANK

Target ORF information:

RefSeq Version	XM_004912983.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X1, mRNA.

Target ORF information:

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

XM_004912983.3

ORF Insert Sequence:

ATGTTGAGGG TCACTTGTGC TTGGCAGTCA GGAAGCCTAA AGCAGGAATG TGCAGGTAAA 
TCCAGAGTTA ACTCTAGGCA GGCCTCGGTA GGAGGAGTAA GTGTGCCTCA GACGGGCAGG 
CAGAGGGTTA AGTGTGGGCT TACTGGTGGG GGTTGTCCTC TCGTATCTTT TCTTGCCTGG 
CTCTTCTTAC ATGCAGTCCT CAGCAGCTGG AAGATGGCGA CGGTGGAGAG GATCAAGGAA 
GAGCAGGCTG AGCCTTTCTG CACTGCCCAA GGGGACACGG ATAACAAGAA AGACTTTAAT 
GTGGAAAATC TGAGCAAGCC AGAATTACGT TTCCTTTTAA GTATTCTAGA AGGAGAATTG 
GAAGCAAGAG ACCTTGTTAT TGAAGCCTTG AGGGCACGAA GAAAAGAAGT TTTTGTACAA 
GAAAGATATG GGAGATTTAA TCTTGGTGAT CCCTTCTTGG CTCTACAAAG AGACTTTGAA 
ACAGGCCTGG TTGTTAAAGA AAAGAAGCCA ATCTGTAGCA ATCCACTCAC TATTTTGGAG 
GCTGTTATGT CTCACTGCAG GAAAATGCAA GAAAGAATGT CGGCACAACT GGCTGCAGCA 
GAGAGAAGGC AAAAGAAGCT GGAGTCGGAA AATACTCGTC TACAAAACAT AGAGCAAGAG 
CACAAGAAGC TAATGCTTCG TCTTGAAGAA GAACGAGCTA AAAATAAGCA TGTAGTTCTT 
ATCCTTGTTA AGGAATGCAA GCTTTTGTCT GGAAAAATAA TAGAAGAATC TCAAAAGCTT 
GAAGATGTAA CATCAAAACT AGAAGCAGAA AAGAAAAAGG GTGCTGAACT AGAAGAAGCT 
TTGGCTGCAG AAAAACAGCT TCGATCACAA ATGGAAGCGC AGATGGAGGA TCAGATTAAA 
AAACAGATTT CAGAGTTTGA CACAGAAAGA GAACAACTTA ATGCCAAGCT TTGTCAAGAG 
GAAGCACGTA CCAAAGAGTT ACAAGATGAA ATAGATAAAA TGAAAAAAAT TATTGAACAA 
TTAAAATTGT CAAAAGATGA TAATAAAGCA AACCAAGCCC TTCTTCGGAA AAACAAAGAC 
AAGCACACCA TTCCTGCAGG AGCAGGTTCA CGGTCTGTTT CTTGCCAGGC AAATATTTTA 
CATGTAGACA CTAACTCTGA AAATCTAAAA AAGTCTCCTT TGACCACACC AGCCAGACCA 
TCCATAGTAA ATCATGTTGT AGCTGGTAAC ACAAAAATAA ATTCTTGCAC AAATTCAGCA 
TTCTTAAAGC CAGGTTCAGA TAAGCAAACT CCCCTTAATG ATTCATTGAT TAGTCTTCCT 
TCAAACCATG GAGTAAATGT AAGGACAGAA GAGAATGGGT CATCCCAAGA TCCAACAAGC 
AGTACTTCTC TTTATCCAAA TAATTCATTT TGCACCTCTC CAGCTTCTCC AAGTTATTTG 
TCTCAGTCTA TGCAGAGTTT ACATTCGCAA TGTACCAGCA CTACCATAAA TTCAGGTCTT 
AGTCCTCGAA TTCAGGCTGC AAAATTTAAG TTCCAGGCCA ATGCTAATGA ACATGATCAA 
AATGGAAACA CAACTCAGCC TCGGGAATTA TCACCGAACA GCCGTGAAAA TATAGCTGCA 
AAGCAAATGG CAAGAAATAC TGTAACCCAA GTCCTTTCCA GATTTACAGG TCCTCAGGGA 
AACACACAAT TGAGACCTGG GTTTGCACAT CCAATGGAAA CTGGTACTTA TCCTCCAGTG 
GCTGGACGAG CAGGCCACCC TTCTCTTGCA CTGAAATCTA CTTCAGTGTC AAGAGTGGAC 
AGAGGGAACC CTCCACCCAT TCCTCCAAAA AAGCCAGGAT TGTCCCAAAC TCCAGCTACT 
CCTCACCCTC AGCTAAAGGC ACCCCCAAAT GTAGTAGGAA AAAGTGAGAG CAAGCCCATA 
ACATCTGTTC CCTCCTGTTC AGCACATGGA ATCAGGGTTT TAAATGAGGA AGGTGTATCT 
AAATCTTCCT CACCTCAGCT GCCACCAAAA CCAACTATAG ATATACCTGT GGCATCTGCA 
GGCTGTGTCA TACCAGCCAT AGGCACATCA CAGGTGGGTG CTTGGCCTTC CCAGTCCCAT 
GGATGGAAAC AACCTGCATG TTCAGATCGT TCCCTTGTCA TTCCCACAAC CATTGCCTAT 
AATTCCTTCA TAAACCCTGT TAGTGCTTCA TCCTGTAAAC CATGTGATTC TGACAGCCTC 
CTGGTAACAG CATCAGGCTG GTCTCCCTCC CTAACTCCTT TGCTTACAAG TGGTAGTCCT 
GTTCCCCTGG GAGACAGGTC GACCCTTCTT CACCAAGCTG CTGCCCAGGG AAATGTCACT 
TTATTGTCAA TGCTGCTTAA TGAAGATGGA ATGGATATTA ATCATTTATC TAAAGTTGGT 
CATTCTGCCT TGTATTCTGC TGCTGTAAAT GGACATACAG ACTGTGTAAA ATTGCTGCTG 
ATGTCAGGAG CACAAGTGGA TGCTGCTGTT TCAAATGGCT TTACGGCTTT ATGCACAGCA 
GCTTCTCAGG GACACTCAGA GTGTGCAGAG ATTTTAATTT CATTCAATGC TGATGTCAAT 
CATGTTGCTG GAGGACAGAC CCCGTTATGT CTTGCTTGTG AAAATGGCAA TTCTGACATT 
GTCAGACTTT TGCTGGAAGC TGGAGCTGAT CGAACTATTA CACAAAAAAA TGGCTGGACA 
CCAGTTCATG TAGCTGTAGA TGCTGGAAAT ATTGAATGCC TCAAACTCCT TATGTTCTTT 
GGAACTACCT TTGATGGAGA CCTGCTAAAT TGCAATAGTG ACTCTGATGT TGAATTTTAC 
AACAATAAAA ATTTAGAGCT CACATCTTGC AGAGCTGAAA GCCCCATTGT TACCTCGGAA 
CTAATTAACT GTGCGGACAA AGAAGGATGG ACTGCTGCAC ATATTGCTGC ATCAAAAGGC 
TTTAAGAAAT GCCTGGAAAT CTTGTGCTCT CATTGTGGGC TTGATCCAGA GAGAAAGGAT 
AACTGCCAAC GAACAGTACA TGATGTGGCA ACAGATGATT GCAAACATCT CTTGGAAAAC 
CTGTATTCTC TTAGAATCCC AGTTAGGATT TTACTTGATG AAAATGTTCA GCTCTGCTGT 
AGCCCCAGTG AGTGGGAAAG TTGGGACATA TGCACTATGC ACATTCACAA ACAGACAACG 
TGGGACGAAT TTTCATCGTC TGTGATGCGT GCAATCATAA CCCATTTTGG TACAGTTGTT 
TCTGATGGAT GGGGGAGCCA AGAAGACCTA ACATTTAATA ACACTGCAGA ATTCAGCCTT 
GGTGCAGTCA GTGACCTGTC ATTCAGGCTA GGAAATAGTT CCTGGTCACT TGGTCAGATG 
TTTCTTCAGT CACCTTGGGA TTTCATCAAG ATAAGCAAAG TAGACAAATT ATCTATTTTA 
ATACCTGGCC CAAAGGACGG TTACCTTAAC AGTGTGGCAT ATGCATCAAT GATTCCTCTA 
CAGACTTTGC AAAACTTCCT GCGCTTGGTT GAACAGTATC ACAATGTGAT CTTTCAAGGC 
CCGGAAGGAA GCTTGCAGGA GTACATAGTA CAGCAGCTGG CATATTACAT AAAGCAAAAA 
GAAGAGGCTT CTGGATTCAG ATGTGATATA GTGAAAGTGG AGGTAGACCC TGAATTAACC 
AAAGAACAGC TTGTGAGCAT ATGCATCAAT TCAGGTTGCT TGATCCCTGT TACTGATCCA 
CCTCCATCTA AAAAGAAAAT CATTATTGTC TTAGAGAACT TAGAAAATGC TTTGTTATCA 
GAGCTGCTTT GGGATATAAT GGCACCTTTG GAAGATCGCA GCAGTGAAAA TCCATATTAT 
GTTCAAAGAG CAAATGGCTT GTCTGATGCC TACTACTTCC ATGAAGGTTG CTTTTTGATG 
GGAACTGTTG CAAGACCCCG CTTACAAAGT TCTGAGCTTT TGGTTCAGCA GCATTTCCGC 
TGGGTTCAAC TAAGGTGGGA TGGAGAACCT ATCCAAAGTG TGCTCCAGAG GTATCTAAAA 
AGGAAAGCTG TCTATCAGTT TAAAGGCCAG ATCCCTTCCA CTAGCGATCC AGTTTACAAA 
GGAATAACCT GGGTTTGTAC AGTGTGGCAC CAGCTGAATT CCTGCTTGTC TCGCTTGGGC 
ACACCAGAAG CCCTTATTGG CCCACAGCTG TTTTTCTCTT GTCCCGTAGT TCCAGGAAAT 
GAGCATATAA TTGTAAAATG GATGGCTAAA TTGTGGAATG CAGTTATTGT TCCCAAGGTT 
CAAGAAGCCA TATTATCGAT AGCCTCAGTG AGGACACCTT CCACAAATAT CACAGCGGCT 
AAATCTCCAA GTCAAGGTCA ACAGGCAGTG GTTAAAGCGG CTCTGAGTAT TCTTTTGAAT 
AAGGCCATTT TACATGGTTG TCATCTTCCA AGAAATGATC TTGATCAGTA TATAGCTGAT 
TTTAAAGGAG GCAGCTTTTC TTTATCGATG AGTTCCACCT ACCAATCAGG AAGAAAAAGA 
GGAGAAAATG GAGCCTGGAG AAAAGTCAGT ACAAGTCCTC GCAAGAAATC CAGTCGTGTC 
TCTACAATGT GGAACAAACA GGAGGGGAAA GAAGTGGAAC TGCCCAAGAA TGACGTGAAG 
CAAAGAAGCA TTGTGTCACT GGCCAAGAGG AAGCCCTTGG AAGAGAACCG TCCCACACTG 
TGTAATCTGG ACCAAAGATA TTTAAATGGC TCAGATGATG AGGTTGATCT TGTAAAAGAA 
CTGAGGACTT TGTGTTCCAG TAAGTCAGAA CCAGACATCA GCAAGATTAC GGAATTCGAC 
AATTGTCTAG TCATATTTAA AAGTCCTACA AATGACCAGA AGCCAGCAAC TATAACTGAG 
CAGCCTTTCC AAAAACAAAA AACAGACATG GCCTGTCCTC TAAGCAGCAG AAAGAATTTA 
GAATCCAGCA TTCAGAAACC AAAAGCGGAA CCTGGGAAAG CCAAGTCCTC GCTCCCTGTA 
CCTCGAAACA AAGTTACCGC ATGTGTTCCA GCCAACAGAA GGAGCAGCAG CAATACAAGG 
CAAAAAGAGA TCAATCATGA CTCACACAAC GAGATTTGGA ACTTGCACAA AAATATTGAG 
ATTAATAATG CAAACAAATG A

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

cttnbp2 ( XM_004912983.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004913040.4 Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X1, mRNA.

