ehbp1l1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	ehbp1l1
Entrez Gene ID	100489353
Full Name	EH domain binding protein 1 like 1
Synonyms	tangerin
General protein information	Preferred Names EH domain binding protein 1 like 1 Names EH domain-binding protein 1-like protein 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012962232.2	XP_012817686.2	EH domain-binding protein 1-like protein 1 isoform X2
XM_012962231.2	XP_012817685.1	EH domain-binding protein 1-like protein 1 isoform X2
XM_031900700.1	XP_031756560.1	EH domain-binding protein 1-like protein 1 isoform X1
XM_012962232.1	XP_012817686.1	EH domain-binding protein 1-like protein 1 isoform X3
XM_002935354.4	XP_002935400.1	EH domain-binding protein 1-like protein 1 isoform X1
XM_012962233.2	XP_012817687.1	EH domain-binding protein 1-like protein 1 isoform X4
XM_002935354.5	XP_002935400.2	EH domain-binding protein 1-like protein 1 isoform X3

Pathways from BioSystems
Gene Ontology

The following ehbp1l1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ehbp1l1 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)
OXa34489	XM_012962233.2 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$510.30 $729.00
OXa56737	XM_002935354.5 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa08749	XM_002935354.4 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa34487	XM_012962231.2 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa56735	XM_031900700.1 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OXa56736	XM_012962232.2 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OXa34488	XM_012962232.1 Latest version!	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

ehbp1l1 ( XM_012962233.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012817687.1 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa34489
Clone ID Related Accession (Same CDS sequence)	XM_012962233.2
Accession Version	XM_012962233.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2577bp) 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	EH domain-binding protein 1-like 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_030680.1) 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_012962233.1. ##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 TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAC TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGAA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTGGT ATACAGCAGT 
ACTGATACAC TGCTACACTG GTGTCAAGAA GTGACTGGAG GATACCGTGG TGTGCGTGTC 
AACAATTTTA CAACATCCTG GAGAAATGGA TTGGCATTCT GTGCAATTCT TCATCACTTC 
CATCCTGAAT TCATAAACTA TGATGTTCTG GATCCATTAA ATATTAAGGA AAACAATAAG 
AAAGCCTTTG ATGGCTTTGC TGGTCTTGGA ATCCCTGCCC TTCTGTGCCC TACAGATATG 
CTTCTTCGTC CTATTCCTGA CAAACTCATC ATCCTTACAT ATCTCTGCCA AATACGTGAC 
CATTTCATTT CTCAGAAACG TGAGGTCATT GATACCCAAG TGACTGAAGC TGAATTTTTC 
AGTTCTAAAG AGAAAAGTAT GGCAAGCACC ACCACAGAAG AGACAAAAAT TCAGAAATCA 
ACTGTTGCAA AAAGTATTTC ACCAGAGGAC TTAAATGCAA ATATTTCACC TGGTCTAAAA 
AAGCTGATTA CAAAATCTCC TAAAGTTGAA AAACAAGAAA AATCAAGCTT GGATCGTGAG 
GATAAGGTCA ATGTTTCCAC TTTGGAAGAA AAAGAAAAGC AAAGGTTTTC CTTCACAGAG 
CAAAAAATGC CAGGCTCTGG AAAAGACAAG CAAGGCCCTA GCTCTGGGGA CAAAAGTAAA 
CCCAAAGAAA CTTCACAAGA TCTTACAATA AATGACGAGC ACAAGACTGC TAATCAAACA 
TCACCGAAAC ATGAGGCACA AAGTTCATCA ACTAATGATG CTGTAATCCC ACCACCTCGA 
ATCAAAAAAA GACTGAGTGT AAATGGAGGA TCGAATGAGT GTGATTCGAA CTTGGAACAG 
GTAGATGCCA GTGTTTCTTC TTCTTCTACT CCAGTTCCTC CTCCAAGAAA AGGAGGAGGT 
CTGGGTCACC TTCGTGATGC AGACCTTGTC AAGAAGAGGC GTTCTCTTAT ACGCACTCAG 
TCACTTTCAG AGGAAGTGGA TATCACGCAA AAAATCCATG AGACTGATTC TAGACCCTCA 
TCTGAAATTA TAAATGAGAC ACCTCCTTCT ATGCACACAA CTTCTGTTCC CTCTTCAGTC 
CCTACCACAG AGGTTAAAGT GAAAGAGGAA GAGACTCCAA GTCTCAGAGA CACCAGCCAA 
TATGTTACAT CTGAACTTGC TGCATTAGAG CTTGAACAGA GAAATGTTGA TGAAAGGGCT 
TCAGTGGTAG AAAAAGATCT CCGTTCTCTA ATGGAGAATG GTTCAGATAA AGAGGCAGAG 
GAAACTCTGA TTCAGGAATG GTTCTCACTA GTAAATCGAA GGAATGCATT GATCCGCAGG 
CAGGATGAGC TACAGCTGCT TGTTGAAGAG CAGGATCTGG AAAGGAGATT TGAGCTCCTG 
AGCAGAGACC TCCGAGGGCT ATTATGTATT GAGGAATTTA TGAAGAGTGA AGCTCAAAAG 
AAAAGAGAGA AGCTCTTACT GGATGAGTTG GTGTCTCTTG TAAACCAACG TGATGGTCTT 
GTAAGGGATT TGCATTTCAA AGGGATCAGG GCTTTTGAGG AGGATGAAAG AATTGAGAGA 
AGTCTGGAGC AAAGGAGGAG AAAGTTAAGC AAAAAGGAGA AATGTCGGAT CAGCTGA

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

RefSeq	XP_012817687.1
CDS	558..3134
Translation	MSSVWKRLQRTGKRASRFQFVASYQELKLECTQKWQPDKVVVVWTRRNRRVCSKPHSWQPGIKDPFRGSVVWAVPENVDITATLYRDPHTEYFEEKEWTFQIEGESRGHKKLLAAAPIDLRKFASISAAPREVILPLSPRSVKVVSATLVVSIASSLIREGKATDDDMQSIASLLSLKPSDIADMEDFNEEDEEEKSRQIRSPTGTGMRGYLKGIHTDYFPDPVRELNTLAEEEDETPINTTNFASQTTTKSPSNVYQSSNNVIPPRRPQEFNPVPLDKSNNSVTNFKGEEQARRTTEKSPTCGLATDQERRSNEVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVIDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKIHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_012962233.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X4, mRNA.

Target ORF information:

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

XM_012962233.2

ORF Insert Sequence:

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAC TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGAA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTGGT ATACAGCAGT 
ACTGATACAC TGCTACACTG GTGTCAAGAA GTGACTGGAG GATACCGTGG TGTGCGTGTC 
AACAATTTTA CAACATCCTG GAGAAATGGA TTGGCATTCT GTGCAATTCT TCATCACTTC 
CATCCTGAAT TCATAAACTA TGATGTTCTG GATCCATTAA ATATTAAGGA AAACAATAAG 
AAAGCCTTTG ATGGCTTTGC TGGTCTTGGA ATCCCTGCCC TTCTGTGCCC TACAGATATG 
CTTCTTCGTC CTATTCCTGA CAAACTCATC ATCCTTACAT ATCTCTGCCA AATACGTGAC 
CATTTCATTT CTCAGAAACG TGAGGTCATT GATACCCAAG TGACTGAAGC TGAATTTTTC 
AGTTCTAAAG AGAAAAGTAT GGCAAGCACC ACCACAGAAG AGACAAAAAT TCAGAAATCA 
ACTGTTGCAA AAAGTATTTC ACCAGAGGAC TTAAATGCAA ATATTTCACC TGGTCTAAAA 
AAGCTGATTA CAAAATCTCC TAAAGTTGAA AAACAAGAAA AATCAAGCTT GGATCGTGAG 
GATAAGGTCA ATGTTTCCAC TTTGGAAGAA AAAGAAAAGC AAAGGTTTTC CTTCACAGAG 
CAAAAAATGC CAGGCTCTGG AAAAGACAAG CAAGGCCCTA GCTCTGGGGA CAAAAGTAAA 
CCCAAAGAAA CTTCACAAGA TCTTACAATA AATGACGAGC ACAAGACTGC TAATCAAACA 
TCACCGAAAC ATGAGGCACA AAGTTCATCA ACTAATGATG CTGTAATCCC ACCACCTCGA 
ATCAAAAAAA GACTGAGTGT AAATGGAGGA TCGAATGAGT GTGATTCGAA CTTGGAACAG 
GTAGATGCCA GTGTTTCTTC TTCTTCTACT CCAGTTCCTC CTCCAAGAAA AGGAGGAGGT 
CTGGGTCACC TTCGTGATGC AGACCTTGTC AAGAAGAGGC GTTCTCTTAT ACGCACTCAG 
TCACTTTCAG AGGAAGTGGA TATCACGCAA AAAATCCATG AGACTGATTC TAGACCCTCA 
TCTGAAATTA TAAATGAGAC ACCTCCTTCT ATGCACACAA CTTCTGTTCC CTCTTCAGTC 
CCTACCACAG AGGTTAAAGT GAAAGAGGAA GAGACTCCAA GTCTCAGAGA CACCAGCCAA 
TATGTTACAT CTGAACTTGC TGCATTAGAG CTTGAACAGA GAAATGTTGA TGAAAGGGCT 
TCAGTGGTAG AAAAAGATCT CCGTTCTCTA ATGGAGAATG GTTCAGATAA AGAGGCAGAG 
GAAACTCTGA TTCAGGAATG GTTCTCACTA GTAAATCGAA GGAATGCATT GATCCGCAGG 
CAGGATGAGC TACAGCTGCT TGTTGAAGAG CAGGATCTGG AAAGGAGATT TGAGCTCCTG 
AGCAGAGACC TCCGAGGGCT ATTATGTATT GAGGAATTTA TGAAGAGTGA AGCTCAAAAG 
AAAAGAGAGA AGCTCTTACT GGATGAGTTG GTGTCTCTTG TAAACCAACG TGATGGTCTT 
GTAAGGGATT TGCATTTCAA AGGGATCAGG GCTTTTGAGG AGGATGAAAG AATTGAGAGA 
AGTCTGGAGC AAAGGAGGAG AAAGTTAAGC AAAAAGGAGA AATGTCGGAT CAGCTGA

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

ehbp1l1 ( XM_002935354.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935400.2 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa56737
Clone ID Related Accession (Same CDS sequence)	XM_002935354.5
Accession Version	XM_002935354.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3981bp) 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	EH domain-binding protein 1-like 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_030680.2) 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_002935354.4. ##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##

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAG TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGGA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTATG GAAGATCCGA 
GAGGTCAACC CTATTACTTG TGTCAAAGAC ACAACCAAGA AGGAGCCTGT CATAGTGCAC 
GGGGAAGGGT GGAGAAAGAG TGGGGAAGTG GAGGACCTGC AAGAGAGGAA GTCAGGAACA 
GTTAGGGTTC CTGAGGCTGC AGTAAGAATG AAAAAAGCTA AGGATATAGA GATGATGCAG 
GAGACAAAAC CTAAGACAGA TGTAACTCAA GCGACAACAC AAAAACCAGA GGTAGCAAGA 
AGGGAAAAGA AAGCAGCAGC ACTGAGAACA ATGGAAAATA TAGCAGTTAA AGATCCAGAG 
TTACATTATA TTCCCGAGAC TACAGCAAAG GCACACGAAG TTGTGGAAAT ACAGAAAGTT 
CCAGAAACAA CCTTGAAAGC ATGTGAGAAA TTAGAGGAAA TAATTAATAT TCCAGACAGG 
AAACTCCAGC CAAATACAGT TATGGAAACA ACAGAAATAG ATCATACGTT TTCATATGAA 
GTTGCAAACT TACAAATGGG TAGAGACATG GAATTGCCAC ATAATGTAGA TCAAAGCACA 
GACATGATAT CTCAGATTCC AAATGTTGCA GACCAAGTAA CTCTTAGAGA TAAAGAAAGG 
TCACAGCAGC TTCATGAAAG AGTTTTACTT ATTACAGGGG AGCAAGTAGC AAAAGAAAAA 
GAGCAGTCAT CTTCCAAGAC AGAGGAGGTT GTTTTAGAAA TTGCAGAAAA AGAACGGAAG 
AAAATATTAG AGGAGACAGT TGTAAATTCA CAAGAGAGTT TGCTTCATAG TATAAAAGAA 
GCGGTAAATA AATCAGTGGA TCAAATAGCA TCTAAGCCAC AAGATTTGGC TTTAGCAATT 
ACAGAAGACC GAGGGGCTGA AATACCAGAT CAGACAATTT CTAATACAAT GCAAACTGTA 
TCACAAACAA TAGTAGAGCA AGAACAGAAA ATATACTGCA CTGAGGGAGG TGTGTTAAAG 
ATTATAGAAG TACAAGGTAC AAAAAAACAA GAGCAGGAAA GTTTGTTGGA TATTAAAGAT 
GTCAGTGAAC ATCGCAATGT AAACACATCT GACTCCCAGA GCGATTTCAC ATTGTATGAG 
ACAGTACAGA AAAGTGATCT TTTTGATGCA AAGGTTAAAA AACCTGCAGA AAATACACAG 
GGTGGGCAAA TAGAATCTAA GCAAGAAGAT GAAAAAACAG AAGAGGAAGA ATGGGACAAA 
GAAAAGGCAA AATATACTAA ATCTGAAGTC AAAATGAGTG AACAGATAGA GAACAGAAGA 
TCAGATAAGG ATAAACAGAA AGAAGAACAT ATTGCGAAAG AAACAACAAC AAGCTGCACC 
GAAGAGACAG TTCCAGAAAG TCTGCAAAAA GCACCAATGA ATGAAAATAA AGGAAATGAA 
GAAAAGAGGG TGGTATACAG CAGTACTGAT ACACTGCTAC ACTGGTGTCA AGAAGTGACT 
GGAGGATACC GTGGTGTGCG TGTCAACAAT TTTACAACAT CCTGGAGAAA TGGATTGGCA 
TTCTGTGCAA TTCTTCATCA CTTCCATCCT GAATTCATAA ACTATGATGT TCTGGATCCA 
TTAAATATTA AGGAAAACAA TAAGAAAGCC TTTGATGGCT TTGCTGGTCT TGGAATCCCT 
GCCCTTCTGT GCCCTACAGA TATGCTTCTT CGTCCTATTC CTGACAAACT CATCATCCTT 
ACATATCTCT GCCAAATACG TGACCATTTC ATTTCTCAGA AACGTGAGGT CACTGATACC 
CAAGTGACTG AAGCTGAATT TTTCAGTTCT AAAGAGAAAA GTATGGCAAG CACCACCACA 
GAGGAGACAA AAATTCAGAA ATCAACTGTT GCAAAAAGTA TTTCACCAGA GGACTTAAAT 
GCAAATATTT CACCTGGTCT AAAAAAGCTG ATTACAAAAT CTCCTAAAGT TGAAAAACAA 
GAAAAATCAA GCTTGGATCG TGAGGATAAG GTCAATGTTT CCACTTTGGA AGAAAAAGAA 
AAGCAAAGGT TTTCCTTCAC AGAGCAAAAA ATGCCAGGCT CTGGAAAAGA CAAGCAAGGC 
CCTAGCTCTG GGGACAAAAG TAAACCCAAA GAAACTTCAC AAGATCTTAC AATAAATGAC 
GAGCACAAGA CTGCTAATCA AACATCACCG AAACATGAGG CACAAAGTTC ATCAACTAAT 
GATGCTGTAA TCCCACCACC TCGAATCAAA AAAAGACTGA GTGTAAATGG AGGATCGAAT 
GAGTGTGATT CGAACTTGGA ACAGGTAGAT GCCAGTGTTT CTTCTTCTTC TACTCCAGTT 
CCTCCTCCAA GAAAAGGAGG AGGTCTGGGT CACCTTCGTG ATGCAGACCT TGTCAAGAAG 
AGGCGTTCTC TTATACGCAC TCAGTCACTT TCAGAGGAAG TGGATATCAC GCAAAAAAGC 
CATGAGACTG ATTCTAGACC CTCATCTGAA ATTATAAATG AGACACCTCC TTCTATGCAC 
ACAACTTCTG TTCCCTCTTC AGTCCCTACC ACAGAGGTTA AAGTGAAAGA GGAAGAGACT 
CCAAGTCTCA GAGACACCAG CCAATATGTT ACATCTGAAC TTGCTGCATT AGAGCTTGAA 
CAGAGAAATG TTGATGAAAG GGCTTCAGTG GTAGAAAAAG ATCTCCGTTC TCTAATGGAG 
AATGGTTCAG ATAAAGAGGC AGAGGAAACT CTGATTCAGG AATGGTTCTC ACTAGTAAAT 
CGAAGGAATG CATTGATCCG CAGGCAGGAT GAGCTACAGC TGCTTGTAGA AGAGCAGGAT 
CTGGAAAGGA GATTTGAGCT CCTGAGCAGA GACCTCCGAG GGCTATTATG TATTGAGGAA 
TTTATGAAGA GTGAAGCTCA AAAGAAAAGA GAGAAGCTCT TACTGGATGA GTTGGTGTCT 
CTTGTAAACC AACGTGATGG TCTTGTAAGG GATTTGCATT TCAAAGGGAT CAGGGCTTTT 
GAGGAGGATG AAAGAATTGA GAGAAGTCTG GAGCAAAGGA GGAGAAAGTT AAGCAAAAAG 
GAGAAATGTC GGATCAGCTG A

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

RefSeq	XP_002935400.2
CDS	568..4548
Translation	MSSVWKRLQRTGKRASRFQFVASYQELKLECTQKWQPDKVVVVWTRRNRRVCSKPHSWQPGIKDPFRGSVVWAVPENVDITATLYRDPHTEYFEEKEWTFQIEGESRGHKKLLAAAPIDLRKFASISAAPREVILPLSPRSVKVVSATLVVSIASSLIREGKATDDDMQSIASLLSLKPSDIADMEDFNEEDEEEKSRQIRSPTGTGMRGYLKGIHTDYFPDPVRELNTLAEEEDESPINTTNFASQTTTKSPSNVYQSSNNVIPPRRPQEFNPVPLDKSNNSVTNFKGGEQARRTTEKSPTCGLATDQERRSNEVWKIREVNPITCVKDTTKKEPVIVHGEGWRKSGEVEDLQERKSGTVRVPEAAVRMKKAKDIEMMQETKPKTDVTQATTQKPEVARREKKAAALRTMENIAVKDPELHYIPETTAKAHEVVEIQKVPETTLKACEKLEEIINIPDRKLQPNTVMETTEIDHTFSYEVANLQMGRDMELPHNVDQSTDMISQIPNVADQVTLRDKERSQQLHERVLLITGEQVAKEKEQSSSKTEEVVLEIAEKERKKILEETVVNSQESLLHSIKEAVNKSVDQIASKPQDLALAITEDRGAEIPDQTISNTMQTVSQTIVEQEQKIYCTEGGVLKIIEVQGTKKQEQESLLDIKDVSEHRNVNTSDSQSDFTLYETVQKSDLFDAKVKKPAENTQGGQIESKQEDEKTEEEEWDKEKAKYTKSEVKMSEQIENRRSDKDKQKEEHIAKETTTSCTEETVPESLQKAPMNENKGNEEKRVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVTDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKSHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_002935354.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X3, mRNA.

