kif26a cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	kif26a
Entrez Gene ID	100491850
Full Name	kinesin family member 26A
General protein information	Preferred Names kinesin family member 26A Names kinesin-like protein KIF26A
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004917189.3	XP_004917246.1	kinesin-like protein KIF26A isoform X2
XM_004917188.3	XP_004917245.1	kinesin-like protein KIF26A isoform X1
XM_002939734.4	XP_002939780.2	kinesin-like protein KIF26A isoform X3
XM_012969324.2	XP_012824778.1	kinesin-like protein KIF26A isoform X4
XM_004917189.4	XP_004917246.2	kinesin-like protein KIF26A isoform X2
XM_002939734.5	XP_002939780.3	kinesin-like protein KIF26A isoform X3
XM_012969324.3	XP_012824778.2	kinesin-like protein KIF26A isoform X4
XM_004917188.4	XP_004917245.2	kinesin-like protein KIF26A isoform X1

Pathways from BioSystems

Homologies

Xenopus tropicalis (tropical clawed frog)	kif26a	XP_002939780.2
Danio rerio (zebrafish)	kif26ab	XP_005159017.1
Gallus gallus (chicken)	KIF26A	XP_421394.4

Gene Ontology

The following kif26a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kif26a 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)
OXa64089	XM_002939734.5 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa64090	XM_012969324.3 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa14891	XM_002939734.4 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OXa35175	XM_012969324.2 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OXa64087	XM_004917188.4 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OXa64088	XM_004917189.4 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OXa14889	XM_004917188.3 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00
OXa14890	XM_004917189.3 Latest version!	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

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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)

kif26a ( XM_002939734.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002939780.3 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X3, mRNA.

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CloneID	OXa64089
Clone ID Related Accession (Same CDS sequence)	XM_002939734.5
Accession Version	XM_002939734.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5949bp) 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	kinesin-like protein KIF26A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_002939734.4. ##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##