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CloneID	OXa54778
Clone ID Related Accession (Same CDS sequence)	XM_004912983.4
Accession Version	XM_004912983.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) 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	cortactin-binding protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_004912983.3. ##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##

ATGGCGACGG TGGAGAGGAT CAAGGAAGAG CAGGCTGAGC CTTTCTGCAC TGCCCAAGGG 
GACACGGATA ACAAGAAAGA CTTTAATGTG GAAAATCTGA GCAAGCCAGA ATTACGTTTC 
CTTTTAAGTA TTCTAGAAGG AGAATTGGAA GCAAGAGACC TTGTTATTGA AGCCTTGAGG 
GCACGAAGAA AAGAAGTTTT TGTACAAGAA AGATATGGGA GATTTAATCT TGGTGATCCC 
TTCTTGGCTC TACAAAGAGA CTTTGAAACA GGCCTGGTTG TTAAAGAAAA GAAGCCAATC 
TGTAGCAATC CACTCACTAT TTTGGAGGCT GTTATGTCTC ACTGCAGGAA AATGCAAGAA 
AGAATGTCGG CACAACTGGC TGCAGCAGAG AGAAGGCAAA AGAAGCTGGA GTCGGAAAAT 
ACTCGTCTAC AAAACATAGA GCAAGAGCAC AAGAAGCTAA TGCTTCGTCT TGAAGAAGAA 
CGAGCTAAAA ATAAGCATGT AGTTCTTATC CTTGTTAAGG AATGCAAGCT TTTGTCTGGA 
AAAATAATAG AAGAATCTCA AAAGCTTGAA GATGTAACAT CAAAACTAGA AGCAGAAAAG 
AAAAAGGGTG CTGAACTAGA AGAAGCTTTG GCTGCAGAAA AACAGCTTCG ATCACAAATG 
GAAGCGCAGA TGGAGGATCA GATTAAAAAA CAGATTTCAG AGTTTGACAC AGAAAGAGAA 
CAACTTAATG CCAAGCTTTG TCAAGAGGAA GCACGTACCA AAGAGTTACA AGATGAAATA 
GATAAAATGA AAAAAATTAT TGAACAATTA AAATTGTCAA AAGATGATAA TAAAGCAAAC 
CAAGCCCTTC TTCGGAAAAA CAAAGACAAG CACACCATTC CTGCAGGAGC AGGTTCACGG 
TCTGTTTCTT GCCAGGCAAA TATTTTACAT GTAGACACTA ACTCTGAAAA TCTAAAAAAG 
TCTCCTTTGA CCACACCAGC CAGACCATCC ATAGTAAATC ATGTTGTAGC TGGTAACACA 
AAAATAAATT CTTGCACAAA TTCAGCATTC TTAAAGCCAG GTTCAGATAA GCAAACTCCC 
CTTAATGATT CATTGATTAG TCTTCCTTCA AACCATGGAG TAAATGTAAG GACAGAAGAG 
AATGGGTCAT CCCAAGATCC AACAAGCAGT ACTTCTCTTT ATCCAAATAA TTCATTTTGC 
ACCTCTCCAG CTTCTCCAAG TTATTTGTCT CAGTCTATGC AGAGTTTACA TTCGCAATGT 
ACCAGCACTA CCATAAATTC AGGTCTTAGT CCTCGAATTC AGGCTGCAAA ATTTAAGTTC 
CAGGCCAATG CTAATGAACA TGATCAAAAT GGAAACACAA CTCAGCCTCG GGAATTATCA 
CCGAACAGCC GTGAAAATAT AGCTGCAAAG CAAATGGCAA GAAATACTGT AACCCAAGTC 
CTTTCCAGAT TTACAGGTCC TCAGGGAAAC ACACAATTGA GACCTGGGTT TGCACATCCA 
ATGGAAACTG GTACTTATCC TCCAGTGGCT GGACGAGCAG GCCACCCTTC TCTTGCACTG 
AAATCTACTT CAGTGTCAAG AGTGGACAGA GGGAACCCTC CACCCATTCC TCCAAAAAAG 
CCAGGATTGT CCCAAACTCC AGCTACTCCT CACCCTCAGC TAAAGGCACC CCCAAATGTA 
GTAGGAAAAA GTGAGAGCAA GCCCATAACA TCTGTTCCCT CCTGTTCAGC ACATGGAATC 
AGGGTTTTAA ATGAGGAAGG TGTATCTAAA TCTTCCTCAC CTCAGCTGCC ACCAAAACCA 
ACTATAGATA TACCTGTGGC ATCTGCAGGC TGTGTCATAC CAGCCATAGG CACATCACAG 
GTGGGTGCTT GGCCTTCCCA GTCCCATGGA TGGAAACAAC CTGCATGTTC AGATCGTTCC 
CTTGTCATTC CCACAACCAT TGCCTATAAT TCCTTCATAA ACCCTGTTAG TGCTTCATCC 
TGTAAACCAT GTGATTCTGA CAGCCTCCTG GTAACAGCAT CAGGCTGGTC TCCCTCCCTA 
ACTCCTTTGC TTACAAGTGG TAGTCCTGTT CCCCTGGGAG ACAGGTCGAC CCTTCTTCAC 
CAAGCTGCTG CCCAGGGAAA TGTCACTTTA TTGTCAATGC TGCTTAATGA AGATGGAATG 
GATATTAATC ATTTATCTAA AGTTGGTCAT TCTGCCTTGT ATTCTGCTGC TGTAAATGGA 
CATACAGACT GTGTAAAATT GCTGCTGATG TCAGGAGCAC AAGTGGATGC TGCTGTTTCA 
AATGGCTTTA CGGCTTTATG CACAGCAGCT TCTCAGGGAC ACTCAGAGTG TGCAGAGATT 
TTAATTTCAT TCAATGCTGA TGTCAATCAT GTTGCTGGAG GACAGACCCC GTTATGTCTT 
GCTTGTGAAA ATGGCAATTC TGACATTGTC AGACTTTTGC TGGAAGCTGG AGCTGATCGA 
ACTATTACAC AAAAAAATGG CTGGACACCA GTTCATGTAG CTGTAGATGC TGGAAATATT 
GAATGCCTCA AACTCCTTAT GTTCTTTGGA ACTACCTTTG ATGGAGACCT GCTAAATTGC 
AATAGTGACT CTGATGTTGA ATTTTACAAC AATAAAAATT TAGAGCTCAC ATCTTGCAGA 
GCTGAAAGCC CCATTGTTAC CTCGGAACTA ATTAACTGTG CGGACAAAGA AGGATGGACT 
GCTGCACATA TTGCTGCATC AAAAGGCTTT AAGAAATGCC TGGAAATCTT GTGCTCTCAT 
TGTGGGCTTG ATCCAGAGAG AAAGGATAAC TGCCAACGAA CAGTACATGA TGTGGCAACA 
GATGATTGCA AACATCTCTT GGAAAACCTG TATTCTCTTA GAATCCCAGT TAGGATTTTA 
CTTGATGAAA ATGTTCAGCT CTGCTGTAGC CCCAGTGAGT GGGAAAGTTG GGACATATGC 
ACTATGCACA TTCACAAACA GACAACGTGG GACGAATTTT CATCGTCTGT GATGCGTGCA 
ATCATAACCC ATTTTGGTAC AGTTGTTTCT GATGGATGGG GGAGCCAAGA AGACCTAACA 
TTTAATAACA CTGCAGAATT CAGCCTTGGT GCAGTCAGTG ACCTGTCATT CAGGCTAGGA 
AATAGTTCCT GGTCACTTGG TCAGATGTTT CTTCAGTCAC CTTGGGATTT CATCAAGATA 
AGCAAAGTAG ACAAATTATC TATTTTAATA CCTGGCCCAA AGGACGGTTA CCTTAACAGT 
GTGGCATATG CATCAATGAT TCCTCTACAG ACTTTGCAAA ACTTCCTGCG CTTGGTTGAA 
CAGTATCACA ATGTGATCTT TCAAGGCCCG GAAGGAAGCT TGCAGGAGTA CATAGTACAG 
CAGCTGGCAT ATTACATAAA GCAAAAAGAA GAGGCTTCTG GATTCAGATG TGATATAGTG 
AAAGTGGAGG TAGACCCTGA ATTAACCAAA GAACAGCTTG TGAGCATATG CATCAATTCA 
GGTTGCTTGA TCCCTGTTAC TGATCCACCT CCATCTAAAA AGAAAATCAT TATTGTCTTA 
GAGAACTTAG AAAATGCTTT GTTATCAGAG CTGCTTTGGG ATATAATGGC ACCTTTGGAA 
GATCGCAGCA GTGAAAATCC ATATTATGTT CAAAGAGCAA ATGGCTTGTC TGATGCCTAC 
TACTTCCATG AAGGTTGCTT TTTGATGGGA ACTGTTGCAA GACCCCGCTT ACAAAGTTCT 
GAGCTTTTGG TTCAGCAGCA TTTCCGCTGG GTTCAACTAA GGTGGGATGG AGAACCTATC 
CAAAGTGTGC TCCAGAGGTA TCTAAAAAGG AAAGCTGTCT ATCAGTTTAA AGGCCAGATC 
CCTTCCACTA GCGATCCAGT TTACAAAGGA ATAACCTGGG TTTGTACAGT GTGGCACCAG 
CTGAATTCCT GCTTGTCTCG CTTGGGCACA CCAGAAGCCC TTATTGGCCC ACAGCTGTTT 
TTCTCTTGTC CCGTAGTTCC AGGAAATGAG CATATAATTG TAAAATGGAT GGCTAAATTG 
TGGAATGCAG TTATTGTTCC CAAGGTTCAA GAAGCCATAT TATCGATAGC CTCAGTGAGG 
ACACCTTCCA CAAATATCAC AGCGGCTAAA TCTCCAAGTC AAGGTCAACA GGCAGTGGTT 
AAAGCGGCTC TGAGTATTCT TTTGAATAAG GCCATTTTAC ATGGTTGTCA TCTTCCAAGA 
AATGATCTTG ATCAGTATAT AGCTGATTTT AAAGGAGGCA GCTTTTCTTT ATCGATGAGT 
TCCACCTACC AATCAGGAAG AAAAAGAGGA GAAAATGGAG CCTGGAGAAA AGTCAGTACA 
AGTCCTCGCA AGAAATCCAG TCGTGTCTCT ACAATGTGGA ACAAACAGGA GGGGAAAGAA 
GTGGAACTGC CCAAGAATGA CGTGAAGCAA AGAAGCATTG TGTCACTGGC CAAGAGGAAG 
CCCTTGGAAG AGAACCGTCC CACACTGTGT AATCTGGACC AAAGATATTT AAATGGCTCA 
GATGATGAGG TTGATCTTGT AAAAGAACTG AGGACTTTGT GTTCCAGTAA GTCAGAACCA 
GACATCAGCA AGATTACGGA ATTCGATAAT TGTCTAGTCA TATTTAAAAG TCCTACAAAT 
GACCAGAAGC CAGCAACTAT AACTGAGCAG CCTTTCCAAA AACAAAAAAC AGACATGGCC 
TGTCCTCTAA GCAGCAGAAA GAATTTAGAA TCCAGCATTC AGAAACCAAA AGCGGAACCT 
GGGAAAGCCA AGTCCTCGCT CCCTGTACCT CGAAACAAAG TTACCGCATG TGTTCCAGCC 
AACAGAAGGA GCAGCAGCAA TACAAGGCAA AAAGAGATCA ATCATGACTC ACACAACGAG 
ATTTGGAACT TGCACAAAAA TATTGAGATT AATAATGCAA ACAAATGA