Target ORF information:

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

XM_002935354.5

ORF Insert Sequence:

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAG TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGGA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTATG GAAGATCCGA 
GAGGTCAACC CTATTACTTG TGTCAAAGAC ACAACCAAGA AGGAGCCTGT CATAGTGCAC 
GGGGAAGGGT GGAGAAAGAG TGGGGAAGTG GAGGACCTGC AAGAGAGGAA GTCAGGAACA 
GTTAGGGTTC CTGAGGCTGC AGTAAGAATG AAAAAAGCTA AGGATATAGA GATGATGCAG 
GAGACAAAAC CTAAGACAGA TGTAACTCAA GCGACAACAC AAAAACCAGA GGTAGCAAGA 
AGGGAAAAGA AAGCAGCAGC ACTGAGAACA ATGGAAAATA TAGCAGTTAA AGATCCAGAG 
TTACATTATA TTCCCGAGAC TACAGCAAAG GCACACGAAG TTGTGGAAAT ACAGAAAGTT 
CCAGAAACAA CCTTGAAAGC ATGTGAGAAA TTAGAGGAAA TAATTAATAT TCCAGACAGG 
AAACTCCAGC CAAATACAGT TATGGAAACA ACAGAAATAG ATCATACGTT TTCATATGAA 
GTTGCAAACT TACAAATGGG TAGAGACATG GAATTGCCAC ATAATGTAGA TCAAAGCACA 
GACATGATAT CTCAGATTCC AAATGTTGCA GACCAAGTAA CTCTTAGAGA TAAAGAAAGG 
TCACAGCAGC TTCATGAAAG AGTTTTACTT ATTACAGGGG AGCAAGTAGC AAAAGAAAAA 
GAGCAGTCAT CTTCCAAGAC AGAGGAGGTT GTTTTAGAAA TTGCAGAAAA AGAACGGAAG 
AAAATATTAG AGGAGACAGT TGTAAATTCA CAAGAGAGTT TGCTTCATAG TATAAAAGAA 
GCGGTAAATA AATCAGTGGA TCAAATAGCA TCTAAGCCAC AAGATTTGGC TTTAGCAATT 
ACAGAAGACC GAGGGGCTGA AATACCAGAT CAGACAATTT CTAATACAAT GCAAACTGTA 
TCACAAACAA TAGTAGAGCA AGAACAGAAA ATATACTGCA CTGAGGGAGG TGTGTTAAAG 
ATTATAGAAG TACAAGGTAC AAAAAAACAA GAGCAGGAAA GTTTGTTGGA TATTAAAGAT 
GTCAGTGAAC ATCGCAATGT AAACACATCT GACTCCCAGA GCGATTTCAC ATTGTATGAG 
ACAGTACAGA AAAGTGATCT TTTTGATGCA AAGGTTAAAA AACCTGCAGA AAATACACAG 
GGTGGGCAAA TAGAATCTAA GCAAGAAGAT GAAAAAACAG AAGAGGAAGA ATGGGACAAA 
GAAAAGGCAA AATATACTAA ATCTGAAGTC AAAATGAGTG AACAGATAGA GAACAGAAGA 
TCAGATAAGG ATAAACAGAA AGAAGAACAT ATTGCGAAAG AAACAACAAC AAGCTGCACC 
GAAGAGACAG TTCCAGAAAG TCTGCAAAAA GCACCAATGA ATGAAAATAA AGGAAATGAA 
GAAAAGAGGG TGGTATACAG CAGTACTGAT ACACTGCTAC ACTGGTGTCA AGAAGTGACT 
GGAGGATACC GTGGTGTGCG TGTCAACAAT TTTACAACAT CCTGGAGAAA TGGATTGGCA 
TTCTGTGCAA TTCTTCATCA CTTCCATCCT GAATTCATAA ACTATGATGT TCTGGATCCA 
TTAAATATTA AGGAAAACAA TAAGAAAGCC TTTGATGGCT TTGCTGGTCT TGGAATCCCT 
GCCCTTCTGT GCCCTACAGA TATGCTTCTT CGTCCTATTC CTGACAAACT CATCATCCTT 
ACATATCTCT GCCAAATACG TGACCATTTC ATTTCTCAGA AACGTGAGGT CACTGATACC 
CAAGTGACTG AAGCTGAATT TTTCAGTTCT AAAGAGAAAA GTATGGCAAG CACCACCACA 
GAGGAGACAA AAATTCAGAA ATCAACTGTT GCAAAAAGTA TTTCACCAGA GGACTTAAAT 
GCAAATATTT CACCTGGTCT AAAAAAGCTG ATTACAAAAT CTCCTAAAGT TGAAAAACAA 
GAAAAATCAA GCTTGGATCG TGAGGATAAG GTCAATGTTT CCACTTTGGA AGAAAAAGAA 
AAGCAAAGGT TTTCCTTCAC AGAGCAAAAA ATGCCAGGCT CTGGAAAAGA CAAGCAAGGC 
CCTAGCTCTG GGGACAAAAG TAAACCCAAA GAAACTTCAC AAGATCTTAC AATAAATGAC 
GAGCACAAGA CTGCTAATCA AACATCACCG AAACATGAGG CACAAAGTTC ATCAACTAAT 
GATGCTGTAA TCCCACCACC TCGAATCAAA AAAAGACTGA GTGTAAATGG AGGATCGAAT 
GAGTGTGATT CGAACTTGGA ACAGGTAGAT GCCAGTGTTT CTTCTTCTTC TACTCCAGTT 
CCTCCTCCAA GAAAAGGAGG AGGTCTGGGT CACCTTCGTG ATGCAGACCT TGTCAAGAAG 
AGGCGTTCTC TTATACGCAC TCAGTCACTT TCAGAGGAAG TGGATATCAC GCAAAAAAGC 
CATGAGACTG ATTCTAGACC CTCATCTGAA ATTATAAATG AGACACCTCC TTCTATGCAC 
ACAACTTCTG TTCCCTCTTC AGTCCCTACC ACAGAGGTTA AAGTGAAAGA GGAAGAGACT 
CCAAGTCTCA GAGACACCAG CCAATATGTT ACATCTGAAC TTGCTGCATT AGAGCTTGAA 
CAGAGAAATG TTGATGAAAG GGCTTCAGTG GTAGAAAAAG ATCTCCGTTC TCTAATGGAG 
AATGGTTCAG ATAAAGAGGC AGAGGAAACT CTGATTCAGG AATGGTTCTC ACTAGTAAAT 
CGAAGGAATG CATTGATCCG CAGGCAGGAT GAGCTACAGC TGCTTGTAGA AGAGCAGGAT 
CTGGAAAGGA GATTTGAGCT CCTGAGCAGA GACCTCCGAG GGCTATTATG TATTGAGGAA 
TTTATGAAGA GTGAAGCTCA AAAGAAAAGA GAGAAGCTCT TACTGGATGA GTTGGTGTCT 
CTTGTAAACC AACGTGATGG TCTTGTAAGG GATTTGCATT TCAAAGGGAT CAGGGCTTTT 
GAGGAGGATG AAAGAATTGA GAGAAGTCTG GAGCAAAGGA GGAGAAAGTT AAGCAAAAAG 
GAGAAATGTC GGATCAGCTG A

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

ehbp1l1 ( XM_002935354.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002935400.1 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X1, mRNA.

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CloneID	OXa08749
Clone ID Related Accession (Same CDS sequence)	XM_002935354.4
Accession Version	XM_002935354.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3987bp) 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	EH domain-binding protein 1-like 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_030680.1) 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_002935354.3. ##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##

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAC TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGAA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTATG GAAGATCCGA 
GAGGTCAACC CTATTACTTG TGTCAAAGAC ACAACCAAGA AGGAGCCTGT CATAGTGCAC 
GGGGAAGGGT GGAGAAAGAG TGGGGAAGTG GAGGACCTGC AAGAGAGGAA GTCAGGAACA 
GTTAGGGTTC CTGAGGCTGC AGTAAGAATG AAAAAAGCTA AGGATATAGA GATGATGCAG 
GAGACAAAAC CTAAGACAGA TGTAACTCAA GCGACAACAC AAAAACCAGA GGTAGCAAGA 
AGGGAAAAGA AAGCAGCAGC ACTGAGAACA ATGGAAAATA TAGCAGTTAA AGATCCAGAG 
TTACATTATA TTCCCGAGAC TACAGCAAAG GCACACGAAG TTGTGGAAAT ACAGAAAGTT 
CCAGAAACAA CCTTGAAAGC ATGTGAGAAA TTAGAGGAAA TAATTAATAT TCCAGACAGG 
AAACTCCAGC CAAATACAGT TATGGAAACA ACAGAAATAG ATCATACGTT TTCATATGAA 
GTTGCAAACT TACAAATGGG TAGAGACATG GAATTGCCAC ATAATGTAGA TCAAAGCACA 
GACATGATAT CTCAGATTCC AAATGTTGCA GACCAAGTAA CTCTTAGAGA TAAAGAAAGG 
TCACAGCAGC TTCATGAAAG AGTTTTACTT ATTACAGGGG AGCAAGTAGC AAAAGAAAAA 
GAGCAGTCAT CTTCCAAGAC AGAGGAGGTT GTTTTAGAAA TTGCAGAAAA AGAACGGAAG 
AAAATATTAG AGGAGACAGT TGTAAATTCA CAAGAGAGTT TGCTTCATAG TATAAAAGAA 
GCGGTAAATA AATCAGTGGA TCAAATAGCA TCTAAGCCAC AAGATTTGGC TTTAGCAATT 
ACAGAAGACC GAGGGGCTGA AATACCAGAT CAGACAATTT CTAATACAAT GCAAACTGTA 
TCACAAACAA TAGTAGAGCA AGAACAGAAA ATATACTGCA CTGAGGGAGG TGTGTTAAAG 
ATTATAGAAG TACAAGGTAC AAAAAAACAA GAGCAGGAAA GTTTGTTGGA TATTAAAGAT 
GTCAGTGAAC ATCGCAATGT AAACACATCT GACTCCCAGA GCGATTTCAC ATTGTATGAG 
ACAGTACAGA AAAGTGATCT TTTTGATGCA AAGGTTAAAA AACCTGCAGA AAATACACAG 
GGTGGGCAAA TAGAATCTAA GCAAGAAGAT GAAAAAACAG AAGAGGAAGA ATGGGACAAA 
GAAAAGGCAA AATATACTAA ATCTGAAGTC AAAATGAGTG AACAGATAGA GAACAGAAGA 
TCAGATAAGG ATAAACAGAA AGAAGAACAT ATTGCGAAAG AAACAACAAC AAGCTGCACC 
GAAGAGACAG TTCCATGGAA GGAAAGTCTG CAAAAAGCAC CAATGAATGA AAATAAAGGA 
AATGAAGAAA AGAGGGTGGT ATACAGCAGT ACTGATACAC TGCTACACTG GTGTCAAGAA 
GTGACTGGAG GATACCGTGG TGTGCGTGTC AACAATTTTA CAACATCCTG GAGAAATGGA 
TTGGCATTCT GTGCAATTCT TCATCACTTC CATCCTGAAT TCATAAACTA TGATGTTCTG 
GATCCATTAA ATATTAAGGA AAACAATAAG AAAGCCTTTG ATGGCTTTGC TGGTCTTGGA 
ATCCCTGCCC TTCTGTGCCC TACAGATATG CTTCTTCGTC CTATTCCTGA CAAACTCATC 
ATCCTTACAT ATCTCTGCCA AATACGTGAC CATTTCATTT CTCAGAAACG TGAGGTCATT 
GATACCCAAG TGACTGAAGC TGAATTTTTC AGTTCTAAAG AGAAAAGTAT GGCAAGCACC 
ACCACAGAAG AGACAAAAAT TCAGAAATCA ACTGTTGCAA AAAGTATTTC ACCAGAGGAC 
TTAAATGCAA ATATTTCACC TGGTCTAAAA AAGCTGATTA CAAAATCTCC TAAAGTTGAA 
AAACAAGAAA AATCAAGCTT GGATCGTGAG GATAAGGTCA ATGTTTCCAC TTTGGAAGAA 
AAAGAAAAGC AAAGGTTTTC CTTCACAGAG CAAAAAATGC CAGGCTCTGG AAAAGACAAG 
CAAGGCCCTA GCTCTGGGGA CAAAAGTAAA CCCAAAGAAA CTTCACAAGA TCTTACAATA 
AATGACGAGC ACAAGACTGC TAATCAAACA TCACCGAAAC ATGAGGCACA AAGTTCATCA 
ACTAATGATG CTGTAATCCC ACCACCTCGA ATCAAAAAAA GACTGAGTGT AAATGGAGGA 
TCGAATGAGT GTGATTCGAA CTTGGAACAG GTAGATGCCA GTGTTTCTTC TTCTTCTACT 
CCAGTTCCTC CTCCAAGAAA AGGAGGAGGT CTGGGTCACC TTCGTGATGC AGACCTTGTC 
AAGAAGAGGC GTTCTCTTAT ACGCACTCAG TCACTTTCAG AGGAAGTGGA TATCACGCAA 
AAAATCCATG AGACTGATTC TAGACCCTCA TCTGAAATTA TAAATGAGAC ACCTCCTTCT 
ATGCACACAA CTTCTGTTCC CTCTTCAGTC CCTACCACAG AGGTTAAAGT GAAAGAGGAA 
GAGACTCCAA GTCTCAGAGA CACCAGCCAA TATGTTACAT CTGAACTTGC TGCATTAGAG 
CTTGAACAGA GAAATGTTGA TGAAAGGGCT TCAGTGGTAG AAAAAGATCT CCGTTCTCTA 
ATGGAGAATG GTTCAGATAA AGAGGCAGAG GAAACTCTGA TTCAGGAATG GTTCTCACTA 
GTAAATCGAA GGAATGCATT GATCCGCAGG CAGGATGAGC TACAGCTGCT TGTTGAAGAG 
CAGGATCTGG AAAGGAGATT TGAGCTCCTG AGCAGAGACC TCCGAGGGCT ATTATGTATT 
GAGGAATTTA TGAAGAGTGA AGCTCAAAAG AAAAGAGAGA AGCTCTTACT GGATGAGTTG 
GTGTCTCTTG TAAACCAACG TGATGGTCTT GTAAGGGATT TGCATTTCAA AGGGATCAGG 
GCTTTTGAGG AGGATGAAAG AATTGAGAGA AGTCTGGAGC AAAGGAGGAG AAAGTTAAGC 
AAAAAGGAGA AATGTCGGAT CAGCTGA

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

RefSeq	XP_002935400.1
CDS	561..4547
Translation	MSSVWKRLQRTGKRASRFQFVASYQELKLECTQKWQPDKVVVVWTRRNRRVCSKPHSWQPGIKDPFRGSVVWAVPENVDITATLYRDPHTEYFEEKEWTFQIEGESRGHKKLLAAAPIDLRKFASISAAPREVILPLSPRSVKVVSATLVVSIASSLIREGKATDDDMQSIASLLSLKPSDIADMEDFNEEDEEEKSRQIRSPTGTGMRGYLKGIHTDYFPDPVRELNTLAEEEDETPINTTNFASQTTTKSPSNVYQSSNNVIPPRRPQEFNPVPLDKSNNSVTNFKGEEQARRTTEKSPTCGLATDQERRSNEVWKIREVNPITCVKDTTKKEPVIVHGEGWRKSGEVEDLQERKSGTVRVPEAAVRMKKAKDIEMMQETKPKTDVTQATTQKPEVARREKKAAALRTMENIAVKDPELHYIPETTAKAHEVVEIQKVPETTLKACEKLEEIINIPDRKLQPNTVMETTEIDHTFSYEVANLQMGRDMELPHNVDQSTDMISQIPNVADQVTLRDKERSQQLHERVLLITGEQVAKEKEQSSSKTEEVVLEIAEKERKKILEETVVNSQESLLHSIKEAVNKSVDQIASKPQDLALAITEDRGAEIPDQTISNTMQTVSQTIVEQEQKIYCTEGGVLKIIEVQGTKKQEQESLLDIKDVSEHRNVNTSDSQSDFTLYETVQKSDLFDAKVKKPAENTQGGQIESKQEDEKTEEEEWDKEKAKYTKSEVKMSEQIENRRSDKDKQKEEHIAKETTTSCTEETVPWKESLQKAPMNENKGNEEKRVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVIDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKIHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_002935354.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X1, mRNA.