ATGATACCAG TGCCGGGGAG TGCGGACTAT GGACAACGTT TGGGACTGCC GGTCTCAGAC 
AGACTGTCCG GCCGGGAGGT ACCACCGTGC CCAAGGAAGA GGCTACAGTC CGCGGATGAG 
GCTCTGAGAG GCAGTCGGCC GCCTCCGGAG GGAGCAGGGG CATCCTCTGT ATCGGAGGGG 
GCAGTGCCCG GGGAATGGTG CCCATATTGC CAGGCAAAGC TGGCTGAGTT GAAGAAACAA 
GCTCTGAGAC TGGCGATACC CGGCTGTGCC ACAAATCCGC AATTTTCAGC TTTAATTTTT 
GACAAGCTTC AAGTGCCTGA CTATTTGCAA AAAAGCAGGA ATGAAGGAGA GAACAGGTGT 
GACATCTGTG CAACTCACCT GAATCAGTTA AAGCAGGAGG CAGTGCAAAT GATCCAATCT 
TTTAATCAAG CTGGCTGCTC GGAAATACTT GATCGCCCTC CAAGTTCTGT GCCTGTGGCT 
AGTGTCATTC CCAGGCTGTC TCCTCAAAAC ATGATCACTG TTTCACCCCA GAAAGAGCTT 
CTTATGATTG CAGGGCAAGT GGGGAGACCT TCTGGAAAAT CAACCAACCT TTTCCATGGG 
ACAGAGAAGA AGAAAGGACT TGGATGGGGG CAAGGAGGTA GCAGCTTGCC TAACTCCAGT 
GTTCAAGTTA CAGTGGCTCC AAGCAGCCTT GGTGGAGCAC TGAGTTCAGT AACTATTCAG 
GCACAACAAT ACCTGGAGGG CATGTGGAGC ATTTCTAGAG TAAATAGCTT TCTACCGTCA 
GCCTGCCTAC CTGATGCCCC ATCCATGGAT GGAGGAAGGG AAAACCAGAA CACTGAAATA 
TCTTCAGGCC CCAGCAACAA CCAGCAGTCT GTGACAGGAA GCACCCAGAG TTTCTTTGCA 
CCCGCAGGAG CAGAGTCTGC TGGGACCTCT GCTGCAGCCT CTTTCTTTAT CAGAGCAGCA 
CAGAAGCTCA ACTTGTCCTC AAAGCGAAAG AAGTATCATC CTCCTCTTCC TCACTCGCAA 
GAGTATTCCA CATACTCCAC CAACTTCAGT GGCATCCTTC AGCTATGTCC ACCACCTGCA 
CCTCCATGTT TAATGAGAGC TGTGTCAAAA ATCAAGGACA ACCCAGGCAT TGGAAAGGTG 
AAAATAATGG TGAGAATCTG CCCATTCCAA GGACCTCAAA ATACATCTGA ATCGATGTCC 
TTCCTGAAAG TGGATCCACG GAAAAAGCAA GTGACACTAT ATGATCCATC TACTTGTGGC 
CCATCTGTCT CCGTTCATAG AAGAGCAGTG GTTGCTGTTC CAAAGATGTT TGCCTTTGAT 
TCAGTGTTTC CACAAGATGC TTCTCAGGCC GAGGTCTGCT CTGGAACAGT TGCCGAAGTA 
ATCCAGTCTG TTGTGAATGG TGCAGATGGA TGTATATTTT GCTTTGGTCA CGTCAGGCTT 
GGTAAATCCT ACACCATGAT TGGCAAAGAT GCCTCTACAC AAAGCCTTGG CATCATCCCA 
TGTGCAATCT CCTGGCTTTT CAAACTAATC AATGAACGGA AAGAGAAAAC TGGAACTCGC 
TTCTCTATTC GAGTATCTGC TGTTGAGATT TTCGGCAAAG ATGAAAACCT GAAGGATTTG 
TTAGCCGAGG AAGCCACGGG GAGTCTTCAA GATGGCCAGT CCCCTGGGGT CTATCTGCGA 
GAAGATCCGA TCTGCGGAAC TCAGCTTCAA AACCAGAGTG AGCTGAGAGC CCCTACAGCA 
GAGAAAGCGG CTCACTTCCT CGATGCAGCA CTTGCGGCCA GGAGCACTAG TCGACCAGAC 
TGTGATGAAG AAGAAAGAAG GAACTCACAT ATGCTTTTCA CTCTTCATAT ATATCAGTAT 
CGCATGGAAA AGAGTGGAAA GGGAGGAATG TCAGGAGGAA GGAGCAGACT GCACCTTATT 
GATCTGGGCA GCTGTGAAAA AGTGCTGAGC AAAAGCCGTG ATGGATGTGG GGGTCTCTGT 
CTGTCACTGA CTGCACTGGG AAATGTCATT TTGGCTCTAG TCAATGGAGC AAAACACATA 
CCATATAGGG ATAGCAAATT GACCATGCTC TTGCAAGAAT CTCTGGGGAA TATCAACTGC 
AGGACTACCA TGATTGCTCA CATCTCAGAT TCGCCAGCAA ATTACCAGGA AACCCTTAGC 
ACTGTTCAGC TTGCTTCTCG CATTCACCGA ATGAAAAAGA AGAAATCCAA GTATGCCTCC 
AGCTCGTCCG GGGGAGAAAG CTCTTGTGAA GAAGGCCGCG TTAGAAGACC CCCTCACATA 
CGGCCTTTCC ACCAAAGAAC AGTTGTACTT GACCCGGATT TTCCAACTCT GGGATTTCAC 
AGTGATCCTG ATTATTCCTC GAGCAGTGAA CAGTCGTGTG ACACTGTGAT ATATGTTGGG 
CCAAATGGCG CTGCTTTATC GGACAAAGAA CTGACTGACA ATGAGGGGCC TCCTGAATTT 
GTTCCCATAA TACCTTCACT CCTCAAGAAG AGAAGTAAAG ATAATTTGTC TAGTATCAGA 
AGTTCTGATA ACGATCATTT AAAATGCAAC ACATTTGCTG AACTGCAAGA GAGGTTAGAG 
TGTATTGACG GAAGTGAGGA ACCTGCTAGG TTTCTTATTG AAGAACCTGT TGCAGCACAT 