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

RefSeq	XP_004913040.4
CDS	88..4995
Translation	MATVERIKEEQAEPFCTAQGDTDNKKDFNVENLSKPELRFLLSILEGELEARDLVIEALRARRKEVFVQERYGRFNLGDPFLALQRDFETGLVVKEKKPICSNPLTILEAVMSHCRKMQERMSAQLAAAERRQKKLESENTRLQNIEQEHKKLMLRLEEERAKNKHVVLILVKECKLLSGKIIEESQKLEDVTSKLEAEKKKGAELEEALAAEKQLRSQMEAQMEDQIKKQISEFDTEREQLNAKLCQEEARTKELQDEIDKMKKIIEQLKLSKDDNKANQALLRKNKDKHTIPAGAGSRSVSCQANILHVDTNSENLKKSPLTTPARPSIVNHVVAGNTKINSCTNSAFLKPGSDKQTPLNDSLISLPSNHGVNVRTEENGSSQDPTSSTSLYPNNSFCTSPASPSYLSQSMQSLHSQCTSTTINSGLSPRIQAAKFKFQANANEHDQNGNTTQPRELSPNSRENIAAKQMARNTVTQVLSRFTGPQGNTQLRPGFAHPMETGTYPPVAGRAGHPSLALKSTSVSRVDRGNPPPIPPKKPGLSQTPATPHPQLKAPPNVVGKSESKPITSVPSCSAHGIRVLNEEGVSKSSSPQLPPKPTIDIPVASAGCVIPAIGTSQVGAWPSQSHGWKQPACSDRSLVIPTTIAYNSFINPVSASSCKPCDSDSLLVTASGWSPSLTPLLTSGSPVPLGDRSTLLHQAAAQGNVTLLSMLLNEDGMDINHLSKVGHSALYSAAVNGHTDCVKLLLMSGAQVDAAVSNGFTALCTAASQGHSECAEILISFNADVNHVAGGQTPLCLACENGNSDIVRLLLEAGADRTITQKNGWTPVHVAVDAGNIECLKLLMFFGTTFDGDLLNCNSDSDVEFYNNKNLELTSCRAESPIVTSELINCADKEGWTAAHIAASKGFKKCLEILCSHCGLDPERKDNCQRTVHDVATDDCKHLLENLYSLRIPVRILLDENVQLCCSPSEWESWDICTMHIHKQTTWDEFSSSVMRAIITHFGTVVSDGWGSQEDLTFNNTAEFSLGAVSDLSFRLGNSSWSLGQMFLQSPWDFIKISKVDKLSILIPGPKDGYLNSVAYASMIPLQTLQNFLRLVEQYHNVIFQGPEGSLQEYIVQQLAYYIKQKEEASGFRCDIVKVEVDPELTKEQLVSICINSGCLIPVTDPPPSKKKIIIVLENLENALLSELLWDIMAPLEDRSSENPYYVQRANGLSDAYYFHEGCFLMGTVARPRLQSSELLVQQHFRWVQLRWDGEPIQSVLQRYLKRKAVYQFKGQIPSTSDPVYKGITWVCTVWHQLNSCLSRLGTPEALIGPQLFFSCPVVPGNEHIIVKWMAKLWNAVIVPKVQEAILSIASVRTPSTNITAAKSPSQGQQAVVKAALSILLNKAILHGCHLPRNDLDQYIADFKGGSFSLSMSSTYQSGRKRGENGAWRKVSTSPRKKSSRVSTMWNKQEGKEVELPKNDVKQRSIVSLAKRKPLEENRPTLCNLDQRYLNGSDDEVDLVKELRTLCSSKSEPDISKITEFDNCLVIFKSPTNDQKPATITEQPFQKQKTDMACPLSSRKNLESSIQKPKAEPGKAKSSLPVPRNKVTACVPANRRSSSNTRQKEINHDSHNEIWNLHKNIEINNANK

Target ORF information:

RefSeq Version	XM_004912983.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X1, mRNA.

Target ORF information:

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

XM_004912983.4

ORF Insert Sequence:

ATGGCGACGG TGGAGAGGAT CAAGGAAGAG CAGGCTGAGC CTTTCTGCAC TGCCCAAGGG 
GACACGGATA ACAAGAAAGA CTTTAATGTG GAAAATCTGA GCAAGCCAGA ATTACGTTTC 
CTTTTAAGTA TTCTAGAAGG AGAATTGGAA GCAAGAGACC TTGTTATTGA AGCCTTGAGG 
GCACGAAGAA AAGAAGTTTT TGTACAAGAA AGATATGGGA GATTTAATCT TGGTGATCCC 
TTCTTGGCTC TACAAAGAGA CTTTGAAACA GGCCTGGTTG TTAAAGAAAA GAAGCCAATC 
TGTAGCAATC CACTCACTAT TTTGGAGGCT GTTATGTCTC ACTGCAGGAA AATGCAAGAA 
AGAATGTCGG CACAACTGGC TGCAGCAGAG AGAAGGCAAA AGAAGCTGGA GTCGGAAAAT 
ACTCGTCTAC AAAACATAGA GCAAGAGCAC AAGAAGCTAA TGCTTCGTCT TGAAGAAGAA 
CGAGCTAAAA ATAAGCATGT AGTTCTTATC CTTGTTAAGG AATGCAAGCT TTTGTCTGGA 
AAAATAATAG AAGAATCTCA AAAGCTTGAA GATGTAACAT CAAAACTAGA AGCAGAAAAG 
AAAAAGGGTG CTGAACTAGA AGAAGCTTTG GCTGCAGAAA AACAGCTTCG ATCACAAATG 
GAAGCGCAGA TGGAGGATCA GATTAAAAAA CAGATTTCAG AGTTTGACAC AGAAAGAGAA 
CAACTTAATG CCAAGCTTTG TCAAGAGGAA GCACGTACCA AAGAGTTACA AGATGAAATA 
GATAAAATGA AAAAAATTAT TGAACAATTA AAATTGTCAA AAGATGATAA TAAAGCAAAC 
CAAGCCCTTC TTCGGAAAAA CAAAGACAAG CACACCATTC CTGCAGGAGC AGGTTCACGG 
TCTGTTTCTT GCCAGGCAAA TATTTTACAT GTAGACACTA ACTCTGAAAA TCTAAAAAAG 
TCTCCTTTGA CCACACCAGC CAGACCATCC ATAGTAAATC ATGTTGTAGC TGGTAACACA 
AAAATAAATT CTTGCACAAA TTCAGCATTC TTAAAGCCAG GTTCAGATAA GCAAACTCCC 
CTTAATGATT CATTGATTAG TCTTCCTTCA AACCATGGAG TAAATGTAAG GACAGAAGAG 
AATGGGTCAT CCCAAGATCC AACAAGCAGT ACTTCTCTTT ATCCAAATAA TTCATTTTGC 
ACCTCTCCAG CTTCTCCAAG TTATTTGTCT CAGTCTATGC AGAGTTTACA TTCGCAATGT 
ACCAGCACTA CCATAAATTC AGGTCTTAGT CCTCGAATTC AGGCTGCAAA ATTTAAGTTC 
CAGGCCAATG CTAATGAACA TGATCAAAAT GGAAACACAA CTCAGCCTCG GGAATTATCA 
CCGAACAGCC GTGAAAATAT AGCTGCAAAG CAAATGGCAA GAAATACTGT AACCCAAGTC 
CTTTCCAGAT TTACAGGTCC TCAGGGAAAC ACACAATTGA GACCTGGGTT TGCACATCCA 
ATGGAAACTG GTACTTATCC TCCAGTGGCT GGACGAGCAG GCCACCCTTC TCTTGCACTG 
AAATCTACTT CAGTGTCAAG AGTGGACAGA GGGAACCCTC CACCCATTCC TCCAAAAAAG 
CCAGGATTGT CCCAAACTCC AGCTACTCCT CACCCTCAGC TAAAGGCACC CCCAAATGTA 
GTAGGAAAAA GTGAGAGCAA GCCCATAACA TCTGTTCCCT CCTGTTCAGC ACATGGAATC 
AGGGTTTTAA ATGAGGAAGG TGTATCTAAA TCTTCCTCAC CTCAGCTGCC ACCAAAACCA 
ACTATAGATA TACCTGTGGC ATCTGCAGGC TGTGTCATAC CAGCCATAGG CACATCACAG 
GTGGGTGCTT GGCCTTCCCA GTCCCATGGA TGGAAACAAC CTGCATGTTC AGATCGTTCC 
CTTGTCATTC CCACAACCAT TGCCTATAAT TCCTTCATAA ACCCTGTTAG TGCTTCATCC 
TGTAAACCAT GTGATTCTGA CAGCCTCCTG GTAACAGCAT CAGGCTGGTC TCCCTCCCTA 
ACTCCTTTGC TTACAAGTGG TAGTCCTGTT CCCCTGGGAG ACAGGTCGAC CCTTCTTCAC 
CAAGCTGCTG CCCAGGGAAA TGTCACTTTA TTGTCAATGC TGCTTAATGA AGATGGAATG 
GATATTAATC ATTTATCTAA AGTTGGTCAT TCTGCCTTGT ATTCTGCTGC TGTAAATGGA 
CATACAGACT GTGTAAAATT GCTGCTGATG TCAGGAGCAC AAGTGGATGC TGCTGTTTCA 
AATGGCTTTA CGGCTTTATG CACAGCAGCT TCTCAGGGAC ACTCAGAGTG TGCAGAGATT 
TTAATTTCAT TCAATGCTGA TGTCAATCAT GTTGCTGGAG GACAGACCCC GTTATGTCTT 
GCTTGTGAAA ATGGCAATTC TGACATTGTC AGACTTTTGC TGGAAGCTGG AGCTGATCGA 
ACTATTACAC AAAAAAATGG CTGGACACCA GTTCATGTAG CTGTAGATGC TGGAAATATT 
GAATGCCTCA AACTCCTTAT GTTCTTTGGA ACTACCTTTG ATGGAGACCT GCTAAATTGC 
AATAGTGACT CTGATGTTGA ATTTTACAAC AATAAAAATT TAGAGCTCAC ATCTTGCAGA 
GCTGAAAGCC CCATTGTTAC CTCGGAACTA ATTAACTGTG CGGACAAAGA AGGATGGACT 
GCTGCACATA TTGCTGCATC AAAAGGCTTT AAGAAATGCC TGGAAATCTT GTGCTCTCAT 
TGTGGGCTTG ATCCAGAGAG AAAGGATAAC TGCCAACGAA CAGTACATGA TGTGGCAACA 
GATGATTGCA AACATCTCTT GGAAAACCTG TATTCTCTTA GAATCCCAGT TAGGATTTTA 
CTTGATGAAA ATGTTCAGCT CTGCTGTAGC CCCAGTGAGT GGGAAAGTTG GGACATATGC 
ACTATGCACA TTCACAAACA GACAACGTGG GACGAATTTT CATCGTCTGT GATGCGTGCA 
ATCATAACCC ATTTTGGTAC AGTTGTTTCT GATGGATGGG GGAGCCAAGA AGACCTAACA 
TTTAATAACA CTGCAGAATT CAGCCTTGGT GCAGTCAGTG ACCTGTCATT CAGGCTAGGA 
AATAGTTCCT GGTCACTTGG TCAGATGTTT CTTCAGTCAC CTTGGGATTT CATCAAGATA 
AGCAAAGTAG ACAAATTATC TATTTTAATA CCTGGCCCAA AGGACGGTTA CCTTAACAGT 
GTGGCATATG CATCAATGAT TCCTCTACAG ACTTTGCAAA ACTTCCTGCG CTTGGTTGAA 
CAGTATCACA ATGTGATCTT TCAAGGCCCG GAAGGAAGCT TGCAGGAGTA CATAGTACAG 
CAGCTGGCAT ATTACATAAA GCAAAAAGAA GAGGCTTCTG GATTCAGATG TGATATAGTG 
AAAGTGGAGG TAGACCCTGA ATTAACCAAA GAACAGCTTG TGAGCATATG CATCAATTCA 
GGTTGCTTGA TCCCTGTTAC TGATCCACCT CCATCTAAAA AGAAAATCAT TATTGTCTTA 
GAGAACTTAG AAAATGCTTT GTTATCAGAG CTGCTTTGGG ATATAATGGC ACCTTTGGAA 
GATCGCAGCA GTGAAAATCC ATATTATGTT CAAAGAGCAA ATGGCTTGTC TGATGCCTAC 
TACTTCCATG AAGGTTGCTT TTTGATGGGA ACTGTTGCAA GACCCCGCTT ACAAAGTTCT 
GAGCTTTTGG TTCAGCAGCA TTTCCGCTGG GTTCAACTAA GGTGGGATGG AGAACCTATC 
CAAAGTGTGC TCCAGAGGTA TCTAAAAAGG AAAGCTGTCT ATCAGTTTAA AGGCCAGATC 
CCTTCCACTA GCGATCCAGT TTACAAAGGA ATAACCTGGG TTTGTACAGT GTGGCACCAG 
CTGAATTCCT GCTTGTCTCG CTTGGGCACA CCAGAAGCCC TTATTGGCCC ACAGCTGTTT 
TTCTCTTGTC CCGTAGTTCC AGGAAATGAG CATATAATTG TAAAATGGAT GGCTAAATTG 
TGGAATGCAG TTATTGTTCC CAAGGTTCAA GAAGCCATAT TATCGATAGC CTCAGTGAGG 
ACACCTTCCA CAAATATCAC AGCGGCTAAA TCTCCAAGTC AAGGTCAACA GGCAGTGGTT 
AAAGCGGCTC TGAGTATTCT TTTGAATAAG GCCATTTTAC ATGGTTGTCA TCTTCCAAGA 
AATGATCTTG ATCAGTATAT AGCTGATTTT AAAGGAGGCA GCTTTTCTTT ATCGATGAGT 
TCCACCTACC AATCAGGAAG AAAAAGAGGA GAAAATGGAG CCTGGAGAAA AGTCAGTACA 
AGTCCTCGCA AGAAATCCAG TCGTGTCTCT ACAATGTGGA ACAAACAGGA GGGGAAAGAA 
GTGGAACTGC CCAAGAATGA CGTGAAGCAA AGAAGCATTG TGTCACTGGC CAAGAGGAAG 
CCCTTGGAAG AGAACCGTCC CACACTGTGT AATCTGGACC AAAGATATTT AAATGGCTCA 
GATGATGAGG TTGATCTTGT AAAAGAACTG AGGACTTTGT GTTCCAGTAA GTCAGAACCA 
GACATCAGCA AGATTACGGA ATTCGATAAT TGTCTAGTCA TATTTAAAAG TCCTACAAAT 
GACCAGAAGC CAGCAACTAT AACTGAGCAG CCTTTCCAAA AACAAAAAAC AGACATGGCC 
TGTCCTCTAA GCAGCAGAAA GAATTTAGAA TCCAGCATTC AGAAACCAAA AGCGGAACCT 
GGGAAAGCCA AGTCCTCGCT CCCTGTACCT CGAAACAAAG TTACCGCATG TGTTCCAGCC 
AACAGAAGGA GCAGCAGCAA TACAAGGCAA AAAGAGATCA ATCATGACTC ACACAACGAG 
ATTTGGAACT TGCACAAAAA TATTGAGATT AATAATGCAA ACAAATGA