Target ORF information:

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

XM_002935354.4

ORF Insert Sequence:

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAC TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGAA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTATG GAAGATCCGA 
GAGGTCAACC CTATTACTTG TGTCAAAGAC ACAACCAAGA AGGAGCCTGT CATAGTGCAC 
GGGGAAGGGT GGAGAAAGAG TGGGGAAGTG GAGGACCTGC AAGAGAGGAA GTCAGGAACA 
GTTAGGGTTC CTGAGGCTGC AGTAAGAATG AAAAAAGCTA AGGATATAGA GATGATGCAG 
GAGACAAAAC CTAAGACAGA TGTAACTCAA GCGACAACAC AAAAACCAGA GGTAGCAAGA 
AGGGAAAAGA AAGCAGCAGC ACTGAGAACA ATGGAAAATA TAGCAGTTAA AGATCCAGAG 
TTACATTATA TTCCCGAGAC TACAGCAAAG GCACACGAAG TTGTGGAAAT ACAGAAAGTT 
CCAGAAACAA CCTTGAAAGC ATGTGAGAAA TTAGAGGAAA TAATTAATAT TCCAGACAGG 
AAACTCCAGC CAAATACAGT TATGGAAACA ACAGAAATAG ATCATACGTT TTCATATGAA 
GTTGCAAACT TACAAATGGG TAGAGACATG GAATTGCCAC ATAATGTAGA TCAAAGCACA 
GACATGATAT CTCAGATTCC AAATGTTGCA GACCAAGTAA CTCTTAGAGA TAAAGAAAGG 
TCACAGCAGC TTCATGAAAG AGTTTTACTT ATTACAGGGG AGCAAGTAGC AAAAGAAAAA 
GAGCAGTCAT CTTCCAAGAC AGAGGAGGTT GTTTTAGAAA TTGCAGAAAA AGAACGGAAG 
AAAATATTAG AGGAGACAGT TGTAAATTCA CAAGAGAGTT TGCTTCATAG TATAAAAGAA 
GCGGTAAATA AATCAGTGGA TCAAATAGCA TCTAAGCCAC AAGATTTGGC TTTAGCAATT 
ACAGAAGACC GAGGGGCTGA AATACCAGAT CAGACAATTT CTAATACAAT GCAAACTGTA 
TCACAAACAA TAGTAGAGCA AGAACAGAAA ATATACTGCA CTGAGGGAGG TGTGTTAAAG 
ATTATAGAAG TACAAGGTAC AAAAAAACAA GAGCAGGAAA GTTTGTTGGA TATTAAAGAT 
GTCAGTGAAC ATCGCAATGT AAACACATCT GACTCCCAGA GCGATTTCAC ATTGTATGAG 
ACAGTACAGA AAAGTGATCT TTTTGATGCA AAGGTTAAAA AACCTGCAGA AAATACACAG 
GGTGGGCAAA TAGAATCTAA GCAAGAAGAT GAAAAAACAG AAGAGGAAGA ATGGGACAAA 
GAAAAGGCAA AATATACTAA ATCTGAAGTC AAAATGAGTG AACAGATAGA GAACAGAAGA 
TCAGATAAGG ATAAACAGAA AGAAGAACAT ATTGCGAAAG AAACAACAAC AAGCTGCACC 
GAAGAGACAG TTCCATGGAA GGAAAGTCTG CAAAAAGCAC CAATGAATGA AAATAAAGGA 
AATGAAGAAA AGAGGGTGGT ATACAGCAGT ACTGATACAC TGCTACACTG GTGTCAAGAA 
GTGACTGGAG GATACCGTGG TGTGCGTGTC AACAATTTTA CAACATCCTG GAGAAATGGA 
TTGGCATTCT GTGCAATTCT TCATCACTTC CATCCTGAAT TCATAAACTA TGATGTTCTG 
GATCCATTAA ATATTAAGGA AAACAATAAG AAAGCCTTTG ATGGCTTTGC TGGTCTTGGA 
ATCCCTGCCC TTCTGTGCCC TACAGATATG CTTCTTCGTC CTATTCCTGA CAAACTCATC 
ATCCTTACAT ATCTCTGCCA AATACGTGAC CATTTCATTT CTCAGAAACG TGAGGTCATT 
GATACCCAAG TGACTGAAGC TGAATTTTTC AGTTCTAAAG AGAAAAGTAT GGCAAGCACC 
ACCACAGAAG AGACAAAAAT TCAGAAATCA ACTGTTGCAA AAAGTATTTC ACCAGAGGAC 
TTAAATGCAA ATATTTCACC TGGTCTAAAA AAGCTGATTA CAAAATCTCC TAAAGTTGAA 
AAACAAGAAA AATCAAGCTT GGATCGTGAG GATAAGGTCA ATGTTTCCAC TTTGGAAGAA 
AAAGAAAAGC AAAGGTTTTC CTTCACAGAG CAAAAAATGC CAGGCTCTGG AAAAGACAAG 
CAAGGCCCTA GCTCTGGGGA CAAAAGTAAA CCCAAAGAAA CTTCACAAGA TCTTACAATA 
AATGACGAGC ACAAGACTGC TAATCAAACA TCACCGAAAC ATGAGGCACA AAGTTCATCA 
ACTAATGATG CTGTAATCCC ACCACCTCGA ATCAAAAAAA GACTGAGTGT AAATGGAGGA 
TCGAATGAGT GTGATTCGAA CTTGGAACAG GTAGATGCCA GTGTTTCTTC TTCTTCTACT 
CCAGTTCCTC CTCCAAGAAA AGGAGGAGGT CTGGGTCACC TTCGTGATGC AGACCTTGTC 
AAGAAGAGGC GTTCTCTTAT ACGCACTCAG TCACTTTCAG AGGAAGTGGA TATCACGCAA 
AAAATCCATG AGACTGATTC TAGACCCTCA TCTGAAATTA TAAATGAGAC ACCTCCTTCT 
ATGCACACAA CTTCTGTTCC CTCTTCAGTC CCTACCACAG AGGTTAAAGT GAAAGAGGAA 
GAGACTCCAA GTCTCAGAGA CACCAGCCAA TATGTTACAT CTGAACTTGC TGCATTAGAG 
CTTGAACAGA GAAATGTTGA TGAAAGGGCT TCAGTGGTAG AAAAAGATCT CCGTTCTCTA 
ATGGAGAATG GTTCAGATAA AGAGGCAGAG GAAACTCTGA TTCAGGAATG GTTCTCACTA 
GTAAATCGAA GGAATGCATT GATCCGCAGG CAGGATGAGC TACAGCTGCT TGTTGAAGAG 
CAGGATCTGG AAAGGAGATT TGAGCTCCTG AGCAGAGACC TCCGAGGGCT ATTATGTATT 
GAGGAATTTA TGAAGAGTGA AGCTCAAAAG AAAAGAGAGA AGCTCTTACT GGATGAGTTG 
GTGTCTCTTG TAAACCAACG TGATGGTCTT GTAAGGGATT TGCATTTCAA AGGGATCAGG 
GCTTTTGAGG AGGATGAAAG AATTGAGAGA AGTCTGGAGC AAAGGAGGAG AAAGTTAAGC 
AAAAAGGAGA AATGTCGGAT CAGCTGA

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

ehbp1l1 ( XM_012962231.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012817685.1 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X2, mRNA.

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CloneID	OXa34487
Clone ID Related Accession (Same CDS sequence)	XM_012962231.2
Accession Version	XM_012962231.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3951bp) 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	EH domain-binding protein 1-like 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_030680.1) 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_012962231.1. ##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 TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGAC CCTGTCAGAG AACTAAACAC TCTTGCGGAG 
GAAGAAGATG AAACTCCTAT TAACACAACA AACTTTGCTT CTCAAACTAC TACAAAATCT 
CCTTCTAATG TCTACCAGTC TTCAAACAAT GTTATTCCCC CAAGAAGACC ACAAGAGTTT 
AATCCTGTTC CACTCGATAA ATCCAACAAT AGTGTTACTA ACTTTAAGGG GGAAGAACAA 
GCTAGGAGAA CCACTGAAAA GTCACCAACA TGTGGCCTAG CAACGGATCA AGAAAGAAGG 
TCTAATGAGG TATGGAAGAT CCGAGAGGTC AACCCTATTA CTTGTGTCAA AGACACAACC 
AAGAAGGAGC CTGTCATAGT GCACGGGGAA GGGTGGAGAA AGAGTGGGGA AGTGGAGGAC 
CTGCAAGAGA GGAAGTCAGG AACAGTTAGG GTTCCTGAGG CTGCAGTAAG AATGAAAAAA 
GCTAAGGATA TAGAGATGAT GCAGGAGACA AAACCTAAGA CAGATGTAAC TCAAGCGACA 
ACACAAAAAC CAGAGGTAGC AAGAAGGGAA AAGAAAGCAG CAGCACTGAG AACAATGGAA 
AATATAGCAG TTAAAGATCC AGAGTTACAT TATATTCCCG AGACTACAGC AAAGGCACAC 
GAAGTTGTGG AAATACAGAA AGTTCCAGAA ACAACCTTGA AAGCATGTGA GAAATTAGAG 
GAAATAATTA ATATTCCAGA CAGGAAACTC CAGCCAAATA CAGTTATGGA AACAACAGAA 
ATAGATCATA CGTTTTCATA TGAAGTTGCA AACTTACAAA TGGGTAGAGA CATGGAATTG 
CCACATAATG TAGATCAAAG CACAGACATG ATATCTCAGA TTCCAAATGT TGCAGACCAA 
GTAACTCTTA GAGATAAAGA AAGGTCACAG CAGCTTCATG AAAGAGTTTT ACTTATTACA 
GGGGAGCAAG TAGCAAAAGA AAAAGAGCAG TCATCTTCCA AGACAGAGGA GGTTGTTTTA 
GAAATTGCAG AAAAAGAACG GAAGAAAATA TTAGAGGAGA CAGTTGTAAA TTCACAAGAG 
AGTTTGCTTC ATAGTATAAA AGAAGCGGTA AATAAATCAG TGGATCAAAT AGCATCTAAG 
CCACAAGATT TGGCTTTAGC AATTACAGAA GACCGAGGGG CTGAAATACC AGATCAGACA 
ATTTCTAATA CAATGCAAAC TGTATCACAA ACAATAGTAG AGCAAGAACA GAAAATATAC 
TGCACTGAGG GAGGTGTGTT AAAGATTATA GAAGTACAAG GTACAAAAAA ACAAGAGCAG 
GAAAGTTTGT TGGATATTAA AGATGTCAGT GAACATCGCA ATGTAAACAC ATCTGACTCC 
CAGAGCGATT TCACATTGTA TGAGACAGTA CAGAAAAGTG ATCTTTTTGA TGCAAAGGTT 
AAAAAACCTG CAGAAAATAC ACAGGGTGGG CAAATAGAAT CTAAGCAAGA AGATGAAAAA 
ACAGAAGAGG AAGAATGGGA CAAAGAAAAG GCAAAATATA CTAAATCTGA AGTCAAAATG 
AGTGAACAGA TAGAGAACAG AAGATCAGAT AAGGATAAAC AGAAAGAAGA ACATATTGCG 
AAAGAAACAA CAACAAGCTG CACCGAAGAG ACAGTTCCAT GGAAGGAAAG TCTGCAAAAA 
GCACCAATGA ATGAAAATAA AGGAAATGAA GAAAAGAGGG TGGTATACAG CAGTACTGAT 
ACACTGCTAC ACTGGTGTCA AGAAGTGACT GGAGGATACC GTGGTGTGCG TGTCAACAAT 
TTTACAACAT CCTGGAGAAA TGGATTGGCA TTCTGTGCAA TTCTTCATCA CTTCCATCCT 
GAATTCATAA ACTATGATGT TCTGGATCCA TTAAATATTA AGGAAAACAA TAAGAAAGCC 
TTTGATGGCT TTGCTGGTCT TGGAATCCCT GCCCTTCTGT GCCCTACAGA TATGCTTCTT 
CGTCCTATTC CTGACAAACT CATCATCCTT ACATATCTCT GCCAAATACG TGACCATTTC 
ATTTCTCAGA AACGTGAGGT CATTGATACC CAAGTGACTG AAGCTGAATT TTTCAGTTCT 
AAAGAGAAAA GTATGGCAAG CACCACCACA GAAGAGACAA AAATTCAGAA ATCAACTGTT 
GCAAAAAGTA TTTCACCAGA GGACTTAAAT GCAAATATTT CACCTGGTCT AAAAAAGCTG 
ATTACAAAAT CTCCTAAAGT TGAAAAACAA GAAAAATCAA GCTTGGATCG TGAGGATAAG 
GTCAATGTTT CCACTTTGGA AGAAAAAGAA AAGCAAAGGT TTTCCTTCAC AGAGCAAAAA 
ATGCCAGGCT CTGGAAAAGA CAAGCAAGGC CCTAGCTCTG GGGACAAAAG TAAACCCAAA 
GAAACTTCAC AAGATCTTAC AATAAATGAC GAGCACAAGA CTGCTAATCA AACATCACCG 
AAACATGAGG CACAAAGTTC ATCAACTAAT GATGCTGTAA TCCCACCACC TCGAATCAAA 
AAAAGACTGA GTGTAAATGG AGGATCGAAT GAGTGTGATT CGAACTTGGA ACAGGTAGAT 
GCCAGTGTTT CTTCTTCTTC TACTCCAGTT CCTCCTCCAA GAAAAGGAGG AGGTCTGGGT 
CACCTTCGTG ATGCAGACCT TGTCAAGAAG AGGCGTTCTC TTATACGCAC TCAGTCACTT 
TCAGAGGAAG TGGATATCAC GCAAAAAATC CATGAGACTG ATTCTAGACC CTCATCTGAA 
ATTATAAATG AGACACCTCC TTCTATGCAC ACAACTTCTG TTCCCTCTTC AGTCCCTACC 
ACAGAGGTTA AAGTGAAAGA GGAAGAGACT CCAAGTCTCA GAGACACCAG CCAATATGTT 
ACATCTGAAC TTGCTGCATT AGAGCTTGAA CAGAGAAATG TTGATGAAAG GGCTTCAGTG 
GTAGAAAAAG ATCTCCGTTC TCTAATGGAG AATGGTTCAG ATAAAGAGGC AGAGGAAACT 
CTGATTCAGG AATGGTTCTC ACTAGTAAAT CGAAGGAATG CATTGATCCG CAGGCAGGAT 
GAGCTACAGC TGCTTGTTGA AGAGCAGGAT CTGGAAAGGA GATTTGAGCT CCTGAGCAGA 
GACCTCCGAG GGCTATTATG TATTGAGGAA TTTATGAAGA GTGAAGCTCA AAAGAAAAGA 
GAGAAGCTCT TACTGGATGA GTTGGTGTCT CTTGTAAACC AACGTGATGG TCTTGTAAGG 
GATTTGCATT TCAAAGGGAT CAGGGCTTTT GAGGAGGATG AAAGAATTGA GAGAAGTCTG 
GAGCAAAGGA GGAGAAAGTT AAGCAAAAAG GAGAAATGTC GGATCAGCTG A

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

RefSeq	XP_012817685.1
CDS	561..4511
Translation	MSSVWKRLQRTGKRASRFQFVASYQELKLECTQKWQPDKVVVVWTRRNRRVCSKPHSWQPGIKDPFRGSVVWAVPENVDITATLYRDPHTEYFEEKEWTFQIEGESRGHKKLLAAAPIDLRKFASISAAPREVILPLSPRSVKVVSATLVVSIASSLIREGKATDDDMQSIASLLSLKPSDIADMEDFNEEDEEEKSRQIRSPTGTGMRDPVRELNTLAEEEDETPINTTNFASQTTTKSPSNVYQSSNNVIPPRRPQEFNPVPLDKSNNSVTNFKGEEQARRTTEKSPTCGLATDQERRSNEVWKIREVNPITCVKDTTKKEPVIVHGEGWRKSGEVEDLQERKSGTVRVPEAAVRMKKAKDIEMMQETKPKTDVTQATTQKPEVARREKKAAALRTMENIAVKDPELHYIPETTAKAHEVVEIQKVPETTLKACEKLEEIINIPDRKLQPNTVMETTEIDHTFSYEVANLQMGRDMELPHNVDQSTDMISQIPNVADQVTLRDKERSQQLHERVLLITGEQVAKEKEQSSSKTEEVVLEIAEKERKKILEETVVNSQESLLHSIKEAVNKSVDQIASKPQDLALAITEDRGAEIPDQTISNTMQTVSQTIVEQEQKIYCTEGGVLKIIEVQGTKKQEQESLLDIKDVSEHRNVNTSDSQSDFTLYETVQKSDLFDAKVKKPAENTQGGQIESKQEDEKTEEEEWDKEKAKYTKSEVKMSEQIENRRSDKDKQKEEHIAKETTTSCTEETVPWKESLQKAPMNENKGNEEKRVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVIDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKIHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_012962231.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X2, mRNA.

Target ORF information:

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

XM_012962231.2

ORF Insert Sequence:

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGAC CCTGTCAGAG AACTAAACAC TCTTGCGGAG 
GAAGAAGATG AAACTCCTAT TAACACAACA AACTTTGCTT CTCAAACTAC TACAAAATCT 
CCTTCTAATG TCTACCAGTC TTCAAACAAT GTTATTCCCC CAAGAAGACC ACAAGAGTTT 
AATCCTGTTC CACTCGATAA ATCCAACAAT AGTGTTACTA ACTTTAAGGG GGAAGAACAA 
GCTAGGAGAA CCACTGAAAA GTCACCAACA TGTGGCCTAG CAACGGATCA AGAAAGAAGG 
TCTAATGAGG TATGGAAGAT CCGAGAGGTC AACCCTATTA CTTGTGTCAA AGACACAACC 
AAGAAGGAGC CTGTCATAGT GCACGGGGAA GGGTGGAGAA AGAGTGGGGA AGTGGAGGAC 
CTGCAAGAGA GGAAGTCAGG AACAGTTAGG GTTCCTGAGG CTGCAGTAAG AATGAAAAAA 
GCTAAGGATA TAGAGATGAT GCAGGAGACA AAACCTAAGA CAGATGTAAC TCAAGCGACA 
ACACAAAAAC CAGAGGTAGC AAGAAGGGAA AAGAAAGCAG CAGCACTGAG AACAATGGAA 
AATATAGCAG TTAAAGATCC AGAGTTACAT TATATTCCCG AGACTACAGC AAAGGCACAC 
GAAGTTGTGG AAATACAGAA AGTTCCAGAA ACAACCTTGA AAGCATGTGA GAAATTAGAG 
GAAATAATTA ATATTCCAGA CAGGAAACTC CAGCCAAATA CAGTTATGGA AACAACAGAA 
ATAGATCATA CGTTTTCATA TGAAGTTGCA AACTTACAAA TGGGTAGAGA CATGGAATTG 
CCACATAATG TAGATCAAAG CACAGACATG ATATCTCAGA TTCCAAATGT TGCAGACCAA 
GTAACTCTTA GAGATAAAGA AAGGTCACAG CAGCTTCATG AAAGAGTTTT ACTTATTACA 
GGGGAGCAAG TAGCAAAAGA AAAAGAGCAG TCATCTTCCA AGACAGAGGA GGTTGTTTTA 
GAAATTGCAG AAAAAGAACG GAAGAAAATA TTAGAGGAGA CAGTTGTAAA TTCACAAGAG 
AGTTTGCTTC ATAGTATAAA AGAAGCGGTA AATAAATCAG TGGATCAAAT AGCATCTAAG 
CCACAAGATT TGGCTTTAGC AATTACAGAA GACCGAGGGG CTGAAATACC AGATCAGACA 
ATTTCTAATA CAATGCAAAC TGTATCACAA ACAATAGTAG AGCAAGAACA GAAAATATAC 
TGCACTGAGG GAGGTGTGTT AAAGATTATA GAAGTACAAG GTACAAAAAA ACAAGAGCAG 
GAAAGTTTGT TGGATATTAA AGATGTCAGT GAACATCGCA ATGTAAACAC ATCTGACTCC 
CAGAGCGATT TCACATTGTA TGAGACAGTA CAGAAAAGTG ATCTTTTTGA TGCAAAGGTT 
AAAAAACCTG CAGAAAATAC ACAGGGTGGG CAAATAGAAT CTAAGCAAGA AGATGAAAAA 
ACAGAAGAGG AAGAATGGGA CAAAGAAAAG GCAAAATATA CTAAATCTGA AGTCAAAATG 
AGTGAACAGA TAGAGAACAG AAGATCAGAT AAGGATAAAC AGAAAGAAGA ACATATTGCG 
AAAGAAACAA CAACAAGCTG CACCGAAGAG ACAGTTCCAT GGAAGGAAAG TCTGCAAAAA 
GCACCAATGA ATGAAAATAA AGGAAATGAA GAAAAGAGGG TGGTATACAG CAGTACTGAT 
ACACTGCTAC ACTGGTGTCA AGAAGTGACT GGAGGATACC GTGGTGTGCG TGTCAACAAT 
TTTACAACAT CCTGGAGAAA TGGATTGGCA TTCTGTGCAA TTCTTCATCA CTTCCATCCT 
GAATTCATAA ACTATGATGT TCTGGATCCA TTAAATATTA AGGAAAACAA TAAGAAAGCC 
TTTGATGGCT TTGCTGGTCT TGGAATCCCT GCCCTTCTGT GCCCTACAGA TATGCTTCTT 
CGTCCTATTC CTGACAAACT CATCATCCTT ACATATCTCT GCCAAATACG TGACCATTTC 
ATTTCTCAGA AACGTGAGGT CATTGATACC CAAGTGACTG AAGCTGAATT TTTCAGTTCT 
AAAGAGAAAA GTATGGCAAG CACCACCACA GAAGAGACAA AAATTCAGAA ATCAACTGTT 
GCAAAAAGTA TTTCACCAGA GGACTTAAAT GCAAATATTT CACCTGGTCT AAAAAAGCTG 
ATTACAAAAT CTCCTAAAGT TGAAAAACAA GAAAAATCAA GCTTGGATCG TGAGGATAAG 
GTCAATGTTT CCACTTTGGA AGAAAAAGAA AAGCAAAGGT TTTCCTTCAC AGAGCAAAAA 
ATGCCAGGCT CTGGAAAAGA CAAGCAAGGC CCTAGCTCTG GGGACAAAAG TAAACCCAAA 
GAAACTTCAC AAGATCTTAC AATAAATGAC GAGCACAAGA CTGCTAATCA AACATCACCG 
AAACATGAGG CACAAAGTTC ATCAACTAAT GATGCTGTAA TCCCACCACC TCGAATCAAA 
AAAAGACTGA GTGTAAATGG AGGATCGAAT GAGTGTGATT CGAACTTGGA ACAGGTAGAT 
GCCAGTGTTT CTTCTTCTTC TACTCCAGTT CCTCCTCCAA GAAAAGGAGG AGGTCTGGGT 
CACCTTCGTG ATGCAGACCT TGTCAAGAAG AGGCGTTCTC TTATACGCAC TCAGTCACTT 
TCAGAGGAAG TGGATATCAC GCAAAAAATC CATGAGACTG ATTCTAGACC CTCATCTGAA 
ATTATAAATG AGACACCTCC TTCTATGCAC ACAACTTCTG TTCCCTCTTC AGTCCCTACC 
ACAGAGGTTA AAGTGAAAGA GGAAGAGACT CCAAGTCTCA GAGACACCAG CCAATATGTT 
ACATCTGAAC TTGCTGCATT AGAGCTTGAA CAGAGAAATG TTGATGAAAG GGCTTCAGTG 
GTAGAAAAAG ATCTCCGTTC TCTAATGGAG AATGGTTCAG ATAAAGAGGC AGAGGAAACT 
CTGATTCAGG AATGGTTCTC ACTAGTAAAT CGAAGGAATG CATTGATCCG CAGGCAGGAT 
GAGCTACAGC TGCTTGTTGA AGAGCAGGAT CTGGAAAGGA GATTTGAGCT CCTGAGCAGA 
GACCTCCGAG GGCTATTATG TATTGAGGAA TTTATGAAGA GTGAAGCTCA AAAGAAAAGA 
GAGAAGCTCT TACTGGATGA GTTGGTGTCT CTTGTAAACC AACGTGATGG TCTTGTAAGG 
GATTTGCATT TCAAAGGGAT CAGGGCTTTT GAGGAGGATG AAAGAATTGA GAGAAGTCTG 
GAGCAAAGGA GGAGAAAGTT AAGCAAAAAG GAGAAATGTC GGATCAGCTG A

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

ehbp1l1 ( XM_031900700.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031756560.1 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa56735
Clone ID Related Accession (Same CDS sequence)	XM_031900700.1
Accession Version	XM_031900700.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6189bp) 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	EH domain-binding protein 1-like 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_030680.2) 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##

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAG TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGGA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTATG GAAGATCCGA 
GAGGTCAACC CTATTACTTG TGTCAAAGAC ACAACCAAGA AGGAGCCTGT CATAGTGCAC 
GGGGAAGGGT GGAGAAAGAG TGGGGAAGTG GAGGACCTGC AAGAGAGGAA GTCAGGAACA 
GTTAGGGTTC CTGAGGCTGC AGTAAGAATG AAAAAAGCTA AGGATATAGA GATGATGCAG 
GAGACAAAAC CTAAGACAGA TGTAACTCAA GCGACAACAC AAAAACCAGA GGTAGCAAGA 
AGGGAAAAGA AAGCAGCAGC ACTGAGAACA ATGGAAAATA TAGCAGTTAA AGATCCAGAG 
TTACATTATA TTCCCGAGAC TACAGCAAAG GCACACGAAG TTGTGGAAAT ACAGAAAGTT 
CCAGAAACAA CCTTGAAAGC ATGTGAGAAA TTAGAGGAAA TAATTAATAT TCCAGACAGG 
AAACTCCAGC CAAATACAGT TATGGAAACA ACAGAAATAG ATCATACGTT TTCATATGAA 
GTTGCAAACT TACAAATGGG TAGAGACATG GAATTGCCAC ATAATGTAGA TCAAAGCACA 
GACATGATAT CTCAGATTCC AAATGTTGCA GACCAAGTAA CTCTTAGAGA TAAAGAAAGG 
TCACAGCAGC TTCATGAAAG AGTTTTACTT ATTACAGGGG AGCAAGTAGC AAAAGAAAAA 
GAGCAGTCAT CTTCCAAGAC AGAGGAGGTT GTTTTAGAAA TTGCAGAAAA AGAACGGAAG 
AAAATATTAG AGGAGACAGT TGTAAATTCA CAAGAGAGTT TGCTTCATAG TATAAAAGAA 
GCGGTAAATA AATCAGTGGA TCAAATAGCA TCTAAGCCAC AAGATTTGGC TTTAGCAATT 
ACAGAAGACC GAGGGGCTGA AATACCAGAT CAGACAATTT CTAATACAAT GCAAACTGTA 
TCACAAACAA TAGTAGAGCA AGAACAGAAA ATATACTGCA CTGAGGGAGG TGTGTTAAAG 
ATTATAGAAG TACAAGGTAC AAAAAAACAA GAGCAGGAAA GTTTGTTGGA TATTAAAGAT 
GTCAGTGAAC ATCGCAATGT AAACACATCT GACTCCCAGA GCGATTTCAC ATTGTATGAG 
ACAGTACAGA AAAGTGATCT TTTTGATGCA AAGGTTAAAA AACCTGCAGA AAATACACAG 
GGTGGGCAAA TAGAATCTAA GCAAGAAGAT GAAAAAACAG AAGAGGAAGA ATGGGACAAA 
GAAAAGGCAA AATATACTAA ATCTGAAGTC AAAATGAGTG AACAGATAGA GAACAGAAGA 
TCAGATAAGG ATAAACAGAA AGAAGAACAT ATTGCGAAAG AAACAACAAC AAGCTGCACC 
GAAGAGACAG TTCCAGAAAG TCTGCAAAAA GCACCAATGA ATGAAAATAA AGGAAATGAA 
GAAAAGAGGG TACATGAAAA TATTATTTAT ACTGATCAAA GGCTGCCTAG CACAGAACTC 
TGGGTAGTGA GTGTGGATGA AAAGAGAATT CTAGATATGA CTTCATTGTT AGATAATAAG 
AAAGAAAGAG TAATACATGA AAATGATTTG GTACCACAGG AAAAAGAAAT ACAGCTAGAT 
TCTGAAATTA TAGTAGGAAG TAAAACAGAA GCTGCTGTTG GGACTGAAGA TACACTAGCA 
TTAGGTAAAA AAGAAGAGGG AGAACAAGTA AAGAATGAGA CTAAACTGCA GGAGCTTACA 
TTTAAAGATG AAAATAATGT GGAGCCAGTG CTAGATAATA TGGAGGTAAG GGTAATAAGT 
GAAAATGCTT TGGTGCCCCA GGAAAAACAA ATACAGCTAG AATCTGAATT AACTGTAGAG 
AGAAACATAG AAGCTGCACT TGGTACAGTA TTTAGATCAG AACTAGATAA CAAAGAAGAG 
GGAGAGCAAG TAAAGGAAGA GATGAGACTA CAAGATCTTA CATTTGAGGA TAAAAATAGT 
GTAGAGACAG TTTTTATAAA GGAAACATCA CCAATTGAGA ATGAAAGGAA AGTAGAAGTA 
GAGAGTGAAA TAGAAACTGT ACTTAGACCT GTAATTACAT TAGAATTAGA AAACAAAGAA 
GAGGGAGAAC AAGTAAAGGA AAAGATGAGA CTTCAAGAGC TTACAAGTGT GGATAACATG 
GAGACAGTAC TAGAAAATAA GACGGAAAGA GTAATAAGTG ATAATGCTTT GGTGCCCTTG 
GAAAAAGAAA AACAGATAGA ATCTAAATTG AAAGTAGAAA GCAAAATAGA AGCTGATCTT 
GGAACTTTAA CTACATTAGA ATTAGATTAC AAAGGAGGAG GAGAACAAGT AAAGGAAGAG 
ATGAGACTAC AAGATCTTAG GAATGACGAT GAAAATAATG TGGAGACAGT GCTAGATAAC 
AATGAGAAGA GGGTAATAAG TGAAGATGCT TTGGTGTCCC AGGAAAAAGA AATACAGTTT 
GAATCTGATA TAAAAATAGT GGAGAGTAAG ATAGAAGCTG CTCTTAGTCC GGTAATTGCA 
TTAGAATTAG ATAACAAAGG AGAGGAAGAA CAAGTAAAGG AAAAGATGAG ACTGCAAGAG 
CTTATGAATG AGGATGAAAG TAATGTGGAG ACAGTACTAG GTAATAAGGA GGTAAGGATA 
TTAAGTGAAA ATGCTTTGGT GCCCCAGTTA AAAGAAATAC AGCTAGAATC TGAAATACTT 
GTAGAGAGAA ACATAGAAGC TGCACTTGGT ACTGTATTTA GATCAGAACT AGATAACAAA 
GAAGAGGGAG AGCAAGTAAA GGAAGAGATG AGACTACAAG ATAATACATT TGAGGGTGAA 
AATAGTGTAG AGACAGTTTT TATAAAGGAA ACATCACCAA TTGAGAATGA AAGGAAAGTA 
CACTGCAAAG AAATAACAGA AGAGGTAACA CATATTGCAG ATACAGATTT AGTAAAATAT 
ACACTACACA ATGAGGAAAA AGTCACAGAA GATAAGAAAG CAGTAGAGAG AAATAGCTTA 
CAATACGCAG CTAAGACAGA AAAGAGTGTG ACAGAAGTAG CCAAAGCATC CTCATCCATA 
GCCTGTAAAG AAGTGTCCTA TAAACAACTG CAAGTAGACT CAGAGACTGA ACATAGGTCA 
AAGGATACTG AACTGGAAAT AGACAACAAC AGATATAAAT CTAATGAAAA CACTATGGAG 
GTAAATAGGT TGCAAGATAT CAATGATATA ATAAAAAGAG TGGAATGCAC AGCAGATGAG 
ACAGCTAACG GAATACAGGA AAAAGTAAAT ACAACACAGG TAGTATTCTC TGCAGAAAAT 
ACAATGAAGA ATAATAACCA GAAAAATGTA ACAGTCTGCA AAGACGACAA TGTATTGGAG 
ACAGAAAAAG AGAGAGCACA AGAAAAAGAG AGAGTGCCAG AGGGGGTAAG AGATCAGGAG 
ATAACTGTAC AAACAGTGGA AATGTGCAAC CTTTCAAGCA AAGCATTTCC ACCTTTATTC 
ACCACCCGTG AAACCCTTTC TCCTGACCCC TCAAGCTCTA GTGTGTCAGG GGCTGAGAGA 
GGGTCAACCC ACATGTTATC AATGCGCAGC TTCTCCATGT CCCCCCCATC GACCCTTGGA 
CAACAGAGGA GTGCAGAAAA GAAGAGACTG AGCCAGTGCG CAGGGCAATT GGGGGAGGTG 
GTATACAGCA GTACTGATAC ACTGCTACAC TGGTGTCAAG AAGTGACTGG AGGATACCGT 
GGTGTGCGTG TCAACAATTT TACAACATCC TGGAGAAATG GATTGGCATT CTGTGCAATT 
CTTCATCACT TCCATCCTGA ATTCATAAAC TATGATGTTC TGGATCCATT AAATATTAAG 
GAAAACAATA AGAAAGCCTT TGATGGCTTT GCTGGTCTTG GAATCCCTGC CCTTCTGTGC 
CCTACAGATA TGCTTCTTCG TCCTATTCCT GACAAACTCA TCATCCTTAC ATATCTCTGC 
CAAATACGTG ACCATTTCAT TTCTCAGAAA CGTGAGGTCA CTGATACCCA AGTGACTGAA 
GCTGAATTTT TCAGTTCTAA AGAGAAAAGT ATGGCAAGCA CCACCACAGA GGAGACAAAA 
ATTCAGAAAT CAACTGTTGC AAAAAGTATT TCACCAGAGG ACTTAAATGC AAATATTTCA 
CCTGGTCTAA AAAAGCTGAT TACAAAATCT CCTAAAGTTG AAAAACAAGA AAAATCAAGC 
TTGGATCGTG AGGATAAGGT CAATGTTTCC ACTTTGGAAG AAAAAGAAAA GCAAAGGTTT 
TCCTTCACAG AGCAAAAAAT GCCAGGCTCT GGAAAAGACA AGCAAGGCCC TAGCTCTGGG 
GACAAAAGTA AACCCAAAGA AACTTCACAA GATCTTACAA TAAATGACGA GCACAAGACT 
GCTAATCAAA CATCACCGAA ACATGAGGCA CAAAGTTCAT CAACTAATGA TGCTGTAATC 
CCACCACCTC GAATCAAAAA AAGACTGAGT GTAAATGGAG GATCGAATGA GTGTGATTCG 
AACTTGGAAC AGGTAGATGC CAGTGTTTCT TCTTCTTCTA CTCCAGTTCC TCCTCCAAGA 
AAAGGAGGAG GTCTGGGTCA CCTTCGTGAT GCAGACCTTG TCAAGAAGAG GCGTTCTCTT 
ATACGCACTC AGTCACTTTC AGAGGAAGTG GATATCACGC AAAAAAGCCA TGAGACTGAT 
TCTAGACCCT CATCTGAAAT TATAAATGAG ACACCTCCTT CTATGCACAC AACTTCTGTT 
CCCTCTTCAG TCCCTACCAC AGAGGTTAAA GTGAAAGAGG AAGAGACTCC AAGTCTCAGA 
GACACCAGCC AATATGTTAC ATCTGAACTT GCTGCATTAG AGCTTGAACA GAGAAATGTT 
GATGAAAGGG CTTCAGTGGT AGAAAAAGAT CTCCGTTCTC TAATGGAGAA TGGTTCAGAT 
AAAGAGGCAG AGGAAACTCT GATTCAGGAA TGGTTCTCAC TAGTAAATCG AAGGAATGCA 
TTGATCCGCA GGCAGGATGA GCTACAGCTG CTTGTAGAAG AGCAGGATCT GGAAAGGAGA 
TTTGAGCTCC TGAGCAGAGA CCTCCGAGGG CTATTATGTA TTGAGGAATT TATGAAGAGT 
GAAGCTCAAA AGAAAAGAGA GAAGCTCTTA CTGGATGAGT TGGTGTCTCT TGTAAACCAA 
CGTGATGGTC TTGTAAGGGA TTTGCATTTC AAAGGGATCA GGGCTTTTGA GGAGGATGAA 
AGAATTGAGA GAAGTCTGGA GCAAAGGAGG AGAAAGTTAA GCAAAAAGGA GAAATGTCGG 
ATCAGCTGA