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

cttnbp2 ( XM_002934968.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935014.2 Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X2, mRNA.

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CloneID	OXa54779
Clone ID Related Accession (Same CDS sequence)	XM_002934968.5
Accession Version	XM_002934968.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) 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	cortactin-binding protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002934968.4. ##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##

ATGGCGACGG TGGAGGGGAG TGAGGAAGAG CAGGCTGAGC CTTTCTGCAC TGCCCAAGGG 
GACACGGATA ACAAGAAAGA CTTTAATGTG GAAAATCTGA GCAAGCCAGA ATTACGTTTC 
CTTTTAAGTA TTCTAGAAGG AGAATTGGAA GCAAGAGACC TTGTTATTGA AGCCTTGAGG 
GCACGAAGAA AAGAAGTTTT TGTACAAGAA AGATATGGGA GATTTAATCT TGGTGATCCC 
TTCTTGGCTC TACAAAGAGA CTTTGAAACA GGCCTGGTTG TTAAAGAAAA GAAGCCAATC 
TGTAGCAATC CACTCACTAT TTTGGAGGCT GTTATGTCTC ACTGCAGGAA AATGCAAGAA 
AGAATGTCGG CACAACTGGC TGCAGCAGAG AGAAGGCAAA AGAAGCTGGA GTCGGAAAAT 
ACTCGTCTAC AAAACATAGA GCAAGAGCAC AAGAAGCTAA TGCTTCGTCT TGAAGAAGAA 
CGAGCTAAAA ATAAGCATGT AGTTCTTATC CTTGTTAAGG AATGCAAGCT TTTGTCTGGA 
AAAATAATAG AAGAATCTCA AAAGCTTGAA GATGTAACAT CAAAACTAGA AGCAGAAAAG 
AAAAAGGGTG CTGAACTAGA AGAAGCTTTG GCTGCAGAAA AACAGCTTCG ATCACAAATG 
GAAGCGCAGA TGGAGGATCA GATTAAAAAA CAGATTTCAG AGTTTGACAC AGAAAGAGAA 
CAACTTAATG CCAAGCTTTG TCAAGAGGAA GCACGTACCA AAGAGTTACA AGATGAAATA 
GATAAAATGA AAAAAATTAT TGAACAATTA AAATTGTCAA AAGATGATAA TAAAGCAAAC 
CAAGCCCTTC TTCGGAAAAA CAAAGACAAG CACACCATTC CTGCAGGAGC AGGTTCACGG 
TCTGTTTCTT GCCAGGCAAA TATTTTACAT GTAGACACTA ACTCTGAAAA TCTAAAAAAG 
TCTCCTTTGA CCACACCAGC CAGACCATCC ATAGTAAATC ATGTTGTAGC TGGTAACACA 
AAAATAAATT CTTGCACAAA TTCAGCATTC TTAAAGCCAG GTTCAGATAA GCAAACTCCC 
CTTAATGATT CATTGATTAG TCTTCCTTCA AACCATGGAG TAAATGTAAG GACAGAAGAG 
AATGGGTCAT CCCAAGATCC AACAAGCAGT ACTTCTCTTT ATCCAAATAA TTCATTTTGC 
ACCTCTCCAG CTTCTCCAAG TTATTTGTCT CAGTCTATGC AGAGTTTACA TTCGCAATGT 
ACCAGCACTA CCATAAATTC AGGTCTTAGT CCTCGAATTC AGGCTGCAAA ATTTAAGTTC 
CAGGCCAATG CTAATGAACA TGATCAAAAT GGAAACACAA CTCAGCCTCG GGAATTATCA 
CCGAACAGCC GTGAAAATAT AGCTGCAAAG CAAATGGCAA GAAATACTGT AACCCAAGTC 
CTTTCCAGAT TTACAGGTCC TCAGGGAAAC ACACAATTGA GACCTGGGTT TGCACATCCA 
ATGGAAACTG GTACTTATCC TCCAGTGGCT GGACGAGCAG GCCACCCTTC TCTTGCACTG 
AAATCTACTT CAGTGTCAAG AGTGGACAGA GGGAACCCTC CACCCATTCC TCCAAAAAAG 
CCAGGATTGT CCCAAACTCC AGCTACTCCT CACCCTCAGC TAAAGGCACC CCCAAATGTA 
GTAGGAAAAA GTGAGAGCAA GCCCATAACA TCTGTTCCCT CCTGTTCAGC ACATGGAATC 
AGGGTTTTAA ATGAGGAAGG TGTATCTAAA TCTTCCTCAC CTCAGCTGCC ACCAAAACCA 
ACTATAGATA TACCTGTGGC ATCTGCAGGC TGTGTCATAC CAGCCATAGG CACATCACAG 
GTGGGTGCTT GGCCTTCCCA GTCCCATGGA TGGAAACAAC CTGCATGTTC AGATCGTTCC 
CTTGTCATTC CCACAACCAT TGCCTATAAT TCCTTCATAA ACCCTGTTAG TGCTTCATCC 
TGTAAACCAT GTGATTCTGA CAGCCTCCTG GTAACAGCAT CAGGCTGGTC TCCCTCCCTA 
ACTCCTTTGC TTACAAGTGG TAGTCCTGTT CCCCTGGGAG ACAGGTCGAC CCTTCTTCAC 
CAAGCTGCTG CCCAGGGAAA TGTCACTTTA TTGTCAATGC TGCTTAATGA AGATGGAATG 
GATATTAATC ATTTATCTAA AGTTGGTCAT TCTGCCTTGT ATTCTGCTGC TGTAAATGGA 
CATACAGACT GTGTAAAATT GCTGCTGATG TCAGGAGCAC AAGTGGATGC TGCTGTTTCA 
AATGGCTTTA CGGCTTTATG CACAGCAGCT TCTCAGGGAC ACTCAGAGTG TGCAGAGATT 
TTAATTTCAT TCAATGCTGA TGTCAATCAT GTTGCTGGAG GACAGACCCC GTTATGTCTT 
GCTTGTGAAA ATGGCAATTC TGACATTGTC AGACTTTTGC TGGAAGCTGG AGCTGATCGA 
ACTATTACAC AAAAAAATGG CTGGACACCA GTTCATGTAG CTGTAGATGC TGGAAATATT 
GAATGCCTCA AACTCCTTAT GTTCTTTGGA ACTACCTTTG ATGGAGACCT GCTAAATTGC 
AATAGTGACT CTGATGTTGA ATTTTACAAC AATAAAAATT TAGAGCTCAC ATCTTGCAGA 
GCTGAAAGCC CCATTGTTAC CTCGGAACTA ATTAACTGTG CGGACAAAGA AGGATGGACT 
GCTGCACATA TTGCTGCATC AAAAGGCTTT AAGAAATGCC TGGAAATCTT GTGCTCTCAT 
TGTGGGCTTG ATCCAGAGAG AAAGGATAAC TGCCAACGAA CAGTACATGA TGTGGCAACA 
GATGATTGCA AACATCTCTT GGAAAACCTG TATTCTCTTA GAATCCCAGT TAGGATTTTA 
CTTGATGAAA ATGTTCAGCT CTGCTGTAGC CCCAGTGAGT GGGAAAGTTG GGACATATGC 
ACTATGCACA TTCACAAACA GACAACGTGG GACGAATTTT CATCGTCTGT GATGCGTGCA 
ATCATAACCC ATTTTGGTAC AGTTGTTTCT GATGGATGGG GGAGCCAAGA AGACCTAACA 
TTTAATAACA CTGCAGAATT CAGCCTTGGT GCAGTCAGTG ACCTGTCATT CAGGCTAGGA 
AATAGTTCCT GGTCACTTGG TCAGATGTTT CTTCAGTCAC CTTGGGATTT CATCAAGATA 
AGCAAAGTAG ACAAATTATC TATTTTAATA CCTGGCCCAA AGGACGGTTA CCTTAACAGT 
GTGGCATATG CATCAATGAT TCCTCTACAG ACTTTGCAAA ACTTCCTGCG CTTGGTTGAA 
CAGTATCACA ATGTGATCTT TCAAGGCCCG GAAGGAAGCT TGCAGGAGTA CATAGTACAG 
CAGCTGGCAT ATTACATAAA GCAAAAAGAA GAGGCTTCTG GATTCAGATG TGATATAGTG 
AAAGTGGAGG TAGACCCTGA ATTAACCAAA GAACAGCTTG TGAGCATATG CATCAATTCA 
GGTTGCTTGA TCCCTGTTAC TGATCCACCT CCATCTAAAA AGAAAATCAT TATTGTCTTA 
GAGAACTTAG AAAATGCTTT GTTATCAGAG CTGCTTTGGG ATATAATGGC ACCTTTGGAA 
GATCGCAGCA GTGAAAATCC ATATTATGTT CAAAGAGCAA ATGGCTTGTC TGATGCCTAC 
TACTTCCATG AAGGTTGCTT TTTGATGGGA ACTGTTGCAA GACCCCGCTT ACAAAGTTCT 
GAGCTTTTGG TTCAGCAGCA TTTCCGCTGG GTTCAACTAA GGTGGGATGG AGAACCTATC 
CAAAGTGTGC TCCAGAGGTA TCTAAAAAGG AAAGCTGTCT ATCAGTTTAA AGGCCAGATC 
CCTTCCACTA GCGATCCAGT TTACAAAGGA ATAACCTGGG TTTGTACAGT GTGGCACCAG 
CTGAATTCCT GCTTGTCTCG CTTGGGCACA CCAGAAGCCC TTATTGGCCC ACAGCTGTTT 
TTCTCTTGTC CCGTAGTTCC AGGAAATGAG CATATAATTG TAAAATGGAT GGCTAAATTG 
TGGAATGCAG TTATTGTTCC CAAGGTTCAA GAAGCCATAT TATCGATAGC CTCAGTGAGG 
ACACCTTCCA CAAATATCAC AGCGGCTAAA TCTCCAAGTC AAGGTCAACA GGCAGTGGTT 
AAAGCGGCTC TGAGTATTCT TTTGAATAAG GCCATTTTAC ATGGTTGTCA TCTTCCAAGA 
AATGATCTTG ATCAGTATAT AGCTGATTTT AAAGGAGGCA GCTTTTCTTT ATCGATGAGT 
TCCACCTACC AATCAGGAAG AAAAAGAGGA GAAAATGGAG CCTGGAGAAA AGTCAGTACA 
AGTCCTCGCA AGAAATCCAG TCGTGTCTCT ACAATGTGGA ACAAACAGGA GGGGAAAGAA 
GTGGAACTGC CCAAGAATGA CGTGAAGCAA AGAAGCATTG TGTCACTGGC CAAGAGGAAG 
CCCTTGGAAG AGAACCGTCC CACACTGTGT AATCTGGACC AAAGATATTT AAATGGCTCA 
GATGATGAGG TTGATCTTGT AAAAGAACTG AGGACTTTGT GTTCCAGTAA GTCAGAACCA 
GACATCAGCA AGATTACGGA ATTCGATAAT TGTCTAGTCA TATTTAAAAG TCCTACAAAT 
GACCAGAAGC CAGCAACTAT AACTGAGCAG CCTTTCCAAA AACAAAAAAC AGACATGGCC 
TGTCCTCTAA GCAGCAGAAA GAATTTAGAA TCCAGCATTC AGAAACCAAA AGCGGAACCT 
GGGAAAGCCA AGTCCTCGCT CCCTGTACCT CGAAACAAAG TTACCGCATG TGTTCCAGCC 
AACAGAAGGA GCAGCAGCAA TACAAGGCAA AAAGAGATCA ATCATGACTC ACACAACGAG 
ATTTGGAACT TGCACAAAAA TATTGAGATT AATAATGCAA ACAAATGA