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

RefSeq	XP_031756560.1
CDS	568..6756
Translation	MSSVWKRLQRTGKRASRFQFVASYQELKLECTQKWQPDKVVVVWTRRNRRVCSKPHSWQPGIKDPFRGSVVWAVPENVDITATLYRDPHTEYFEEKEWTFQIEGESRGHKKLLAAAPIDLRKFASISAAPREVILPLSPRSVKVVSATLVVSIASSLIREGKATDDDMQSIASLLSLKPSDIADMEDFNEEDEEEKSRQIRSPTGTGMRGYLKGIHTDYFPDPVRELNTLAEEEDESPINTTNFASQTTTKSPSNVYQSSNNVIPPRRPQEFNPVPLDKSNNSVTNFKGGEQARRTTEKSPTCGLATDQERRSNEVWKIREVNPITCVKDTTKKEPVIVHGEGWRKSGEVEDLQERKSGTVRVPEAAVRMKKAKDIEMMQETKPKTDVTQATTQKPEVARREKKAAALRTMENIAVKDPELHYIPETTAKAHEVVEIQKVPETTLKACEKLEEIINIPDRKLQPNTVMETTEIDHTFSYEVANLQMGRDMELPHNVDQSTDMISQIPNVADQVTLRDKERSQQLHERVLLITGEQVAKEKEQSSSKTEEVVLEIAEKERKKILEETVVNSQESLLHSIKEAVNKSVDQIASKPQDLALAITEDRGAEIPDQTISNTMQTVSQTIVEQEQKIYCTEGGVLKIIEVQGTKKQEQESLLDIKDVSEHRNVNTSDSQSDFTLYETVQKSDLFDAKVKKPAENTQGGQIESKQEDEKTEEEEWDKEKAKYTKSEVKMSEQIENRRSDKDKQKEEHIAKETTTSCTEETVPESLQKAPMNENKGNEEKRVHENIIYTDQRLPSTELWVVSVDEKRILDMTSLLDNKKERVIHENDLVPQEKEIQLDSEIIVGSKTEAAVGTEDTLALGKKEEGEQVKNETKLQELTFKDENNVEPVLDNMEVRVISENALVPQEKQIQLESELTVERNIEAALGTVFRSELDNKEEGEQVKEEMRLQDLTFEDKNSVETVFIKETSPIENERKVEVESEIETVLRPVITLELENKEEGEQVKEKMRLQELTSVDNMETVLENKTERVISDNALVPLEKEKQIESKLKVESKIEADLGTLTTLELDYKGGGEQVKEEMRLQDLRNDDENNVETVLDNNEKRVISEDALVSQEKEIQFESDIKIVESKIEAALSPVIALELDNKGEEEQVKEKMRLQELMNEDESNVETVLGNKEVRILSENALVPQLKEIQLESEILVERNIEAALGTVFRSELDNKEEGEQVKEEMRLQDNTFEGENSVETVFIKETSPIENERKVHCKEITEEVTHIADTDLVKYTLHNEEKVTEDKKAVERNSLQYAAKTEKSVTEVAKASSSIACKEVSYKQLQVDSETEHRSKDTELEIDNNRYKSNENTMEVNRLQDINDIIKRVECTADETANGIQEKVNTTQVVFSAENTMKNNNQKNVTVCKDDNVLETEKERAQEKERVPEGVRDQEITVQTVEMCNLSSKAFPPLFTTRETLSPDPSSSSVSGAERGSTHMLSMRSFSMSPPSTLGQQRSAEKKRLSQCAGQLGEVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVTDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKSHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_031900700.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X1, mRNA.

Target ORF information:

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

XM_031900700.1

ORF Insert Sequence:

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGGA TATCTTAAAG GCATCCATAC TGATTACTTC 
CCAGACCCTG TCAGAGAACT AAACACTCTT GCGGAGGAAG AAGATGAAAG TCCTATTAAC 
ACAACAAACT TTGCTTCTCA AACTACTACA AAATCTCCTT CTAATGTCTA CCAGTCTTCA 
AACAATGTTA TTCCCCCAAG AAGACCACAA GAGTTTAATC CTGTTCCACT CGATAAATCC 
AACAATAGTG TTACTAACTT TAAGGGGGGA GAACAAGCTA GGAGAACCAC TGAAAAGTCA 
CCAACATGTG GCCTAGCAAC GGATCAAGAA AGAAGGTCTA ATGAGGTATG GAAGATCCGA 
GAGGTCAACC CTATTACTTG TGTCAAAGAC ACAACCAAGA AGGAGCCTGT CATAGTGCAC 
GGGGAAGGGT GGAGAAAGAG TGGGGAAGTG GAGGACCTGC AAGAGAGGAA GTCAGGAACA 
GTTAGGGTTC CTGAGGCTGC AGTAAGAATG AAAAAAGCTA AGGATATAGA GATGATGCAG 
GAGACAAAAC CTAAGACAGA TGTAACTCAA GCGACAACAC AAAAACCAGA GGTAGCAAGA 
AGGGAAAAGA AAGCAGCAGC ACTGAGAACA ATGGAAAATA TAGCAGTTAA AGATCCAGAG 
TTACATTATA TTCCCGAGAC TACAGCAAAG GCACACGAAG TTGTGGAAAT ACAGAAAGTT 
CCAGAAACAA CCTTGAAAGC ATGTGAGAAA TTAGAGGAAA TAATTAATAT TCCAGACAGG 
AAACTCCAGC CAAATACAGT TATGGAAACA ACAGAAATAG ATCATACGTT TTCATATGAA 
GTTGCAAACT TACAAATGGG TAGAGACATG GAATTGCCAC ATAATGTAGA TCAAAGCACA 
GACATGATAT CTCAGATTCC AAATGTTGCA GACCAAGTAA CTCTTAGAGA TAAAGAAAGG 
TCACAGCAGC TTCATGAAAG AGTTTTACTT ATTACAGGGG AGCAAGTAGC AAAAGAAAAA 
GAGCAGTCAT CTTCCAAGAC AGAGGAGGTT GTTTTAGAAA TTGCAGAAAA AGAACGGAAG 
AAAATATTAG AGGAGACAGT TGTAAATTCA CAAGAGAGTT TGCTTCATAG TATAAAAGAA 
GCGGTAAATA AATCAGTGGA TCAAATAGCA TCTAAGCCAC AAGATTTGGC TTTAGCAATT 
ACAGAAGACC GAGGGGCTGA AATACCAGAT CAGACAATTT CTAATACAAT GCAAACTGTA 
TCACAAACAA TAGTAGAGCA AGAACAGAAA ATATACTGCA CTGAGGGAGG TGTGTTAAAG 
ATTATAGAAG TACAAGGTAC AAAAAAACAA GAGCAGGAAA GTTTGTTGGA TATTAAAGAT 
GTCAGTGAAC ATCGCAATGT AAACACATCT GACTCCCAGA GCGATTTCAC ATTGTATGAG 
ACAGTACAGA AAAGTGATCT TTTTGATGCA AAGGTTAAAA AACCTGCAGA AAATACACAG 
GGTGGGCAAA TAGAATCTAA GCAAGAAGAT GAAAAAACAG AAGAGGAAGA ATGGGACAAA 
GAAAAGGCAA AATATACTAA ATCTGAAGTC AAAATGAGTG AACAGATAGA GAACAGAAGA 
TCAGATAAGG ATAAACAGAA AGAAGAACAT ATTGCGAAAG AAACAACAAC AAGCTGCACC 
GAAGAGACAG TTCCAGAAAG TCTGCAAAAA GCACCAATGA ATGAAAATAA AGGAAATGAA 
GAAAAGAGGG TACATGAAAA TATTATTTAT ACTGATCAAA GGCTGCCTAG CACAGAACTC 
TGGGTAGTGA GTGTGGATGA AAAGAGAATT CTAGATATGA CTTCATTGTT AGATAATAAG 
AAAGAAAGAG TAATACATGA AAATGATTTG GTACCACAGG AAAAAGAAAT ACAGCTAGAT 
TCTGAAATTA TAGTAGGAAG TAAAACAGAA GCTGCTGTTG GGACTGAAGA TACACTAGCA 
TTAGGTAAAA AAGAAGAGGG AGAACAAGTA AAGAATGAGA CTAAACTGCA GGAGCTTACA 
TTTAAAGATG AAAATAATGT GGAGCCAGTG CTAGATAATA TGGAGGTAAG GGTAATAAGT 
GAAAATGCTT TGGTGCCCCA GGAAAAACAA ATACAGCTAG AATCTGAATT AACTGTAGAG 
AGAAACATAG AAGCTGCACT TGGTACAGTA TTTAGATCAG AACTAGATAA CAAAGAAGAG 
GGAGAGCAAG TAAAGGAAGA GATGAGACTA CAAGATCTTA CATTTGAGGA TAAAAATAGT 
GTAGAGACAG TTTTTATAAA GGAAACATCA CCAATTGAGA ATGAAAGGAA AGTAGAAGTA 
GAGAGTGAAA TAGAAACTGT ACTTAGACCT GTAATTACAT TAGAATTAGA AAACAAAGAA 
GAGGGAGAAC AAGTAAAGGA AAAGATGAGA CTTCAAGAGC TTACAAGTGT GGATAACATG 
GAGACAGTAC TAGAAAATAA GACGGAAAGA GTAATAAGTG ATAATGCTTT GGTGCCCTTG 
GAAAAAGAAA AACAGATAGA ATCTAAATTG AAAGTAGAAA GCAAAATAGA AGCTGATCTT 
GGAACTTTAA CTACATTAGA ATTAGATTAC AAAGGAGGAG GAGAACAAGT AAAGGAAGAG 
ATGAGACTAC AAGATCTTAG GAATGACGAT GAAAATAATG TGGAGACAGT GCTAGATAAC 
AATGAGAAGA GGGTAATAAG TGAAGATGCT TTGGTGTCCC AGGAAAAAGA AATACAGTTT 
GAATCTGATA TAAAAATAGT GGAGAGTAAG ATAGAAGCTG CTCTTAGTCC GGTAATTGCA 
TTAGAATTAG ATAACAAAGG AGAGGAAGAA CAAGTAAAGG AAAAGATGAG ACTGCAAGAG 
CTTATGAATG AGGATGAAAG TAATGTGGAG ACAGTACTAG GTAATAAGGA GGTAAGGATA 
TTAAGTGAAA ATGCTTTGGT GCCCCAGTTA AAAGAAATAC AGCTAGAATC TGAAATACTT 
GTAGAGAGAA ACATAGAAGC TGCACTTGGT ACTGTATTTA GATCAGAACT AGATAACAAA 
GAAGAGGGAG AGCAAGTAAA GGAAGAGATG AGACTACAAG ATAATACATT TGAGGGTGAA 
AATAGTGTAG AGACAGTTTT TATAAAGGAA ACATCACCAA TTGAGAATGA AAGGAAAGTA 
CACTGCAAAG AAATAACAGA AGAGGTAACA CATATTGCAG ATACAGATTT AGTAAAATAT 
ACACTACACA ATGAGGAAAA AGTCACAGAA GATAAGAAAG CAGTAGAGAG AAATAGCTTA 
CAATACGCAG CTAAGACAGA AAAGAGTGTG ACAGAAGTAG CCAAAGCATC CTCATCCATA 
GCCTGTAAAG AAGTGTCCTA TAAACAACTG CAAGTAGACT CAGAGACTGA ACATAGGTCA 
AAGGATACTG AACTGGAAAT AGACAACAAC AGATATAAAT CTAATGAAAA CACTATGGAG 
GTAAATAGGT TGCAAGATAT CAATGATATA ATAAAAAGAG TGGAATGCAC AGCAGATGAG 
ACAGCTAACG GAATACAGGA AAAAGTAAAT ACAACACAGG TAGTATTCTC TGCAGAAAAT 
ACAATGAAGA ATAATAACCA GAAAAATGTA ACAGTCTGCA AAGACGACAA TGTATTGGAG 
ACAGAAAAAG AGAGAGCACA AGAAAAAGAG AGAGTGCCAG AGGGGGTAAG AGATCAGGAG 
ATAACTGTAC AAACAGTGGA AATGTGCAAC CTTTCAAGCA AAGCATTTCC ACCTTTATTC 
ACCACCCGTG AAACCCTTTC TCCTGACCCC TCAAGCTCTA GTGTGTCAGG GGCTGAGAGA 
GGGTCAACCC ACATGTTATC AATGCGCAGC TTCTCCATGT CCCCCCCATC GACCCTTGGA 
CAACAGAGGA GTGCAGAAAA GAAGAGACTG AGCCAGTGCG CAGGGCAATT GGGGGAGGTG 
GTATACAGCA GTACTGATAC ACTGCTACAC TGGTGTCAAG AAGTGACTGG AGGATACCGT 
GGTGTGCGTG TCAACAATTT TACAACATCC TGGAGAAATG GATTGGCATT CTGTGCAATT 
CTTCATCACT TCCATCCTGA ATTCATAAAC TATGATGTTC TGGATCCATT AAATATTAAG 
GAAAACAATA AGAAAGCCTT TGATGGCTTT GCTGGTCTTG GAATCCCTGC CCTTCTGTGC 
CCTACAGATA TGCTTCTTCG TCCTATTCCT GACAAACTCA TCATCCTTAC ATATCTCTGC 
CAAATACGTG ACCATTTCAT TTCTCAGAAA CGTGAGGTCA CTGATACCCA AGTGACTGAA 
GCTGAATTTT TCAGTTCTAA AGAGAAAAGT ATGGCAAGCA CCACCACAGA GGAGACAAAA 
ATTCAGAAAT CAACTGTTGC AAAAAGTATT TCACCAGAGG ACTTAAATGC AAATATTTCA 
CCTGGTCTAA AAAAGCTGAT TACAAAATCT CCTAAAGTTG AAAAACAAGA AAAATCAAGC 
TTGGATCGTG AGGATAAGGT CAATGTTTCC ACTTTGGAAG AAAAAGAAAA GCAAAGGTTT 
TCCTTCACAG AGCAAAAAAT GCCAGGCTCT GGAAAAGACA AGCAAGGCCC TAGCTCTGGG 
GACAAAAGTA AACCCAAAGA AACTTCACAA GATCTTACAA TAAATGACGA GCACAAGACT 
GCTAATCAAA CATCACCGAA ACATGAGGCA CAAAGTTCAT CAACTAATGA TGCTGTAATC 
CCACCACCTC GAATCAAAAA AAGACTGAGT GTAAATGGAG GATCGAATGA GTGTGATTCG 
AACTTGGAAC AGGTAGATGC CAGTGTTTCT TCTTCTTCTA CTCCAGTTCC TCCTCCAAGA 
AAAGGAGGAG GTCTGGGTCA CCTTCGTGAT GCAGACCTTG TCAAGAAGAG GCGTTCTCTT 
ATACGCACTC AGTCACTTTC AGAGGAAGTG GATATCACGC AAAAAAGCCA TGAGACTGAT 
TCTAGACCCT CATCTGAAAT TATAAATGAG ACACCTCCTT CTATGCACAC AACTTCTGTT 
CCCTCTTCAG TCCCTACCAC AGAGGTTAAA GTGAAAGAGG AAGAGACTCC AAGTCTCAGA 
GACACCAGCC AATATGTTAC ATCTGAACTT GCTGCATTAG AGCTTGAACA GAGAAATGTT 
GATGAAAGGG CTTCAGTGGT AGAAAAAGAT CTCCGTTCTC TAATGGAGAA TGGTTCAGAT 
AAAGAGGCAG AGGAAACTCT GATTCAGGAA TGGTTCTCAC TAGTAAATCG AAGGAATGCA 
TTGATCCGCA GGCAGGATGA GCTACAGCTG CTTGTAGAAG AGCAGGATCT GGAAAGGAGA 
TTTGAGCTCC TGAGCAGAGA CCTCCGAGGG CTATTATGTA TTGAGGAATT TATGAAGAGT 
GAAGCTCAAA AGAAAAGAGA GAAGCTCTTA CTGGATGAGT TGGTGTCTCT TGTAAACCAA 
CGTGATGGTC TTGTAAGGGA TTTGCATTTC AAAGGGATCA GGGCTTTTGA GGAGGATGAA 
AGAATTGAGA GAAGTCTGGA GCAAAGGAGG AGAAAGTTAA GCAAAAAGGA GAAATGTCGG 
ATCAGCTGA

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

ehbp1l1 ( XM_012962232.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012817686.2 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X2, mRNA.

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CloneID	OXa56736
Clone ID Related Accession (Same CDS sequence)	XM_012962232.2
Accession Version	XM_012962232.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6153bp) 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	EH domain-binding protein 1-like 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_030680.2) 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_012962232.1. ##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 TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGAC CCTGTCAGAG AACTAAACAC TCTTGCGGAG 
GAAGAAGATG AAAGTCCTAT TAACACAACA AACTTTGCTT CTCAAACTAC TACAAAATCT 
CCTTCTAATG TCTACCAGTC TTCAAACAAT GTTATTCCCC CAAGAAGACC ACAAGAGTTT 
AATCCTGTTC CACTCGATAA ATCCAACAAT AGTGTTACTA ACTTTAAGGG GGGAGAACAA 
GCTAGGAGAA CCACTGAAAA GTCACCAACA TGTGGCCTAG CAACGGATCA AGAAAGAAGG 
TCTAATGAGG TATGGAAGAT CCGAGAGGTC AACCCTATTA CTTGTGTCAA AGACACAACC 
AAGAAGGAGC CTGTCATAGT GCACGGGGAA GGGTGGAGAA AGAGTGGGGA AGTGGAGGAC 
CTGCAAGAGA GGAAGTCAGG AACAGTTAGG GTTCCTGAGG CTGCAGTAAG AATGAAAAAA 
GCTAAGGATA TAGAGATGAT GCAGGAGACA AAACCTAAGA CAGATGTAAC TCAAGCGACA 
ACACAAAAAC CAGAGGTAGC AAGAAGGGAA AAGAAAGCAG CAGCACTGAG AACAATGGAA 
AATATAGCAG TTAAAGATCC AGAGTTACAT TATATTCCCG AGACTACAGC AAAGGCACAC 
GAAGTTGTGG AAATACAGAA AGTTCCAGAA ACAACCTTGA AAGCATGTGA GAAATTAGAG 
GAAATAATTA ATATTCCAGA CAGGAAACTC CAGCCAAATA CAGTTATGGA AACAACAGAA 
ATAGATCATA CGTTTTCATA TGAAGTTGCA AACTTACAAA TGGGTAGAGA CATGGAATTG 
CCACATAATG TAGATCAAAG CACAGACATG ATATCTCAGA TTCCAAATGT TGCAGACCAA 
GTAACTCTTA GAGATAAAGA AAGGTCACAG CAGCTTCATG AAAGAGTTTT ACTTATTACA 
GGGGAGCAAG TAGCAAAAGA AAAAGAGCAG TCATCTTCCA AGACAGAGGA GGTTGTTTTA 
GAAATTGCAG AAAAAGAACG GAAGAAAATA TTAGAGGAGA CAGTTGTAAA TTCACAAGAG 
AGTTTGCTTC ATAGTATAAA AGAAGCGGTA AATAAATCAG TGGATCAAAT AGCATCTAAG 
CCACAAGATT TGGCTTTAGC AATTACAGAA GACCGAGGGG CTGAAATACC AGATCAGACA 
ATTTCTAATA CAATGCAAAC TGTATCACAA ACAATAGTAG AGCAAGAACA GAAAATATAC 
TGCACTGAGG GAGGTGTGTT AAAGATTATA GAAGTACAAG GTACAAAAAA ACAAGAGCAG 
GAAAGTTTGT TGGATATTAA AGATGTCAGT GAACATCGCA ATGTAAACAC ATCTGACTCC 
CAGAGCGATT TCACATTGTA TGAGACAGTA CAGAAAAGTG ATCTTTTTGA TGCAAAGGTT 
AAAAAACCTG CAGAAAATAC ACAGGGTGGG CAAATAGAAT CTAAGCAAGA AGATGAAAAA 
ACAGAAGAGG AAGAATGGGA CAAAGAAAAG GCAAAATATA CTAAATCTGA AGTCAAAATG 
AGTGAACAGA TAGAGAACAG AAGATCAGAT AAGGATAAAC AGAAAGAAGA ACATATTGCG 
AAAGAAACAA CAACAAGCTG CACCGAAGAG ACAGTTCCAG AAAGTCTGCA AAAAGCACCA 
ATGAATGAAA ATAAAGGAAA TGAAGAAAAG AGGGTACATG AAAATATTAT TTATACTGAT 
CAAAGGCTGC CTAGCACAGA ACTCTGGGTA GTGAGTGTGG ATGAAAAGAG AATTCTAGAT 
ATGACTTCAT TGTTAGATAA TAAGAAAGAA AGAGTAATAC ATGAAAATGA TTTGGTACCA 
CAGGAAAAAG AAATACAGCT AGATTCTGAA ATTATAGTAG GAAGTAAAAC AGAAGCTGCT 
GTTGGGACTG AAGATACACT AGCATTAGGT AAAAAAGAAG AGGGAGAACA AGTAAAGAAT 
GAGACTAAAC TGCAGGAGCT TACATTTAAA GATGAAAATA ATGTGGAGCC AGTGCTAGAT 
AATATGGAGG TAAGGGTAAT AAGTGAAAAT GCTTTGGTGC CCCAGGAAAA ACAAATACAG 
CTAGAATCTG AATTAACTGT AGAGAGAAAC ATAGAAGCTG CACTTGGTAC AGTATTTAGA 
TCAGAACTAG ATAACAAAGA AGAGGGAGAG CAAGTAAAGG AAGAGATGAG ACTACAAGAT 
CTTACATTTG AGGATAAAAA TAGTGTAGAG ACAGTTTTTA TAAAGGAAAC ATCACCAATT 
GAGAATGAAA GGAAAGTAGA AGTAGAGAGT GAAATAGAAA CTGTACTTAG ACCTGTAATT 
ACATTAGAAT TAGAAAACAA AGAAGAGGGA GAACAAGTAA AGGAAAAGAT GAGACTTCAA 
GAGCTTACAA GTGTGGATAA CATGGAGACA GTACTAGAAA ATAAGACGGA AAGAGTAATA 
AGTGATAATG CTTTGGTGCC CTTGGAAAAA GAAAAACAGA TAGAATCTAA ATTGAAAGTA 
GAAAGCAAAA TAGAAGCTGA TCTTGGAACT TTAACTACAT TAGAATTAGA TTACAAAGGA 
GGAGGAGAAC AAGTAAAGGA AGAGATGAGA CTACAAGATC TTAGGAATGA CGATGAAAAT 
AATGTGGAGA CAGTGCTAGA TAACAATGAG AAGAGGGTAA TAAGTGAAGA TGCTTTGGTG 
TCCCAGGAAA AAGAAATACA GTTTGAATCT GATATAAAAA TAGTGGAGAG TAAGATAGAA 
GCTGCTCTTA GTCCGGTAAT TGCATTAGAA TTAGATAACA AAGGAGAGGA AGAACAAGTA 
AAGGAAAAGA TGAGACTGCA AGAGCTTATG AATGAGGATG AAAGTAATGT GGAGACAGTA 
CTAGGTAATA AGGAGGTAAG GATATTAAGT GAAAATGCTT TGGTGCCCCA GTTAAAAGAA 
ATACAGCTAG AATCTGAAAT ACTTGTAGAG AGAAACATAG AAGCTGCACT TGGTACTGTA 
TTTAGATCAG AACTAGATAA CAAAGAAGAG GGAGAGCAAG TAAAGGAAGA GATGAGACTA 
CAAGATAATA CATTTGAGGG TGAAAATAGT GTAGAGACAG TTTTTATAAA GGAAACATCA 
CCAATTGAGA ATGAAAGGAA AGTACACTGC AAAGAAATAA CAGAAGAGGT AACACATATT 
GCAGATACAG ATTTAGTAAA ATATACACTA CACAATGAGG AAAAAGTCAC AGAAGATAAG 
AAAGCAGTAG AGAGAAATAG CTTACAATAC GCAGCTAAGA CAGAAAAGAG TGTGACAGAA 
GTAGCCAAAG CATCCTCATC CATAGCCTGT AAAGAAGTGT CCTATAAACA ACTGCAAGTA 
GACTCAGAGA CTGAACATAG GTCAAAGGAT ACTGAACTGG AAATAGACAA CAACAGATAT 
AAATCTAATG AAAACACTAT GGAGGTAAAT AGGTTGCAAG ATATCAATGA TATAATAAAA 
AGAGTGGAAT GCACAGCAGA TGAGACAGCT AACGGAATAC AGGAAAAAGT AAATACAACA 
CAGGTAGTAT TCTCTGCAGA AAATACAATG AAGAATAATA ACCAGAAAAA TGTAACAGTC 
TGCAAAGACG ACAATGTATT GGAGACAGAA AAAGAGAGAG CACAAGAAAA AGAGAGAGTG 
CCAGAGGGGG TAAGAGATCA GGAGATAACT GTACAAACAG TGGAAATGTG CAACCTTTCA 
AGCAAAGCAT TTCCACCTTT ATTCACCACC CGTGAAACCC TTTCTCCTGA CCCCTCAAGC 
TCTAGTGTGT CAGGGGCTGA GAGAGGGTCA ACCCACATGT TATCAATGCG CAGCTTCTCC 
ATGTCCCCCC CATCGACCCT TGGACAACAG AGGAGTGCAG AAAAGAAGAG ACTGAGCCAG 
TGCGCAGGGC AATTGGGGGA GGTGGTATAC AGCAGTACTG ATACACTGCT ACACTGGTGT 
CAAGAAGTGA CTGGAGGATA CCGTGGTGTG CGTGTCAACA ATTTTACAAC ATCCTGGAGA 
AATGGATTGG CATTCTGTGC AATTCTTCAT CACTTCCATC CTGAATTCAT AAACTATGAT 
GTTCTGGATC CATTAAATAT TAAGGAAAAC AATAAGAAAG CCTTTGATGG CTTTGCTGGT 
CTTGGAATCC CTGCCCTTCT GTGCCCTACA GATATGCTTC TTCGTCCTAT TCCTGACAAA 
CTCATCATCC TTACATATCT CTGCCAAATA CGTGACCATT TCATTTCTCA GAAACGTGAG 
GTCACTGATA CCCAAGTGAC TGAAGCTGAA TTTTTCAGTT CTAAAGAGAA AAGTATGGCA 
AGCACCACCA CAGAGGAGAC AAAAATTCAG AAATCAACTG TTGCAAAAAG TATTTCACCA 
GAGGACTTAA ATGCAAATAT TTCACCTGGT CTAAAAAAGC TGATTACAAA ATCTCCTAAA 
GTTGAAAAAC AAGAAAAATC AAGCTTGGAT CGTGAGGATA AGGTCAATGT TTCCACTTTG 
GAAGAAAAAG AAAAGCAAAG GTTTTCCTTC ACAGAGCAAA AAATGCCAGG CTCTGGAAAA 
GACAAGCAAG GCCCTAGCTC TGGGGACAAA AGTAAACCCA AAGAAACTTC ACAAGATCTT 
ACAATAAATG ACGAGCACAA GACTGCTAAT CAAACATCAC CGAAACATGA GGCACAAAGT 
TCATCAACTA ATGATGCTGT AATCCCACCA CCTCGAATCA AAAAAAGACT GAGTGTAAAT 
GGAGGATCGA ATGAGTGTGA TTCGAACTTG GAACAGGTAG ATGCCAGTGT TTCTTCTTCT 
TCTACTCCAG TTCCTCCTCC AAGAAAAGGA GGAGGTCTGG GTCACCTTCG TGATGCAGAC 
CTTGTCAAGA AGAGGCGTTC TCTTATACGC ACTCAGTCAC TTTCAGAGGA AGTGGATATC 
ACGCAAAAAA GCCATGAGAC TGATTCTAGA CCCTCATCTG AAATTATAAA TGAGACACCT 
CCTTCTATGC ACACAACTTC TGTTCCCTCT TCAGTCCCTA CCACAGAGGT TAAAGTGAAA 
GAGGAAGAGA CTCCAAGTCT CAGAGACACC AGCCAATATG TTACATCTGA ACTTGCTGCA 
TTAGAGCTTG AACAGAGAAA TGTTGATGAA AGGGCTTCAG TGGTAGAAAA AGATCTCCGT 
TCTCTAATGG AGAATGGTTC AGATAAAGAG GCAGAGGAAA CTCTGATTCA GGAATGGTTC 
TCACTAGTAA ATCGAAGGAA TGCATTGATC CGCAGGCAGG ATGAGCTACA GCTGCTTGTA 
GAAGAGCAGG ATCTGGAAAG GAGATTTGAG CTCCTGAGCA GAGACCTCCG AGGGCTATTA 
TGTATTGAGG AATTTATGAA GAGTGAAGCT CAAAAGAAAA GAGAGAAGCT CTTACTGGAT 
GAGTTGGTGT CTCTTGTAAA CCAACGTGAT GGTCTTGTAA GGGATTTGCA TTTCAAAGGG 
ATCAGGGCTT TTGAGGAGGA TGAAAGAATT GAGAGAAGTC TGGAGCAAAG GAGGAGAAAG 
TTAAGCAAAA AGGAGAAATG TCGGATCAGC TGA

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

RefSeq	XP_012817686.2
CDS	568..6720
Translation	MSSVWKRLQRTGKRASRFQFVASYQELKLECTQKWQPDKVVVVWTRRNRRVCSKPHSWQPGIKDPFRGSVVWAVPENVDITATLYRDPHTEYFEEKEWTFQIEGESRGHKKLLAAAPIDLRKFASISAAPREVILPLSPRSVKVVSATLVVSIASSLIREGKATDDDMQSIASLLSLKPSDIADMEDFNEEDEEEKSRQIRSPTGTGMRDPVRELNTLAEEEDESPINTTNFASQTTTKSPSNVYQSSNNVIPPRRPQEFNPVPLDKSNNSVTNFKGGEQARRTTEKSPTCGLATDQERRSNEVWKIREVNPITCVKDTTKKEPVIVHGEGWRKSGEVEDLQERKSGTVRVPEAAVRMKKAKDIEMMQETKPKTDVTQATTQKPEVARREKKAAALRTMENIAVKDPELHYIPETTAKAHEVVEIQKVPETTLKACEKLEEIINIPDRKLQPNTVMETTEIDHTFSYEVANLQMGRDMELPHNVDQSTDMISQIPNVADQVTLRDKERSQQLHERVLLITGEQVAKEKEQSSSKTEEVVLEIAEKERKKILEETVVNSQESLLHSIKEAVNKSVDQIASKPQDLALAITEDRGAEIPDQTISNTMQTVSQTIVEQEQKIYCTEGGVLKIIEVQGTKKQEQESLLDIKDVSEHRNVNTSDSQSDFTLYETVQKSDLFDAKVKKPAENTQGGQIESKQEDEKTEEEEWDKEKAKYTKSEVKMSEQIENRRSDKDKQKEEHIAKETTTSCTEETVPESLQKAPMNENKGNEEKRVHENIIYTDQRLPSTELWVVSVDEKRILDMTSLLDNKKERVIHENDLVPQEKEIQLDSEIIVGSKTEAAVGTEDTLALGKKEEGEQVKNETKLQELTFKDENNVEPVLDNMEVRVISENALVPQEKQIQLESELTVERNIEAALGTVFRSELDNKEEGEQVKEEMRLQDLTFEDKNSVETVFIKETSPIENERKVEVESEIETVLRPVITLELENKEEGEQVKEKMRLQELTSVDNMETVLENKTERVISDNALVPLEKEKQIESKLKVESKIEADLGTLTTLELDYKGGGEQVKEEMRLQDLRNDDENNVETVLDNNEKRVISEDALVSQEKEIQFESDIKIVESKIEAALSPVIALELDNKGEEEQVKEKMRLQELMNEDESNVETVLGNKEVRILSENALVPQLKEIQLESEILVERNIEAALGTVFRSELDNKEEGEQVKEEMRLQDNTFEGENSVETVFIKETSPIENERKVHCKEITEEVTHIADTDLVKYTLHNEEKVTEDKKAVERNSLQYAAKTEKSVTEVAKASSSIACKEVSYKQLQVDSETEHRSKDTELEIDNNRYKSNENTMEVNRLQDINDIIKRVECTADETANGIQEKVNTTQVVFSAENTMKNNNQKNVTVCKDDNVLETEKERAQEKERVPEGVRDQEITVQTVEMCNLSSKAFPPLFTTRETLSPDPSSSSVSGAERGSTHMLSMRSFSMSPPSTLGQQRSAEKKRLSQCAGQLGEVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVTDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKSHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_012962232.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X2, mRNA.