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

RefSeq	XP_002935014.2
CDS	81..4988
Translation	MATVEGSEEEQAEPFCTAQGDTDNKKDFNVENLSKPELRFLLSILEGELEARDLVIEALRARRKEVFVQERYGRFNLGDPFLALQRDFETGLVVKEKKPICSNPLTILEAVMSHCRKMQERMSAQLAAAERRQKKLESENTRLQNIEQEHKKLMLRLEEERAKNKHVVLILVKECKLLSGKIIEESQKLEDVTSKLEAEKKKGAELEEALAAEKQLRSQMEAQMEDQIKKQISEFDTEREQLNAKLCQEEARTKELQDEIDKMKKIIEQLKLSKDDNKANQALLRKNKDKHTIPAGAGSRSVSCQANILHVDTNSENLKKSPLTTPARPSIVNHVVAGNTKINSCTNSAFLKPGSDKQTPLNDSLISLPSNHGVNVRTEENGSSQDPTSSTSLYPNNSFCTSPASPSYLSQSMQSLHSQCTSTTINSGLSPRIQAAKFKFQANANEHDQNGNTTQPRELSPNSRENIAAKQMARNTVTQVLSRFTGPQGNTQLRPGFAHPMETGTYPPVAGRAGHPSLALKSTSVSRVDRGNPPPIPPKKPGLSQTPATPHPQLKAPPNVVGKSESKPITSVPSCSAHGIRVLNEEGVSKSSSPQLPPKPTIDIPVASAGCVIPAIGTSQVGAWPSQSHGWKQPACSDRSLVIPTTIAYNSFINPVSASSCKPCDSDSLLVTASGWSPSLTPLLTSGSPVPLGDRSTLLHQAAAQGNVTLLSMLLNEDGMDINHLSKVGHSALYSAAVNGHTDCVKLLLMSGAQVDAAVSNGFTALCTAASQGHSECAEILISFNADVNHVAGGQTPLCLACENGNSDIVRLLLEAGADRTITQKNGWTPVHVAVDAGNIECLKLLMFFGTTFDGDLLNCNSDSDVEFYNNKNLELTSCRAESPIVTSELINCADKEGWTAAHIAASKGFKKCLEILCSHCGLDPERKDNCQRTVHDVATDDCKHLLENLYSLRIPVRILLDENVQLCCSPSEWESWDICTMHIHKQTTWDEFSSSVMRAIITHFGTVVSDGWGSQEDLTFNNTAEFSLGAVSDLSFRLGNSSWSLGQMFLQSPWDFIKISKVDKLSILIPGPKDGYLNSVAYASMIPLQTLQNFLRLVEQYHNVIFQGPEGSLQEYIVQQLAYYIKQKEEASGFRCDIVKVEVDPELTKEQLVSICINSGCLIPVTDPPPSKKKIIIVLENLENALLSELLWDIMAPLEDRSSENPYYVQRANGLSDAYYFHEGCFLMGTVARPRLQSSELLVQQHFRWVQLRWDGEPIQSVLQRYLKRKAVYQFKGQIPSTSDPVYKGITWVCTVWHQLNSCLSRLGTPEALIGPQLFFSCPVVPGNEHIIVKWMAKLWNAVIVPKVQEAILSIASVRTPSTNITAAKSPSQGQQAVVKAALSILLNKAILHGCHLPRNDLDQYIADFKGGSFSLSMSSTYQSGRKRGENGAWRKVSTSPRKKSSRVSTMWNKQEGKEVELPKNDVKQRSIVSLAKRKPLEENRPTLCNLDQRYLNGSDDEVDLVKELRTLCSSKSEPDISKITEFDNCLVIFKSPTNDQKPATITEQPFQKQKTDMACPLSSRKNLESSIQKPKAEPGKAKSSLPVPRNKVTACVPANRRSSSNTRQKEINHDSHNEIWNLHKNIEINNANK

Target ORF information:

RefSeq Version	XM_002934968.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X2, mRNA.

Target ORF information:

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

XM_002934968.5

ORF Insert Sequence:

ATGGCGACGG TGGAGGGGAG TGAGGAAGAG CAGGCTGAGC CTTTCTGCAC TGCCCAAGGG 
GACACGGATA ACAAGAAAGA CTTTAATGTG GAAAATCTGA GCAAGCCAGA ATTACGTTTC 
CTTTTAAGTA TTCTAGAAGG AGAATTGGAA GCAAGAGACC TTGTTATTGA AGCCTTGAGG 
GCACGAAGAA AAGAAGTTTT TGTACAAGAA AGATATGGGA GATTTAATCT TGGTGATCCC 
TTCTTGGCTC TACAAAGAGA CTTTGAAACA GGCCTGGTTG TTAAAGAAAA GAAGCCAATC 
TGTAGCAATC CACTCACTAT TTTGGAGGCT GTTATGTCTC ACTGCAGGAA AATGCAAGAA 
AGAATGTCGG CACAACTGGC TGCAGCAGAG AGAAGGCAAA AGAAGCTGGA GTCGGAAAAT 
ACTCGTCTAC AAAACATAGA GCAAGAGCAC AAGAAGCTAA TGCTTCGTCT TGAAGAAGAA 
CGAGCTAAAA ATAAGCATGT AGTTCTTATC CTTGTTAAGG AATGCAAGCT TTTGTCTGGA 
AAAATAATAG AAGAATCTCA AAAGCTTGAA GATGTAACAT CAAAACTAGA AGCAGAAAAG 
AAAAAGGGTG CTGAACTAGA AGAAGCTTTG GCTGCAGAAA AACAGCTTCG ATCACAAATG 
GAAGCGCAGA TGGAGGATCA GATTAAAAAA CAGATTTCAG AGTTTGACAC AGAAAGAGAA 
CAACTTAATG CCAAGCTTTG TCAAGAGGAA GCACGTACCA AAGAGTTACA AGATGAAATA 
GATAAAATGA AAAAAATTAT TGAACAATTA AAATTGTCAA AAGATGATAA TAAAGCAAAC 
CAAGCCCTTC TTCGGAAAAA CAAAGACAAG CACACCATTC CTGCAGGAGC AGGTTCACGG 
TCTGTTTCTT GCCAGGCAAA TATTTTACAT GTAGACACTA ACTCTGAAAA TCTAAAAAAG 
TCTCCTTTGA CCACACCAGC CAGACCATCC ATAGTAAATC ATGTTGTAGC TGGTAACACA 
AAAATAAATT CTTGCACAAA TTCAGCATTC TTAAAGCCAG GTTCAGATAA GCAAACTCCC 
CTTAATGATT CATTGATTAG TCTTCCTTCA AACCATGGAG TAAATGTAAG GACAGAAGAG 
AATGGGTCAT CCCAAGATCC AACAAGCAGT ACTTCTCTTT ATCCAAATAA TTCATTTTGC 
ACCTCTCCAG CTTCTCCAAG TTATTTGTCT CAGTCTATGC AGAGTTTACA TTCGCAATGT 
ACCAGCACTA CCATAAATTC AGGTCTTAGT CCTCGAATTC AGGCTGCAAA ATTTAAGTTC 
CAGGCCAATG CTAATGAACA TGATCAAAAT GGAAACACAA CTCAGCCTCG GGAATTATCA 
CCGAACAGCC GTGAAAATAT AGCTGCAAAG CAAATGGCAA GAAATACTGT AACCCAAGTC 
CTTTCCAGAT TTACAGGTCC TCAGGGAAAC ACACAATTGA GACCTGGGTT TGCACATCCA 
ATGGAAACTG GTACTTATCC TCCAGTGGCT GGACGAGCAG GCCACCCTTC TCTTGCACTG 
AAATCTACTT CAGTGTCAAG AGTGGACAGA GGGAACCCTC CACCCATTCC TCCAAAAAAG 
CCAGGATTGT CCCAAACTCC AGCTACTCCT CACCCTCAGC TAAAGGCACC CCCAAATGTA 
GTAGGAAAAA GTGAGAGCAA GCCCATAACA TCTGTTCCCT CCTGTTCAGC ACATGGAATC 
AGGGTTTTAA ATGAGGAAGG TGTATCTAAA TCTTCCTCAC CTCAGCTGCC ACCAAAACCA 
ACTATAGATA TACCTGTGGC ATCTGCAGGC TGTGTCATAC CAGCCATAGG CACATCACAG 
GTGGGTGCTT GGCCTTCCCA GTCCCATGGA TGGAAACAAC CTGCATGTTC AGATCGTTCC 
CTTGTCATTC CCACAACCAT TGCCTATAAT TCCTTCATAA ACCCTGTTAG TGCTTCATCC 
TGTAAACCAT GTGATTCTGA CAGCCTCCTG GTAACAGCAT CAGGCTGGTC TCCCTCCCTA 
ACTCCTTTGC TTACAAGTGG TAGTCCTGTT CCCCTGGGAG ACAGGTCGAC CCTTCTTCAC 
CAAGCTGCTG CCCAGGGAAA TGTCACTTTA TTGTCAATGC TGCTTAATGA AGATGGAATG 
GATATTAATC ATTTATCTAA AGTTGGTCAT TCTGCCTTGT ATTCTGCTGC TGTAAATGGA 
CATACAGACT GTGTAAAATT GCTGCTGATG TCAGGAGCAC AAGTGGATGC TGCTGTTTCA 
AATGGCTTTA CGGCTTTATG CACAGCAGCT TCTCAGGGAC ACTCAGAGTG TGCAGAGATT 
TTAATTTCAT TCAATGCTGA TGTCAATCAT GTTGCTGGAG GACAGACCCC GTTATGTCTT 
GCTTGTGAAA ATGGCAATTC TGACATTGTC AGACTTTTGC TGGAAGCTGG AGCTGATCGA 
ACTATTACAC AAAAAAATGG CTGGACACCA GTTCATGTAG CTGTAGATGC TGGAAATATT 
GAATGCCTCA AACTCCTTAT GTTCTTTGGA ACTACCTTTG ATGGAGACCT GCTAAATTGC 
AATAGTGACT CTGATGTTGA ATTTTACAAC AATAAAAATT TAGAGCTCAC ATCTTGCAGA 
GCTGAAAGCC CCATTGTTAC CTCGGAACTA ATTAACTGTG CGGACAAAGA AGGATGGACT 
GCTGCACATA TTGCTGCATC AAAAGGCTTT AAGAAATGCC TGGAAATCTT GTGCTCTCAT 
TGTGGGCTTG ATCCAGAGAG AAAGGATAAC TGCCAACGAA CAGTACATGA TGTGGCAACA 
GATGATTGCA AACATCTCTT GGAAAACCTG TATTCTCTTA GAATCCCAGT TAGGATTTTA 
CTTGATGAAA ATGTTCAGCT CTGCTGTAGC CCCAGTGAGT GGGAAAGTTG GGACATATGC 
ACTATGCACA TTCACAAACA GACAACGTGG GACGAATTTT CATCGTCTGT GATGCGTGCA 
ATCATAACCC ATTTTGGTAC AGTTGTTTCT GATGGATGGG GGAGCCAAGA AGACCTAACA 
TTTAATAACA CTGCAGAATT CAGCCTTGGT GCAGTCAGTG ACCTGTCATT CAGGCTAGGA 
AATAGTTCCT GGTCACTTGG TCAGATGTTT CTTCAGTCAC CTTGGGATTT CATCAAGATA 
AGCAAAGTAG ACAAATTATC TATTTTAATA CCTGGCCCAA AGGACGGTTA CCTTAACAGT 
GTGGCATATG CATCAATGAT TCCTCTACAG ACTTTGCAAA ACTTCCTGCG CTTGGTTGAA 
CAGTATCACA ATGTGATCTT TCAAGGCCCG GAAGGAAGCT TGCAGGAGTA CATAGTACAG 
CAGCTGGCAT ATTACATAAA GCAAAAAGAA GAGGCTTCTG GATTCAGATG TGATATAGTG 
AAAGTGGAGG TAGACCCTGA ATTAACCAAA GAACAGCTTG TGAGCATATG CATCAATTCA 
GGTTGCTTGA TCCCTGTTAC TGATCCACCT CCATCTAAAA AGAAAATCAT TATTGTCTTA 
GAGAACTTAG AAAATGCTTT GTTATCAGAG CTGCTTTGGG ATATAATGGC ACCTTTGGAA 
GATCGCAGCA GTGAAAATCC ATATTATGTT CAAAGAGCAA ATGGCTTGTC TGATGCCTAC 
TACTTCCATG AAGGTTGCTT TTTGATGGGA ACTGTTGCAA GACCCCGCTT ACAAAGTTCT 
GAGCTTTTGG TTCAGCAGCA TTTCCGCTGG GTTCAACTAA GGTGGGATGG AGAACCTATC 
CAAAGTGTGC TCCAGAGGTA TCTAAAAAGG AAAGCTGTCT ATCAGTTTAA AGGCCAGATC 
CCTTCCACTA GCGATCCAGT TTACAAAGGA ATAACCTGGG TTTGTACAGT GTGGCACCAG 
CTGAATTCCT GCTTGTCTCG CTTGGGCACA CCAGAAGCCC TTATTGGCCC ACAGCTGTTT 
TTCTCTTGTC CCGTAGTTCC AGGAAATGAG CATATAATTG TAAAATGGAT GGCTAAATTG 
TGGAATGCAG TTATTGTTCC CAAGGTTCAA GAAGCCATAT TATCGATAGC CTCAGTGAGG 
ACACCTTCCA CAAATATCAC AGCGGCTAAA TCTCCAAGTC AAGGTCAACA GGCAGTGGTT 
AAAGCGGCTC TGAGTATTCT TTTGAATAAG GCCATTTTAC ATGGTTGTCA TCTTCCAAGA 
AATGATCTTG ATCAGTATAT AGCTGATTTT AAAGGAGGCA GCTTTTCTTT ATCGATGAGT 
TCCACCTACC AATCAGGAAG AAAAAGAGGA GAAAATGGAG CCTGGAGAAA AGTCAGTACA 
AGTCCTCGCA AGAAATCCAG TCGTGTCTCT ACAATGTGGA ACAAACAGGA GGGGAAAGAA 
GTGGAACTGC CCAAGAATGA CGTGAAGCAA AGAAGCATTG TGTCACTGGC CAAGAGGAAG 
CCCTTGGAAG AGAACCGTCC CACACTGTGT AATCTGGACC AAAGATATTT AAATGGCTCA 
GATGATGAGG TTGATCTTGT AAAAGAACTG AGGACTTTGT GTTCCAGTAA GTCAGAACCA 
GACATCAGCA AGATTACGGA ATTCGATAAT TGTCTAGTCA TATTTAAAAG TCCTACAAAT 
GACCAGAAGC CAGCAACTAT AACTGAGCAG CCTTTCCAAA AACAAAAAAC AGACATGGCC 
TGTCCTCTAA GCAGCAGAAA GAATTTAGAA TCCAGCATTC AGAAACCAAA AGCGGAACCT 
GGGAAAGCCA AGTCCTCGCT CCCTGTACCT CGAAACAAAG TTACCGCATG TGTTCCAGCC 
AACAGAAGGA GCAGCAGCAA TACAAGGCAA AAAGAGATCA ATCATGACTC ACACAACGAG 
ATTTGGAACT TGCACAAAAA TATTGAGATT AATAATGCAA ACAAATGA

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

cttnbp2 ( XM_002934968.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935014.2 Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa07832
Clone ID Related Accession (Same CDS sequence)	XM_002934968.4
Accession Version	XM_002934968.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) 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	cortactin-binding protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002934968.3. ##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##