Target ORF information:

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

XM_012962232.2

ORF Insert Sequence:

ATGAGTTCTG TATGGAAGAG ACTGCAGCGG ACTGGAAAGA GAGCATCACG TTTCCAGTTT 
GTGGCCTCTT ATCAGGAATT AAAATTAGAG TGCACGCAGA AATGGCAACC TGATAAAGTG 
GTGGTTGTGT GGACTAGAAG AAACAGAAGG GTCTGCTCCA AGCCTCACAG CTGGCAACCT 
GGGATAAAGG ACCCATTTCG TGGATCTGTT GTTTGGGCTG TTCCTGAAAA TGTGGACATT 
ACTGCAACCT TATATAGAGA CCCGCACACA GAATATTTTG AGGAGAAGGA GTGGACATTC 
CAGATTGAAG GGGAATCCCG TGGACACAAA AAGCTTCTTG CAGCAGCCCC CATTGATCTC 
CGCAAGTTTG CTTCCATATC TGCTGCCCCT AGGGAGGTGA TACTTCCACT TTCTCCTCGT 
TCTGTCAAGG TTGTGTCAGC GACACTCGTT GTCAGCATTG CCAGTTCTTT AATAAGAGAG 
GGCAAAGCTA CAGATGATGA CATGCAGAGT ATTGCTAGCC TCCTGAGTCT TAAACCATCT 
GACATTGCTG ATATGGAGGA CTTCAATGAG GAGGATGAGG AAGAGAAGTC TCGGCAAATC 
AGATCCCCTA CTGGGACAGG AATGCGAGAC CCTGTCAGAG AACTAAACAC TCTTGCGGAG 
GAAGAAGATG AAAGTCCTAT TAACACAACA AACTTTGCTT CTCAAACTAC TACAAAATCT 
CCTTCTAATG TCTACCAGTC TTCAAACAAT GTTATTCCCC CAAGAAGACC ACAAGAGTTT 
AATCCTGTTC CACTCGATAA ATCCAACAAT AGTGTTACTA ACTTTAAGGG GGGAGAACAA 
GCTAGGAGAA CCACTGAAAA GTCACCAACA TGTGGCCTAG CAACGGATCA AGAAAGAAGG 
TCTAATGAGG TATGGAAGAT CCGAGAGGTC AACCCTATTA CTTGTGTCAA AGACACAACC 
AAGAAGGAGC CTGTCATAGT GCACGGGGAA GGGTGGAGAA AGAGTGGGGA AGTGGAGGAC 
CTGCAAGAGA GGAAGTCAGG AACAGTTAGG GTTCCTGAGG CTGCAGTAAG AATGAAAAAA 
GCTAAGGATA TAGAGATGAT GCAGGAGACA AAACCTAAGA CAGATGTAAC TCAAGCGACA 
ACACAAAAAC CAGAGGTAGC AAGAAGGGAA AAGAAAGCAG CAGCACTGAG AACAATGGAA 
AATATAGCAG TTAAAGATCC AGAGTTACAT TATATTCCCG AGACTACAGC AAAGGCACAC 
GAAGTTGTGG AAATACAGAA AGTTCCAGAA ACAACCTTGA AAGCATGTGA GAAATTAGAG 
GAAATAATTA ATATTCCAGA CAGGAAACTC CAGCCAAATA CAGTTATGGA AACAACAGAA 
ATAGATCATA CGTTTTCATA TGAAGTTGCA AACTTACAAA TGGGTAGAGA CATGGAATTG 
CCACATAATG TAGATCAAAG CACAGACATG ATATCTCAGA TTCCAAATGT TGCAGACCAA 
GTAACTCTTA GAGATAAAGA AAGGTCACAG CAGCTTCATG AAAGAGTTTT ACTTATTACA 
GGGGAGCAAG TAGCAAAAGA AAAAGAGCAG TCATCTTCCA AGACAGAGGA GGTTGTTTTA 
GAAATTGCAG AAAAAGAACG GAAGAAAATA TTAGAGGAGA CAGTTGTAAA TTCACAAGAG 
AGTTTGCTTC ATAGTATAAA AGAAGCGGTA AATAAATCAG TGGATCAAAT AGCATCTAAG 
CCACAAGATT TGGCTTTAGC AATTACAGAA GACCGAGGGG CTGAAATACC AGATCAGACA 
ATTTCTAATA CAATGCAAAC TGTATCACAA ACAATAGTAG AGCAAGAACA GAAAATATAC 
TGCACTGAGG GAGGTGTGTT AAAGATTATA GAAGTACAAG GTACAAAAAA ACAAGAGCAG 
GAAAGTTTGT TGGATATTAA AGATGTCAGT GAACATCGCA ATGTAAACAC ATCTGACTCC 
CAGAGCGATT TCACATTGTA TGAGACAGTA CAGAAAAGTG ATCTTTTTGA TGCAAAGGTT 
AAAAAACCTG CAGAAAATAC ACAGGGTGGG CAAATAGAAT CTAAGCAAGA AGATGAAAAA 
ACAGAAGAGG AAGAATGGGA CAAAGAAAAG GCAAAATATA CTAAATCTGA AGTCAAAATG 
AGTGAACAGA TAGAGAACAG AAGATCAGAT AAGGATAAAC AGAAAGAAGA ACATATTGCG 
AAAGAAACAA CAACAAGCTG CACCGAAGAG ACAGTTCCAG AAAGTCTGCA AAAAGCACCA 
ATGAATGAAA ATAAAGGAAA TGAAGAAAAG AGGGTACATG AAAATATTAT TTATACTGAT 
CAAAGGCTGC CTAGCACAGA ACTCTGGGTA GTGAGTGTGG ATGAAAAGAG AATTCTAGAT 
ATGACTTCAT TGTTAGATAA TAAGAAAGAA AGAGTAATAC ATGAAAATGA TTTGGTACCA 
CAGGAAAAAG AAATACAGCT AGATTCTGAA ATTATAGTAG GAAGTAAAAC AGAAGCTGCT 
GTTGGGACTG AAGATACACT AGCATTAGGT AAAAAAGAAG AGGGAGAACA AGTAAAGAAT 
GAGACTAAAC TGCAGGAGCT TACATTTAAA GATGAAAATA ATGTGGAGCC AGTGCTAGAT 
AATATGGAGG TAAGGGTAAT AAGTGAAAAT GCTTTGGTGC CCCAGGAAAA ACAAATACAG 
CTAGAATCTG AATTAACTGT AGAGAGAAAC ATAGAAGCTG CACTTGGTAC AGTATTTAGA 
TCAGAACTAG ATAACAAAGA AGAGGGAGAG CAAGTAAAGG AAGAGATGAG ACTACAAGAT 
CTTACATTTG AGGATAAAAA TAGTGTAGAG ACAGTTTTTA TAAAGGAAAC ATCACCAATT 
GAGAATGAAA GGAAAGTAGA AGTAGAGAGT GAAATAGAAA CTGTACTTAG ACCTGTAATT 
ACATTAGAAT TAGAAAACAA AGAAGAGGGA GAACAAGTAA AGGAAAAGAT GAGACTTCAA 
GAGCTTACAA GTGTGGATAA CATGGAGACA GTACTAGAAA ATAAGACGGA AAGAGTAATA 
AGTGATAATG CTTTGGTGCC CTTGGAAAAA GAAAAACAGA TAGAATCTAA ATTGAAAGTA 
GAAAGCAAAA TAGAAGCTGA TCTTGGAACT TTAACTACAT TAGAATTAGA TTACAAAGGA 
GGAGGAGAAC AAGTAAAGGA AGAGATGAGA CTACAAGATC TTAGGAATGA CGATGAAAAT 
AATGTGGAGA CAGTGCTAGA TAACAATGAG AAGAGGGTAA TAAGTGAAGA TGCTTTGGTG 
TCCCAGGAAA AAGAAATACA GTTTGAATCT GATATAAAAA TAGTGGAGAG TAAGATAGAA 
GCTGCTCTTA GTCCGGTAAT TGCATTAGAA TTAGATAACA AAGGAGAGGA AGAACAAGTA 
AAGGAAAAGA TGAGACTGCA AGAGCTTATG AATGAGGATG AAAGTAATGT GGAGACAGTA 
CTAGGTAATA AGGAGGTAAG GATATTAAGT GAAAATGCTT TGGTGCCCCA GTTAAAAGAA 
ATACAGCTAG AATCTGAAAT ACTTGTAGAG AGAAACATAG AAGCTGCACT TGGTACTGTA 
TTTAGATCAG AACTAGATAA CAAAGAAGAG GGAGAGCAAG TAAAGGAAGA GATGAGACTA 
CAAGATAATA CATTTGAGGG TGAAAATAGT GTAGAGACAG TTTTTATAAA GGAAACATCA 
CCAATTGAGA ATGAAAGGAA AGTACACTGC AAAGAAATAA CAGAAGAGGT AACACATATT 
GCAGATACAG ATTTAGTAAA ATATACACTA CACAATGAGG AAAAAGTCAC AGAAGATAAG 
AAAGCAGTAG AGAGAAATAG CTTACAATAC GCAGCTAAGA CAGAAAAGAG TGTGACAGAA 
GTAGCCAAAG CATCCTCATC CATAGCCTGT AAAGAAGTGT CCTATAAACA ACTGCAAGTA 
GACTCAGAGA CTGAACATAG GTCAAAGGAT ACTGAACTGG AAATAGACAA CAACAGATAT 
AAATCTAATG AAAACACTAT GGAGGTAAAT AGGTTGCAAG ATATCAATGA TATAATAAAA 
AGAGTGGAAT GCACAGCAGA TGAGACAGCT AACGGAATAC AGGAAAAAGT AAATACAACA 
CAGGTAGTAT TCTCTGCAGA AAATACAATG AAGAATAATA ACCAGAAAAA TGTAACAGTC 
TGCAAAGACG ACAATGTATT GGAGACAGAA AAAGAGAGAG CACAAGAAAA AGAGAGAGTG 
CCAGAGGGGG TAAGAGATCA GGAGATAACT GTACAAACAG TGGAAATGTG CAACCTTTCA 
AGCAAAGCAT TTCCACCTTT ATTCACCACC CGTGAAACCC TTTCTCCTGA CCCCTCAAGC 
TCTAGTGTGT CAGGGGCTGA GAGAGGGTCA ACCCACATGT TATCAATGCG CAGCTTCTCC 
ATGTCCCCCC CATCGACCCT TGGACAACAG AGGAGTGCAG AAAAGAAGAG ACTGAGCCAG 
TGCGCAGGGC AATTGGGGGA GGTGGTATAC AGCAGTACTG ATACACTGCT ACACTGGTGT 
CAAGAAGTGA CTGGAGGATA CCGTGGTGTG CGTGTCAACA ATTTTACAAC ATCCTGGAGA 
AATGGATTGG CATTCTGTGC AATTCTTCAT CACTTCCATC CTGAATTCAT AAACTATGAT 
GTTCTGGATC CATTAAATAT TAAGGAAAAC AATAAGAAAG CCTTTGATGG CTTTGCTGGT 
CTTGGAATCC CTGCCCTTCT GTGCCCTACA GATATGCTTC TTCGTCCTAT TCCTGACAAA 
CTCATCATCC TTACATATCT CTGCCAAATA CGTGACCATT TCATTTCTCA GAAACGTGAG 
GTCACTGATA CCCAAGTGAC TGAAGCTGAA TTTTTCAGTT CTAAAGAGAA AAGTATGGCA 
AGCACCACCA CAGAGGAGAC AAAAATTCAG AAATCAACTG TTGCAAAAAG TATTTCACCA 
GAGGACTTAA ATGCAAATAT TTCACCTGGT CTAAAAAAGC TGATTACAAA ATCTCCTAAA 
GTTGAAAAAC AAGAAAAATC AAGCTTGGAT CGTGAGGATA AGGTCAATGT TTCCACTTTG 
GAAGAAAAAG AAAAGCAAAG GTTTTCCTTC ACAGAGCAAA AAATGCCAGG CTCTGGAAAA 
GACAAGCAAG GCCCTAGCTC TGGGGACAAA AGTAAACCCA AAGAAACTTC ACAAGATCTT 
ACAATAAATG ACGAGCACAA GACTGCTAAT CAAACATCAC CGAAACATGA GGCACAAAGT 
TCATCAACTA ATGATGCTGT AATCCCACCA CCTCGAATCA AAAAAAGACT GAGTGTAAAT 
GGAGGATCGA ATGAGTGTGA TTCGAACTTG GAACAGGTAG ATGCCAGTGT TTCTTCTTCT 
TCTACTCCAG TTCCTCCTCC AAGAAAAGGA GGAGGTCTGG GTCACCTTCG TGATGCAGAC 
CTTGTCAAGA AGAGGCGTTC TCTTATACGC ACTCAGTCAC TTTCAGAGGA AGTGGATATC 
ACGCAAAAAA GCCATGAGAC TGATTCTAGA CCCTCATCTG AAATTATAAA TGAGACACCT 
CCTTCTATGC ACACAACTTC TGTTCCCTCT TCAGTCCCTA CCACAGAGGT TAAAGTGAAA 
GAGGAAGAGA CTCCAAGTCT CAGAGACACC AGCCAATATG TTACATCTGA ACTTGCTGCA 
TTAGAGCTTG AACAGAGAAA TGTTGATGAA AGGGCTTCAG TGGTAGAAAA AGATCTCCGT 
TCTCTAATGG AGAATGGTTC AGATAAAGAG GCAGAGGAAA CTCTGATTCA GGAATGGTTC 
TCACTAGTAA ATCGAAGGAA TGCATTGATC CGCAGGCAGG ATGAGCTACA GCTGCTTGTA 
GAAGAGCAGG ATCTGGAAAG GAGATTTGAG CTCCTGAGCA GAGACCTCCG AGGGCTATTA 
TGTATTGAGG AATTTATGAA GAGTGAAGCT CAAAAGAAAA GAGAGAAGCT CTTACTGGAT 
GAGTTGGTGT CTCTTGTAAA CCAACGTGAT GGTCTTGTAA GGGATTTGCA TTTCAAAGGG 
ATCAGGGCTT TTGAGGAGGA TGAAAGAATT GAGAGAAGTC TGGAGCAAAG GAGGAGAAAG 
TTAAGCAAAA AGGAGAAATG TCGGATCAGC TGA

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

ehbp1l1 ( XM_012962232.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012817686.1 Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X3, mRNA.

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CloneID	OXa34488
Clone ID Related Accession (Same CDS sequence)	XM_012962232.1
Accession Version	XM_012962232.1 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	EH domain-binding protein 1-like 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_030680.1) 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##