ATGGCGACGG TGGAGGGGAG TGAGGAAGAG CAGGCTGAGC CTTTCTGCAC TGCCCAAGGG 
GACACGGATA ACAAGAAAGA CTTTAATGTG GAAAATCTGA GCAAGCCAGA ATTACGTTTC 
CTTTTAAGTA TTCTAGAAGG AGAATTGGAA GCAAGAGACC TTGTTATTGA AGCCTTGAGG 
GCACGAAGAA AAGAAGTTTT TGTACAAGAA AGATATGGGA GATTTAATCT TGGTGATCCC 
TTCTTGGCTC TACAAAGAGA CTTTGAAACA GGCCTGGTTG TTAAAGAAAA GAAGCCAATC 
TGTAGCAATC CACTCACTAT TTTGGAGGCT GTTATGTCTC ACTGCAGGAA AATGCAAGAA 
AGAATGTCGG CACAACTGGC TGCAGCAGAG AGAAGGCAAA AGAAGCTGGA GTCGGAAAAT 
ACTCGTCTAC AAAACATAGA GCAAGAGCAC AAGAAGCTAA TGCTTCGTCT TGAAGAAGAA 
CGAGCTAAAA ATAAGCATGT AGTTCTTATC CTTGTTAAGG AATGCAAGCT TTTGTCTGGA 
AAAATAATAG AAGAATCTCA AAAGCTTGAA GATGTAACAT CAAAACTAGA AGCAGAAAAG 
AAAAAGGGTG CTGAACTAGA AGAAGCTTTG GCTGCAGAAA AACAGCTTCG ATCACAAATG 
GAAGCGCAGA TGGAGGATCA GATTAAAAAA CAGATTTCAG AGTTTGACAC AGAAAGAGAA 
CAACTTAATG CCAAGCTTTG TCAAGAGGAA GCACGTACCA AAGAGTTACA AGATGAAATA 
GATAAAATGA AAAAAATTAT TGAACAATTA AAATTGTCAA AAGATGATAA TAAAGCAAAC 
CAAGCCCTTC TTCGGAAAAA CAAAGACAAG CACACCATTC CTGCAGGAGC AGGTTCACGG 
TCTGTTTCTT GCCAGGCAAA TATTTTACAT GTAGACACTA ACTCTGAAAA TCTAAAAAAG 
TCTCCTTTGA CCACACCAGC CAGACCATCC ATAGTAAATC ATGTTGTAGC TGGTAACACA 
AAAATAAATT CTTGCACAAA TTCAGCATTC TTAAAGCCAG GTTCAGATAA GCAAACTCCC 
CTTAATGATT CATTGATTAG TCTTCCTTCA AACCATGGAG TAAATGTAAG GACAGAAGAG 
AATGGGTCAT CCCAAGATCC AACAAGCAGT ACTTCTCTTT ATCCAAATAA TTCATTTTGC 
ACCTCTCCAG CTTCTCCAAG TTATTTGTCT CAGTCTATGC AGAGTTTACA TTCGCAATGT 
ACCAGCACTA CCATAAATTC AGGTCTTAGT CCTCGAATTC AGGCTGCAAA ATTTAAGTTC 
CAGGCCAATG CTAATGAACA TGATCAAAAT GGAAACACAA CTCAGCCTCG GGAATTATCA 
CCGAACAGCC GTGAAAATAT AGCTGCAAAG CAAATGGCAA GAAATACTGT AACCCAAGTC 
CTTTCCAGAT TTACAGGTCC TCAGGGAAAC ACACAATTGA GACCTGGGTT TGCACATCCA 
ATGGAAACTG GTACTTATCC TCCAGTGGCT GGACGAGCAG GCCACCCTTC TCTTGCACTG 
AAATCTACTT CAGTGTCAAG AGTGGACAGA GGGAACCCTC CACCCATTCC TCCAAAAAAG 
CCAGGATTGT CCCAAACTCC AGCTACTCCT CACCCTCAGC TAAAGGCACC CCCAAATGTA 
GTAGGAAAAA GTGAGAGCAA GCCCATAACA TCTGTTCCCT CCTGTTCAGC ACATGGAATC 
AGGGTTTTAA ATGAGGAAGG TGTATCTAAA TCTTCCTCAC CTCAGCTGCC ACCAAAACCA 
ACTATAGATA TACCTGTGGC ATCTGCAGGC TGTGTCATAC CAGCCATAGG CACATCACAG 
GTGGGTGCTT GGCCTTCCCA GTCCCATGGA TGGAAACAAC CTGCATGTTC AGATCGTTCC 
CTTGTCATTC CCACAACCAT TGCCTATAAT TCCTTCATAA ACCCTGTTAG TGCTTCATCC 
TGTAAACCAT GTGATTCTGA CAGCCTCCTG GTAACAGCAT CAGGCTGGTC TCCCTCCCTA 
ACTCCTTTGC TTACAAGTGG TAGTCCTGTT CCCCTGGGAG ACAGGTCGAC CCTTCTTCAC 
CAAGCTGCTG CCCAGGGAAA TGTCACTTTA TTGTCAATGC TGCTTAATGA AGATGGAATG 
GATATTAATC ATTTATCTAA AGTTGGTCAT TCTGCCTTGT ATTCTGCTGC TGTAAATGGA 
CATACAGACT GTGTAAAATT GCTGCTGATG TCAGGAGCAC AAGTGGATGC TGCTGTTTCA 
AATGGCTTTA CGGCTTTATG CACAGCAGCT TCTCAGGGAC ACTCAGAGTG TGCAGAGATT 
TTAATTTCAT TCAATGCTGA TGTCAATCAT GTTGCTGGAG GACAGACCCC GTTATGTCTT 
GCTTGTGAAA ATGGCAATTC TGACATTGTC AGACTTTTGC TGGAAGCTGG AGCTGATCGA 
ACTATTACAC AAAAAAATGG CTGGACACCA GTTCATGTAG CTGTAGATGC TGGAAATATT 
GAATGCCTCA AACTCCTTAT GTTCTTTGGA ACTACCTTTG ATGGAGACCT GCTAAATTGC 
AATAGTGACT CTGATGTTGA ATTTTACAAC AATAAAAATT TAGAGCTCAC ATCTTGCAGA 
GCTGAAAGCC CCATTGTTAC CTCGGAACTA ATTAACTGTG CGGACAAAGA AGGATGGACT 
GCTGCACATA TTGCTGCATC AAAAGGCTTT AAGAAATGCC TGGAAATCTT GTGCTCTCAT 
TGTGGGCTTG ATCCAGAGAG AAAGGATAAC TGCCAACGAA CAGTACATGA TGTGGCAACA 
GATGATTGCA AACATCTCTT GGAAAACCTG TATTCTCTTA GAATCCCAGT TAGGATTTTA 
CTTGATGAAA ATGTTCAGCT CTGCTGTAGC CCCAGTGAGT GGGAAAGTTG GGACATATGC 
ACTATGCACA TTCACAAACA GACAACGTGG GACGAATTTT CATCGTCTGT GATGCGTGCA 
ATCATAACCC ATTTTGGTAC AGTTGTTTCT GATGGATGGG GGAGCCAAGA AGACCTAACA 
TTTAATAACA CTGCAGAATT CAGCCTTGGT GCAGTCAGTG ACCTGTCATT CAGGCTAGGA 
AATAGTTCCT GGTCACTTGG TCAGATGTTT CTTCAGTCAC CTTGGGATTT CATCAAGATA 
AGCAAAGTAG ACAAATTATC TATTTTAATA CCTGGCCCAA AGGACGGTTA CCTTAACAGT 
GTGGCATATG CATCAATGAT TCCTCTACAG ACTTTGCAAA ACTTCCTGCG CTTGGTTGAA 
CAGTATCACA ATGTGATCTT TCAAGGCCCG GAAGGAAGCT TGCAGGAGTA CATAGTACAG 
CAGCTGGCAT ATTACATAAA GCAAAAAGAA GAGGCTTCTG GATTCAGATG TGATATAGTG 
AAAGTGGAGG TAGACCCTGA ATTAACCAAA GAACAGCTTG TGAGCATATG CATCAATTCA 
GGTTGCTTGA TCCCTGTTAC TGATCCACCT CCATCTAAAA AGAAAATCAT TATTGTCTTA 
GAGAACTTAG AAAATGCTTT GTTATCAGAG CTGCTTTGGG ATATAATGGC ACCTTTGGAA 
GATCGCAGCA GTGAAAATCC ATATTATGTT CAAAGAGCAA ATGGCTTGTC TGATGCCTAC 
TACTTCCATG AAGGTTGCTT TTTGATGGGA ACTGTTGCAA GACCCCGCTT ACAAAGTTCT 
GAGCTTTTGG TTCAGCAGCA TTTCCGCTGG GTTCAACTAA GGTGGGATGG AGAACCTATC 
CAAAGTGTGC TCCAGAGGTA TCTAAAAAGG AAAGCTGTCT ATCAGTTTAA AGGCCAGATC 
CCTTCCACTA GCGATCCAGT TTACAAAGGA ATAACCTGGG TTTGTACAGT GTGGCACCAG 
CTGAATTCCT GCTTGTCTCG CTTGGGCACA CCAGAAGCCC TTATTGGCCC ACAGCTGTTT 
TTCTCTTGTC CCGTAGTTCC AGGAAATGAG CATATAATTG TAAAATGGAT GGCTAAATTG 
TGGAATGCAG TTATTGTTCC CAAGGTTCAA GAAGCCATAT TATCGATAGC CTCAGTGAGG 
ACACCTTCCA CAAATATCAC AGCGGCTAAA TCTCCAAGTC AAGGTCAACA GGCAGTGGTT 
AAAGCGGCTC TGAGTATTCT TTTGAATAAG GCCATTTTAC ATGGTTGTCA TCTTCCAAGA 
AATGATCTTG ATCAGTATAT AGCTGATTTT AAAGGAGGCA GCTTTTCTTT ATCGATGAGT 
TCCACCTACC AATCAGGAAG AAAAAGAGGA GAAAATGGAG CCTGGAGAAA AGTCAGTACA 
AGTCCTCGCA AGAAATCCAG TCGTGTCTCT ACAATGTGGA ACAAACAGGA GGGGAAAGAA 
GTGGAACTGC CCAAGAATGA CGTGAAGCAA AGAAGCATTG TGTCACTGGC CAAGAGGAAG 
CCCTTGGAAG AGAACCGTCC CACACTGTGT AATCTGGACC AAAGATATTT AAATGGCTCA 
GATGATGAGG TTGATCTTGT AAAAGAACTG AGGACTTTGT GTTCCAGTAA GTCAGAACCA 
GACATCAGCA AGATTACGGA ATTCGACAAT TGTCTAGTCA TATTTAAAAG TCCTACAAAT 
GACCAGAAGC CAGCAACTAT AACTGAGCAG CCTTTCCAAA AACAAAAAAC AGACATGGCC 
TGTCCTCTAA GCAGCAGAAA GAATTTAGAA TCCAGCATTC AGAAACCAAA AGCGGAACCT 
GGGAAAGCCA AGTCCTCGCT CCCTGTACCT CGAAACAAAG TTACCGCATG TGTTCCAGCC 
AACAGAAGGA GCAGCAGCAA TACAAGGCAA AAAGAGATCA ATCATGACTC ACACAACGAG 
ATTTGGAACT TGCACAAAAA TATTGAGATT AATAATGCAA ACAAATGA

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

RefSeq	XP_002935014.2
CDS	108..5015
Translation	MATVEGSEEEQAEPFCTAQGDTDNKKDFNVENLSKPELRFLLSILEGELEARDLVIEALRARRKEVFVQERYGRFNLGDPFLALQRDFETGLVVKEKKPICSNPLTILEAVMSHCRKMQERMSAQLAAAERRQKKLESENTRLQNIEQEHKKLMLRLEEERAKNKHVVLILVKECKLLSGKIIEESQKLEDVTSKLEAEKKKGAELEEALAAEKQLRSQMEAQMEDQIKKQISEFDTEREQLNAKLCQEEARTKELQDEIDKMKKIIEQLKLSKDDNKANQALLRKNKDKHTIPAGAGSRSVSCQANILHVDTNSENLKKSPLTTPARPSIVNHVVAGNTKINSCTNSAFLKPGSDKQTPLNDSLISLPSNHGVNVRTEENGSSQDPTSSTSLYPNNSFCTSPASPSYLSQSMQSLHSQCTSTTINSGLSPRIQAAKFKFQANANEHDQNGNTTQPRELSPNSRENIAAKQMARNTVTQVLSRFTGPQGNTQLRPGFAHPMETGTYPPVAGRAGHPSLALKSTSVSRVDRGNPPPIPPKKPGLSQTPATPHPQLKAPPNVVGKSESKPITSVPSCSAHGIRVLNEEGVSKSSSPQLPPKPTIDIPVASAGCVIPAIGTSQVGAWPSQSHGWKQPACSDRSLVIPTTIAYNSFINPVSASSCKPCDSDSLLVTASGWSPSLTPLLTSGSPVPLGDRSTLLHQAAAQGNVTLLSMLLNEDGMDINHLSKVGHSALYSAAVNGHTDCVKLLLMSGAQVDAAVSNGFTALCTAASQGHSECAEILISFNADVNHVAGGQTPLCLACENGNSDIVRLLLEAGADRTITQKNGWTPVHVAVDAGNIECLKLLMFFGTTFDGDLLNCNSDSDVEFYNNKNLELTSCRAESPIVTSELINCADKEGWTAAHIAASKGFKKCLEILCSHCGLDPERKDNCQRTVHDVATDDCKHLLENLYSLRIPVRILLDENVQLCCSPSEWESWDICTMHIHKQTTWDEFSSSVMRAIITHFGTVVSDGWGSQEDLTFNNTAEFSLGAVSDLSFRLGNSSWSLGQMFLQSPWDFIKISKVDKLSILIPGPKDGYLNSVAYASMIPLQTLQNFLRLVEQYHNVIFQGPEGSLQEYIVQQLAYYIKQKEEASGFRCDIVKVEVDPELTKEQLVSICINSGCLIPVTDPPPSKKKIIIVLENLENALLSELLWDIMAPLEDRSSENPYYVQRANGLSDAYYFHEGCFLMGTVARPRLQSSELLVQQHFRWVQLRWDGEPIQSVLQRYLKRKAVYQFKGQIPSTSDPVYKGITWVCTVWHQLNSCLSRLGTPEALIGPQLFFSCPVVPGNEHIIVKWMAKLWNAVIVPKVQEAILSIASVRTPSTNITAAKSPSQGQQAVVKAALSILLNKAILHGCHLPRNDLDQYIADFKGGSFSLSMSSTYQSGRKRGENGAWRKVSTSPRKKSSRVSTMWNKQEGKEVELPKNDVKQRSIVSLAKRKPLEENRPTLCNLDQRYLNGSDDEVDLVKELRTLCSSKSEPDISKITEFDNCLVIFKSPTNDQKPATITEQPFQKQKTDMACPLSSRKNLESSIQKPKAEPGKAKSSLPVPRNKVTACVPANRRSSSNTRQKEINHDSHNEIWNLHKNIEINNANK

Target ORF information:

RefSeq Version	XM_002934968.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cortactin binding protein 2 (cttnbp2), transcript variant X2, mRNA.