ATGACTTCAT TGTTAGATAA TAAGAAAGAA AGAGTAATAC ATGAAAATGA TTTGGTACCA 
CAGGAAAAAG AAATACAGCT AGATTCTGAA ATTATAGTAG GAAGTAAAAC AGAAGCTGCT 
GTTGGGACTG AAGATACACT AGCATTAGGT AAAAAAGAAG AGGGAGAACA AGTAAAGAAT 
GAGACTAAAC TGCAGGAGCT TACATTTAAA GATGAAAATA ATGTGGAGCC AGTGCTAGAT 
AATATGGAGG TAAGGGTAAT AAGTGAAAAT GCTTTGGTGC CCCAGGAAAA ACAAATACAG 
CTAGAATCTG AATTAACTGT AGAGAGAAAC ATAGAAGCTG CACTTGGTAC AGTATTTAGA 
TCAGAACTAG ATAACAAAGA AGAGGGAGAG CAAGTAAAGG AAGAGATGAG ACTACAAGAT 
CTTACATTTG AGGATAAAAA TAGTGTAGAG ACAGTTTTTA TAAAGGAAAC ATCACCAATT 
GAGAATGAAA GGAAAGTAGA AGTAGAGAGT GAAATAGAAA CTGTACTTAG ACCTGTAATT 
ACATTAGAAT TAGAAAACAA AGAAGAGGGA GAACAAGTAA AGGAAAAGAT GAGACTTCAA 
GAGCTTACAA GTGTGGATAA CATGGAGACA GTACTAGAAA ATAAGACGGA AAGAGTAATA 
AGTGATAATG CTTTGGTGCC CTTGGAAAAA GAAAAACAGA TAGAATCTAA ATTGAAAGTA 
GAAAGCAAAA TAGAAGCTGA TCTTGGAACT TTAACTACAT TAGAATTAGA TTACAAAGGA 
GGAGGAGAAC AAGTAAAGGA AGAGATGAGA CTACAAGATC TTAGGAATGA CGATGAAAAT 
AATGTGGAGA CAGTGCTAGA TAACAATGAG AAGAGGGTAA TAAGTGAAGA TGCTTTGGTG 
TCCCAGGAAA AAGAAATACA GTTTGAATCT GATATAAAAA TAGTGGAGAG TAAGATAGAA 
GCTGCTCTTA GTCCGGTAAT TGCATTAGAA TTAGATAACA AAGGAGAGGA AGAACAAGTA 
AAGGAAAAGA TGAGACTGCA AGAGCTTATG AATGAGGATG AAAGTAATGT GGAGACAGTA 
CTAGGTAATA AGGAGGTAAG GATATTAAGT GAAAATGCTT TGGTGCCCCA GTTAAAAGAA 
ATACAGCTAG AATCTGAAAT ACTTGTAGAG AGAAACATAG AAGCTGCACT TGGTACTGTA 
TTTAGATCAG AACTAGATAA CAAAGAAGAG GGAGAGCAAG TAAAGGAAGA GATGAGACTA 
CAAGATAATA CATTTGAGGG TGAAAATAGT GTAGAGACAG TTTTTATAAA GGAAACATCA 
CCAATTGAGA ATGAAAGGAA AGTACACTGC AAAGAAATAA CAGAAGAGGT AACACATATT 
GCAGATACAG ATTTAGTAAA ATATACACTA CACAATGAGG AAAAAGTCAC AGAAGATAAG 
AAAGCAGTAG AGAGAAATAG CTTACAATAC GCAGCTAAGA CAGAAAAGAG TGTGACAGAA 
GTAGCCAAAG CATCCTCATC CATAGCCTGT AAAGAAATGT CCTATAAACA ACTGCAAGTA 
GACTCAGAGA CTGAACATAG GTCAAAGGAT ACTGAACTGG AAATAGACAA CAACAGATAT 
AAATCTAATG AAAACACTAT GGAGGTAAAT AGGTTGCAAG ATATCAATGA TATAATAAAA 
AGAGTGGAAT GCACAGCAGA TGAGACAGCT AACGGAATAC AGGAAAAAGT AAATACAACA 
CAGGTAGTAT TCTCTGCAGA AAATACAATG AAGAATAATA ACCAGAAAAA TGTAACAGTC 
TGCAAAGACG ACAATGTATT GGAGACAGAA AAAGAGAGAG CACAAGAAAA AGAGAGAGTG 
CCAGAGGGGG TAAGAGATCA GGAGATAACT GTACAAACAG TGGAAATGTG CAACCTTTCA 
AGCAAAGCAT TTCCACCTTT ATTCACCACC CGTGAAACCC TTTCTCCTGA CCCCTCAAGC 
TCTAGTGTGT CAGGGGCTGA GAGAGGGTCA ACCCACATGT TATCAATGCG CAGCTTCTCC 
ATGTCCCCCC CATCGACCCT TGGACAACAG AGGAGTGCAG AAAAGAAGAG ACTGAGCCAG 
TGCGCAGGGC AATTGGGGGA GGTGGTATAC AGCAGTACTG ATACACTGCT ACACTGGTGT 
CAAGAAGTGA CTGGAGGATA CCGTGGTGTG CGTGTCAACA ATTTTACAAC ATCCTGGAGA 
AATGGATTGG CATTCTGTGC AATTCTTCAT CACTTCCATC CTGAATTCAT AAACTATGAT 
GTTCTGGATC CATTAAATAT TAAGGAAAAC AATAAGAAAG CCTTTGATGG CTTTGCTGGT 
CTTGGAATCC CTGCCCTTCT GTGCCCTACA GATATGCTTC TTCGTCCTAT TCCTGACAAA 
CTCATCATCC TTACATATCT CTGCCAAATA CGTGACCATT TCATTTCTCA GAAACGTGAG 
GTCATTGATA CCCAAGTGAC TGAAGCTGAA TTTTTCAGTT CTAAAGAGAA AAGTATGGCA 
AGCACCACCA CAGAAGAGAC AAAAATTCAG AAATCAACTG TTGCAAAAAG TATTTCACCA 
GAGGACTTAA ATGCAAATAT TTCACCTGGT CTAAAAAAGC TGATTACAAA ATCTCCTAAA 
GTTGAAAAAC AAGAAAAATC AAGCTTGGAT CGTGAGGATA AGGTCAATGT TTCCACTTTG 
GAAGAAAAAG AAAAGCAAAG GTTTTCCTTC ACAGAGCAAA AAATGCCAGG CTCTGGAAAA 
GACAAGCAAG GCCCTAGCTC TGGGGACAAA AGTAAACCCA AAGAAACTTC ACAAGATCTT 
ACAATAAATG ACGAGCACAA GACTGCTAAT CAAACATCAC CGAAACATGA GGCACAAAGT 
TCATCAACTA ATGATGCTGT AATCCCACCA CCTCGAATCA AAAAAAGACT GAGTGTAAAT 
GGAGGATCGA ATGAGTGTGA TTCGAACTTG GAACAGGTAG ATGCCAGTGT TTCTTCTTCT 
TCTACTCCAG TTCCTCCTCC AAGAAAAGGA GGAGGTCTGG GTCACCTTCG TGATGCAGAC 
CTTGTCAAGA AGAGGCGTTC TCTTATACGC ACTCAGTCAC TTTCAGAGGA AGTGGATATC 
ACGCAAAAAA TCCATGAGAC TGATTCTAGA CCCTCATCTG AAATTATAAA TGAGACACCT 
CCTTCTATGC ACACAACTTC TGTTCCCTCT TCAGTCCCTA CCACAGAGGT TAAAGTGAAA 
GAGGAAGAGA CTCCAAGTCT CAGAGACACC AGCCAATATG TTACATCTGA ACTTGCTGCA 
TTAGAGCTTG AACAGAGAAA TGTTGATGAA AGGGCTTCAG TGGTAGAAAA AGATCTCCGT 
TCTCTAATGG AGAATGGTTC AGATAAAGAG GCAGAGGAAA CTCTGATTCA GGAATGGTTC 
TCACTAGTAA ATCGAAGGAA TGCATTGATC CGCAGGCAGG ATGAGCTACA GCTGCTTGTT 
GAAGAGCAGG ATCTGGAAAG GAGATTTGAG CTCCTGAGCA GAGACCTCCG AGGGCTATTA 
TGTATTGAGG AATTTATGAA GAGTGAAGCT CAAAAGAAAA GAGAGAAGCT CTTACTGGAT 
GAGTTGGTGT CTCTTGTAAA CCAACGTGAT GGTCTTGTAA GGGATTTGCA TTTCAAAGGG 
ATCAGGGCTT TTGAGGAGGA TGAAAGAATT GAGAGAAGTC TGGAGCAAAG GAGGAGAAAG 
TTAAGCAAAA AGGAGAAATG TCGGATCAGC TGA

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

RefSeq	XP_012817686.1
CDS	82..3834
Translation	MTSLLDNKKERVIHENDLVPQEKEIQLDSEIIVGSKTEAAVGTEDTLALGKKEEGEQVKNETKLQELTFKDENNVEPVLDNMEVRVISENALVPQEKQIQLESELTVERNIEAALGTVFRSELDNKEEGEQVKEEMRLQDLTFEDKNSVETVFIKETSPIENERKVEVESEIETVLRPVITLELENKEEGEQVKEKMRLQELTSVDNMETVLENKTERVISDNALVPLEKEKQIESKLKVESKIEADLGTLTTLELDYKGGGEQVKEEMRLQDLRNDDENNVETVLDNNEKRVISEDALVSQEKEIQFESDIKIVESKIEAALSPVIALELDNKGEEEQVKEKMRLQELMNEDESNVETVLGNKEVRILSENALVPQLKEIQLESEILVERNIEAALGTVFRSELDNKEEGEQVKEEMRLQDNTFEGENSVETVFIKETSPIENERKVHCKEITEEVTHIADTDLVKYTLHNEEKVTEDKKAVERNSLQYAAKTEKSVTEVAKASSSIACKEMSYKQLQVDSETEHRSKDTELEIDNNRYKSNENTMEVNRLQDINDIIKRVECTADETANGIQEKVNTTQVVFSAENTMKNNNQKNVTVCKDDNVLETEKERAQEKERVPEGVRDQEITVQTVEMCNLSSKAFPPLFTTRETLSPDPSSSSVSGAERGSTHMLSMRSFSMSPPSTLGQQRSAEKKRLSQCAGQLGEVVYSSTDTLLHWCQEVTGGYRGVRVNNFTTSWRNGLAFCAILHHFHPEFINYDVLDPLNIKENNKKAFDGFAGLGIPALLCPTDMLLRPIPDKLIILTYLCQIRDHFISQKREVIDTQVTEAEFFSSKEKSMASTTTEETKIQKSTVAKSISPEDLNANISPGLKKLITKSPKVEKQEKSSLDREDKVNVSTLEEKEKQRFSFTEQKMPGSGKDKQGPSSGDKSKPKETSQDLTINDEHKTANQTSPKHEAQSSSTNDAVIPPPRIKKRLSVNGGSNECDSNLEQVDASVSSSSTPVPPPRKGGGLGHLRDADLVKKRRSLIRTQSLSEEVDITQKIHETDSRPSSEIINETPPSMHTTSVPSSVPTTEVKVKEEETPSLRDTSQYVTSELAALELEQRNVDERASVVEKDLRSLMENGSDKEAEETLIQEWFSLVNRRNALIRRQDELQLLVEEQDLERRFELLSRDLRGLLCIEEFMKSEAQKKREKLLLDELVSLVNQRDGLVRDLHFKGIRAFEEDERIERSLEQRRRKLSKKEKCRIS

Target ORF information:

RefSeq Version	XM_012962232.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis EH domain binding protein 1 like 1 (ehbp1l1), transcript variant X3, mRNA.

Target ORF information:

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

XM_012962232.1

ORF Insert Sequence:

ATGACTTCAT TGTTAGATAA TAAGAAAGAA AGAGTAATAC ATGAAAATGA TTTGGTACCA 
CAGGAAAAAG AAATACAGCT AGATTCTGAA ATTATAGTAG GAAGTAAAAC AGAAGCTGCT 
GTTGGGACTG AAGATACACT AGCATTAGGT AAAAAAGAAG AGGGAGAACA AGTAAAGAAT 
GAGACTAAAC TGCAGGAGCT TACATTTAAA GATGAAAATA ATGTGGAGCC AGTGCTAGAT 
AATATGGAGG TAAGGGTAAT AAGTGAAAAT GCTTTGGTGC CCCAGGAAAA ACAAATACAG 
CTAGAATCTG AATTAACTGT AGAGAGAAAC ATAGAAGCTG CACTTGGTAC AGTATTTAGA 
TCAGAACTAG ATAACAAAGA AGAGGGAGAG CAAGTAAAGG AAGAGATGAG ACTACAAGAT 
CTTACATTTG AGGATAAAAA TAGTGTAGAG ACAGTTTTTA TAAAGGAAAC ATCACCAATT 
GAGAATGAAA GGAAAGTAGA AGTAGAGAGT GAAATAGAAA CTGTACTTAG ACCTGTAATT 
ACATTAGAAT TAGAAAACAA AGAAGAGGGA GAACAAGTAA AGGAAAAGAT GAGACTTCAA 
GAGCTTACAA GTGTGGATAA CATGGAGACA GTACTAGAAA ATAAGACGGA AAGAGTAATA 
AGTGATAATG CTTTGGTGCC CTTGGAAAAA GAAAAACAGA TAGAATCTAA ATTGAAAGTA 
GAAAGCAAAA TAGAAGCTGA TCTTGGAACT TTAACTACAT TAGAATTAGA TTACAAAGGA 
GGAGGAGAAC AAGTAAAGGA AGAGATGAGA CTACAAGATC TTAGGAATGA CGATGAAAAT 
AATGTGGAGA CAGTGCTAGA TAACAATGAG AAGAGGGTAA TAAGTGAAGA TGCTTTGGTG 
TCCCAGGAAA AAGAAATACA GTTTGAATCT GATATAAAAA TAGTGGAGAG TAAGATAGAA 
GCTGCTCTTA GTCCGGTAAT TGCATTAGAA TTAGATAACA AAGGAGAGGA AGAACAAGTA 
AAGGAAAAGA TGAGACTGCA AGAGCTTATG AATGAGGATG AAAGTAATGT GGAGACAGTA 
CTAGGTAATA AGGAGGTAAG GATATTAAGT GAAAATGCTT TGGTGCCCCA GTTAAAAGAA 
ATACAGCTAG AATCTGAAAT ACTTGTAGAG AGAAACATAG AAGCTGCACT TGGTACTGTA 
TTTAGATCAG AACTAGATAA CAAAGAAGAG GGAGAGCAAG TAAAGGAAGA GATGAGACTA 
CAAGATAATA CATTTGAGGG TGAAAATAGT GTAGAGACAG TTTTTATAAA GGAAACATCA 
CCAATTGAGA ATGAAAGGAA AGTACACTGC AAAGAAATAA CAGAAGAGGT AACACATATT 
GCAGATACAG ATTTAGTAAA ATATACACTA CACAATGAGG AAAAAGTCAC AGAAGATAAG 
AAAGCAGTAG AGAGAAATAG CTTACAATAC GCAGCTAAGA CAGAAAAGAG TGTGACAGAA 
GTAGCCAAAG CATCCTCATC CATAGCCTGT AAAGAAATGT CCTATAAACA ACTGCAAGTA 
GACTCAGAGA CTGAACATAG GTCAAAGGAT ACTGAACTGG AAATAGACAA CAACAGATAT 
AAATCTAATG AAAACACTAT GGAGGTAAAT AGGTTGCAAG ATATCAATGA TATAATAAAA 
AGAGTGGAAT GCACAGCAGA TGAGACAGCT AACGGAATAC AGGAAAAAGT AAATACAACA 
CAGGTAGTAT TCTCTGCAGA AAATACAATG AAGAATAATA ACCAGAAAAA TGTAACAGTC 
TGCAAAGACG ACAATGTATT GGAGACAGAA AAAGAGAGAG CACAAGAAAA AGAGAGAGTG 
CCAGAGGGGG TAAGAGATCA GGAGATAACT GTACAAACAG TGGAAATGTG CAACCTTTCA 
AGCAAAGCAT TTCCACCTTT ATTCACCACC CGTGAAACCC TTTCTCCTGA CCCCTCAAGC 
TCTAGTGTGT CAGGGGCTGA GAGAGGGTCA ACCCACATGT TATCAATGCG CAGCTTCTCC 
ATGTCCCCCC CATCGACCCT TGGACAACAG AGGAGTGCAG AAAAGAAGAG ACTGAGCCAG 
TGCGCAGGGC AATTGGGGGA GGTGGTATAC AGCAGTACTG ATACACTGCT ACACTGGTGT 
CAAGAAGTGA CTGGAGGATA CCGTGGTGTG CGTGTCAACA ATTTTACAAC ATCCTGGAGA 
AATGGATTGG CATTCTGTGC AATTCTTCAT CACTTCCATC CTGAATTCAT AAACTATGAT 
GTTCTGGATC CATTAAATAT TAAGGAAAAC AATAAGAAAG CCTTTGATGG CTTTGCTGGT 
CTTGGAATCC CTGCCCTTCT GTGCCCTACA GATATGCTTC TTCGTCCTAT TCCTGACAAA 
CTCATCATCC TTACATATCT CTGCCAAATA CGTGACCATT TCATTTCTCA GAAACGTGAG 
GTCATTGATA CCCAAGTGAC TGAAGCTGAA TTTTTCAGTT CTAAAGAGAA AAGTATGGCA 
AGCACCACCA CAGAAGAGAC AAAAATTCAG AAATCAACTG TTGCAAAAAG TATTTCACCA 
GAGGACTTAA ATGCAAATAT TTCACCTGGT CTAAAAAAGC TGATTACAAA ATCTCCTAAA 
GTTGAAAAAC AAGAAAAATC AAGCTTGGAT CGTGAGGATA AGGTCAATGT TTCCACTTTG 
GAAGAAAAAG AAAAGCAAAG GTTTTCCTTC ACAGAGCAAA AAATGCCAGG CTCTGGAAAA 
GACAAGCAAG GCCCTAGCTC TGGGGACAAA AGTAAACCCA AAGAAACTTC ACAAGATCTT 
ACAATAAATG ACGAGCACAA GACTGCTAAT CAAACATCAC CGAAACATGA GGCACAAAGT 
TCATCAACTA ATGATGCTGT AATCCCACCA CCTCGAATCA AAAAAAGACT GAGTGTAAAT 
GGAGGATCGA ATGAGTGTGA TTCGAACTTG GAACAGGTAG ATGCCAGTGT TTCTTCTTCT 
TCTACTCCAG TTCCTCCTCC AAGAAAAGGA GGAGGTCTGG GTCACCTTCG TGATGCAGAC 
CTTGTCAAGA AGAGGCGTTC TCTTATACGC ACTCAGTCAC TTTCAGAGGA AGTGGATATC 
ACGCAAAAAA TCCATGAGAC TGATTCTAGA CCCTCATCTG AAATTATAAA TGAGACACCT 
CCTTCTATGC ACACAACTTC TGTTCCCTCT TCAGTCCCTA CCACAGAGGT TAAAGTGAAA 
GAGGAAGAGA CTCCAAGTCT CAGAGACACC AGCCAATATG TTACATCTGA ACTTGCTGCA 
TTAGAGCTTG AACAGAGAAA TGTTGATGAA AGGGCTTCAG TGGTAGAAAA AGATCTCCGT 
TCTCTAATGG AGAATGGTTC AGATAAAGAG GCAGAGGAAA CTCTGATTCA GGAATGGTTC 
TCACTAGTAA ATCGAAGGAA TGCATTGATC CGCAGGCAGG ATGAGCTACA GCTGCTTGTT 
GAAGAGCAGG ATCTGGAAAG GAGATTTGAG CTCCTGAGCA GAGACCTCCG AGGGCTATTA 
TGTATTGAGG AATTTATGAA GAGTGAAGCT CAAAAGAAAA GAGAGAAGCT CTTACTGGAT 
GAGTTGGTGT CTCTTGTAAA CCAACGTGAT GGTCTTGTAA GGGATTTGCA TTTCAAAGGG 
ATCAGGGCTT TTGAGGAGGA TGAAAGAATT GAGAGAAGTC TGGAGCAAAG GAGGAGAAAG 
TTAAGCAAAA AGGAGAAATG TCGGATCAGC TGA

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

PubMed

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ehbp1l1 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:

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FAX

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