Target ORF information:

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

XM_002934968.4

ORF Insert Sequence:

ATGGCGACGG TGGAGGGGAG TGAGGAAGAG CAGGCTGAGC CTTTCTGCAC TGCCCAAGGG 
GACACGGATA ACAAGAAAGA CTTTAATGTG GAAAATCTGA GCAAGCCAGA ATTACGTTTC 
CTTTTAAGTA TTCTAGAAGG AGAATTGGAA GCAAGAGACC TTGTTATTGA AGCCTTGAGG 
GCACGAAGAA AAGAAGTTTT TGTACAAGAA AGATATGGGA GATTTAATCT TGGTGATCCC 
TTCTTGGCTC TACAAAGAGA CTTTGAAACA GGCCTGGTTG TTAAAGAAAA GAAGCCAATC 
TGTAGCAATC CACTCACTAT TTTGGAGGCT GTTATGTCTC ACTGCAGGAA AATGCAAGAA 
AGAATGTCGG CACAACTGGC TGCAGCAGAG AGAAGGCAAA AGAAGCTGGA GTCGGAAAAT 
ACTCGTCTAC AAAACATAGA GCAAGAGCAC AAGAAGCTAA TGCTTCGTCT TGAAGAAGAA 
CGAGCTAAAA ATAAGCATGT AGTTCTTATC CTTGTTAAGG AATGCAAGCT TTTGTCTGGA 
AAAATAATAG AAGAATCTCA AAAGCTTGAA GATGTAACAT CAAAACTAGA AGCAGAAAAG 
AAAAAGGGTG CTGAACTAGA AGAAGCTTTG GCTGCAGAAA AACAGCTTCG ATCACAAATG 
GAAGCGCAGA TGGAGGATCA GATTAAAAAA CAGATTTCAG AGTTTGACAC AGAAAGAGAA 
CAACTTAATG CCAAGCTTTG TCAAGAGGAA GCACGTACCA AAGAGTTACA AGATGAAATA 
GATAAAATGA AAAAAATTAT TGAACAATTA AAATTGTCAA AAGATGATAA TAAAGCAAAC 
CAAGCCCTTC TTCGGAAAAA CAAAGACAAG CACACCATTC CTGCAGGAGC AGGTTCACGG 
TCTGTTTCTT GCCAGGCAAA TATTTTACAT GTAGACACTA ACTCTGAAAA TCTAAAAAAG 
TCTCCTTTGA CCACACCAGC CAGACCATCC ATAGTAAATC ATGTTGTAGC TGGTAACACA 
AAAATAAATT CTTGCACAAA TTCAGCATTC TTAAAGCCAG GTTCAGATAA GCAAACTCCC 
CTTAATGATT CATTGATTAG TCTTCCTTCA AACCATGGAG TAAATGTAAG GACAGAAGAG 
AATGGGTCAT CCCAAGATCC AACAAGCAGT ACTTCTCTTT ATCCAAATAA TTCATTTTGC 
ACCTCTCCAG CTTCTCCAAG TTATTTGTCT CAGTCTATGC AGAGTTTACA TTCGCAATGT 
ACCAGCACTA CCATAAATTC AGGTCTTAGT CCTCGAATTC AGGCTGCAAA ATTTAAGTTC 
CAGGCCAATG CTAATGAACA TGATCAAAAT GGAAACACAA CTCAGCCTCG GGAATTATCA 
CCGAACAGCC GTGAAAATAT AGCTGCAAAG CAAATGGCAA GAAATACTGT AACCCAAGTC 
CTTTCCAGAT TTACAGGTCC TCAGGGAAAC ACACAATTGA GACCTGGGTT TGCACATCCA 
ATGGAAACTG GTACTTATCC TCCAGTGGCT GGACGAGCAG GCCACCCTTC TCTTGCACTG 
AAATCTACTT CAGTGTCAAG AGTGGACAGA GGGAACCCTC CACCCATTCC TCCAAAAAAG 
CCAGGATTGT CCCAAACTCC AGCTACTCCT CACCCTCAGC TAAAGGCACC CCCAAATGTA 
GTAGGAAAAA GTGAGAGCAA GCCCATAACA TCTGTTCCCT CCTGTTCAGC ACATGGAATC 
AGGGTTTTAA ATGAGGAAGG TGTATCTAAA TCTTCCTCAC CTCAGCTGCC ACCAAAACCA 
ACTATAGATA TACCTGTGGC ATCTGCAGGC TGTGTCATAC CAGCCATAGG CACATCACAG 
GTGGGTGCTT GGCCTTCCCA GTCCCATGGA TGGAAACAAC CTGCATGTTC AGATCGTTCC 
CTTGTCATTC CCACAACCAT TGCCTATAAT TCCTTCATAA ACCCTGTTAG TGCTTCATCC 
TGTAAACCAT GTGATTCTGA CAGCCTCCTG GTAACAGCAT CAGGCTGGTC TCCCTCCCTA 
ACTCCTTTGC TTACAAGTGG TAGTCCTGTT CCCCTGGGAG ACAGGTCGAC CCTTCTTCAC 
CAAGCTGCTG CCCAGGGAAA TGTCACTTTA TTGTCAATGC TGCTTAATGA AGATGGAATG 
GATATTAATC ATTTATCTAA AGTTGGTCAT TCTGCCTTGT ATTCTGCTGC TGTAAATGGA 
CATACAGACT GTGTAAAATT GCTGCTGATG TCAGGAGCAC AAGTGGATGC TGCTGTTTCA 
AATGGCTTTA CGGCTTTATG CACAGCAGCT TCTCAGGGAC ACTCAGAGTG TGCAGAGATT 
TTAATTTCAT TCAATGCTGA TGTCAATCAT GTTGCTGGAG GACAGACCCC GTTATGTCTT 
GCTTGTGAAA ATGGCAATTC TGACATTGTC AGACTTTTGC TGGAAGCTGG AGCTGATCGA 
ACTATTACAC AAAAAAATGG CTGGACACCA GTTCATGTAG CTGTAGATGC TGGAAATATT 
GAATGCCTCA AACTCCTTAT GTTCTTTGGA ACTACCTTTG ATGGAGACCT GCTAAATTGC 
AATAGTGACT CTGATGTTGA ATTTTACAAC AATAAAAATT TAGAGCTCAC ATCTTGCAGA 
GCTGAAAGCC CCATTGTTAC CTCGGAACTA ATTAACTGTG CGGACAAAGA AGGATGGACT 
GCTGCACATA TTGCTGCATC AAAAGGCTTT AAGAAATGCC TGGAAATCTT GTGCTCTCAT 
TGTGGGCTTG ATCCAGAGAG AAAGGATAAC TGCCAACGAA CAGTACATGA TGTGGCAACA 
GATGATTGCA AACATCTCTT GGAAAACCTG TATTCTCTTA GAATCCCAGT TAGGATTTTA 
CTTGATGAAA ATGTTCAGCT CTGCTGTAGC CCCAGTGAGT GGGAAAGTTG GGACATATGC 
ACTATGCACA TTCACAAACA GACAACGTGG GACGAATTTT CATCGTCTGT GATGCGTGCA 
ATCATAACCC ATTTTGGTAC AGTTGTTTCT GATGGATGGG GGAGCCAAGA AGACCTAACA 
TTTAATAACA CTGCAGAATT CAGCCTTGGT GCAGTCAGTG ACCTGTCATT CAGGCTAGGA 
AATAGTTCCT GGTCACTTGG TCAGATGTTT CTTCAGTCAC CTTGGGATTT CATCAAGATA 
AGCAAAGTAG ACAAATTATC TATTTTAATA CCTGGCCCAA AGGACGGTTA CCTTAACAGT 
GTGGCATATG CATCAATGAT TCCTCTACAG ACTTTGCAAA ACTTCCTGCG CTTGGTTGAA 
CAGTATCACA ATGTGATCTT TCAAGGCCCG GAAGGAAGCT TGCAGGAGTA CATAGTACAG 
CAGCTGGCAT ATTACATAAA GCAAAAAGAA GAGGCTTCTG GATTCAGATG TGATATAGTG 
AAAGTGGAGG TAGACCCTGA ATTAACCAAA GAACAGCTTG TGAGCATATG CATCAATTCA 
GGTTGCTTGA TCCCTGTTAC TGATCCACCT CCATCTAAAA AGAAAATCAT TATTGTCTTA 
GAGAACTTAG AAAATGCTTT GTTATCAGAG CTGCTTTGGG ATATAATGGC ACCTTTGGAA 
GATCGCAGCA GTGAAAATCC ATATTATGTT CAAAGAGCAA ATGGCTTGTC TGATGCCTAC 
TACTTCCATG AAGGTTGCTT TTTGATGGGA ACTGTTGCAA GACCCCGCTT ACAAAGTTCT 
GAGCTTTTGG TTCAGCAGCA TTTCCGCTGG GTTCAACTAA GGTGGGATGG AGAACCTATC 
CAAAGTGTGC TCCAGAGGTA TCTAAAAAGG AAAGCTGTCT ATCAGTTTAA AGGCCAGATC 
CCTTCCACTA GCGATCCAGT TTACAAAGGA ATAACCTGGG TTTGTACAGT GTGGCACCAG 
CTGAATTCCT GCTTGTCTCG CTTGGGCACA CCAGAAGCCC TTATTGGCCC ACAGCTGTTT 
TTCTCTTGTC CCGTAGTTCC AGGAAATGAG CATATAATTG TAAAATGGAT GGCTAAATTG 
TGGAATGCAG TTATTGTTCC CAAGGTTCAA GAAGCCATAT TATCGATAGC CTCAGTGAGG 
ACACCTTCCA CAAATATCAC AGCGGCTAAA TCTCCAAGTC AAGGTCAACA GGCAGTGGTT 
AAAGCGGCTC TGAGTATTCT TTTGAATAAG GCCATTTTAC ATGGTTGTCA TCTTCCAAGA 
AATGATCTTG ATCAGTATAT AGCTGATTTT AAAGGAGGCA GCTTTTCTTT ATCGATGAGT 
TCCACCTACC AATCAGGAAG AAAAAGAGGA GAAAATGGAG CCTGGAGAAA AGTCAGTACA 
AGTCCTCGCA AGAAATCCAG TCGTGTCTCT ACAATGTGGA ACAAACAGGA GGGGAAAGAA 
GTGGAACTGC CCAAGAATGA CGTGAAGCAA AGAAGCATTG TGTCACTGGC CAAGAGGAAG 
CCCTTGGAAG AGAACCGTCC CACACTGTGT AATCTGGACC AAAGATATTT AAATGGCTCA 
GATGATGAGG TTGATCTTGT AAAAGAACTG AGGACTTTGT GTTCCAGTAA GTCAGAACCA 
GACATCAGCA AGATTACGGA ATTCGACAAT TGTCTAGTCA TATTTAAAAG TCCTACAAAT 
GACCAGAAGC CAGCAACTAT AACTGAGCAG CCTTTCCAAA AACAAAAAAC AGACATGGCC 
TGTCCTCTAA GCAGCAGAAA GAATTTAGAA TCCAGCATTC AGAAACCAAA AGCGGAACCT 
GGGAAAGCCA AGTCCTCGCT CCCTGTACCT CGAAACAAAG TTACCGCATG TGTTCCAGCC 
AACAGAAGGA GCAGCAGCAA TACAAGGCAA AAAGAGATCA ATCATGACTC ACACAACGAG 
ATTTGGAACT TGCACAAAAA TATTGAGATT AATAATGCAA ACAAATGA

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

PubMed

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cttnbp2 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:

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