TGTAATAAAG CCATGAACTA TGAAGACAAT GTACATTCAA CAAAGGAAAA AACATTACTT 
TCTGGAATTT GTAAAAGACC TGGTTTTCAA GATATGGTTT CACCTAAAAA AGGGCAAAAC 
ATTATTATTT CAACTGCTTT TCCGCCAAAT ATTTCAGATT CTGAAACAAA TGCACCTCAG 
TCTGCACATG AACACCCTCA ACAACATGCC AAAGCTGAAA ATGTAAAGCC GGAATGCATC 
TCAGATGGAA ACCAAGTGAC AATCATGGAT TTACAAAAAA CTTTAGCACC TAGTGTGTGT 
AAGGCACAGG AAATACCAAA AGGAGCCACA GAAATATCTG TAAAAGAAAA AGCCCTTATG 
GCAAGAAGAC ATCTTCCCAG CCCAGCTCCA CCTCCTGGTT CTCAGTCATG TAGCAGTAAT 
AATGTTGGGG TCAGAACTCC TCCGATCGGA ATGAGCAAAT TGAAATGCCA AGATAAGCAC 
AAGTTAGTCA GCAGCACATT ACCAGTTGGC ATCAGCACGC CTAAGCAGCC TGGCCCAATA 
GAGGTTCGTA GGTTTCGATC AGCTGTAAAA ACAAATGGTT TTGACCGAGA CATATTAACC 
ACTACAGTGA CATTGCAGAA GCCAGTAGAA CTCAATGGAG AAGATGAACT TGTATTCACT 
GTTGTAGAAG AGTTGTCTAT TGGAGGCATT CTTGACAATG GCAGACCTTC CAGTATCATT 
AGCTTTAACA GTGACTGTTC ACTACAAGCC CTTGCCTCTG GCTCTAGACC AGTTAGCATT 
ATCAGCAGTA TTAATGATGA ATTTGATGCA TATACTTCAC AGGTCGCAAC TGCTGGTGTA 
AATATTGACA TTGTGGTTCC ATTGGCGGAG GATCAATGCA CTATTAGCAG CAGACGTTCA 
TCTATTAGTT CCTGGCTTAG TGAAGTAAGC ATTTGTACAA TTAAAAGTGA TAGAGCTCAG 
ACCTACAACA GTATTGTTCC TCACTCTTCT CACAAATCTG ATGAGCTTTC AGAGTGTTTA 
AATATGGGTT CAGAAAAAAA TACTGATCAA ATAAGTCAAA GCTTGAAAAG TTCTTTGAAT 
GACAGTGGCT TCTGCTTTTC AGAACTGGAG AGTGAAAGTA TGAGTTCAAG TCCTTTATTT 
TCCAGCAATG AAAAAAGCTT CAAAATCTCT GAGCTCACCA AAGCCAGTCA AGTTGCTCAT 
TCTGCAAGTA ACAAATCTAG TAGCATCCGG GGTACAATAT CGTTTGAGAC CATCCATTCC 
AGTCTTCCTC GGAAACATAA TACTACCTCA GTCACCACAC ACGGTCATGC AGCGAATTCC 
AAGGAACAAG TATTTAGTGA CCCATGGTTT GTGAGAGCAG ATACTTCCTT GGAAGGAATG 
TCTGATAATC AGGCACTGTC TACAAAATCT TCCATTTCTG GTACAGACAA TCAGCTAAAA 
CAGGGCTTAA AATCTGCACA AAATATTAGC TCTGCATCCA AACCCCTGAA ATCACAGACA 
TTAGCATGCT CTCAGCGTGT TGTTGATGGA TGTGAAGTGG ATGCAAAATC GGCCCCCAAA 
AAGACTGAGC CTTTAACTAA AGTGCCGCAA CTTAGAAGAG GGGCCACAAC ACTGGGAGTA 
GTAACTACAT ACAATTCCCA AACAGATTAT GCATCCAAAG GCATTTCAGA TGGAAGTCTG 
AAATCTTCAG GTGGAAAAAA GAATTTAATG CAAAAATCCA GCATGTTGCC CAGGCCTGGT 
GGGACTGTCC CTCCAGCACC TCCTGTACGG AAATCAAGCT TGGATCAGAA AAACGTACCT 
CTGCATGCAA GTAAATTAGA TGGATTAGAG GGAAACTGTT CTGAAGAAGA AGCAGAAAAA 
CATTGTAGCA ACACAATATT TTGCAAAGGG GACAATTCAT TGCCTAAAAC AGCATCAAGC 
TTAAAGGCTA AAGTGAACAA AAATGAATCT GTTCAGCGCT ATGGGAGCCA TATGTCTCTT 
GAAAGATGTG ATAGCGTAAC ATCTATTGGC TCAAAAACAA ATGGGACTCG TGATAATAGC 
AACTCTTGCA TTAACAAGGT AGGAAGAGCA GTTCCTAAGC TTGGAAATCC TATTGGCTCT 
TCTACTAATA CCTCTTCTCC AACATGTTCA GCAGCTGCCA AAACTAATCA GGCCAAAAGT 
TCTCTGACTC AGAAAGCAAC AAATTTAAAC AAAAACCGCA GCCTGTCCAC AAATGGTTCA 
AAATCTCTCA GTTCCTCTGT TAAGTCACTG AACCAACCTA GTGGGAAAAA TTCTGGTATT 
CCACCAAGTG GAAAGGCAGG TTCACGACCA GTTCAGTGCA TGTCTACCAA GCCTGCAAGG 
GGGACAATTA TGGGGACTAA GCAAGCACTG CGGGCAGCCA ATAATAGGGT CAATGAATTG 
GCCTCTGGAA GCTCTGGAAA AATGAATCAT TTTAGAGGAT CTACAGACTC TGATAGTGGA 
AACGACAGTG GTATAAACCT GAGTGATGAA AAGTTGCAGA CTCCAGTTCT ACCCTCACCT 
TATAGCAAAA TTACGGCACC AAGGCGACCT CAAAGATATA GCAGTGGGCA TGGCAGCGAC 
AACAGTAGTG TTCTGAGTGG TGAGTTACCA CCTGCTATGG GGAGGACAGC TCTGTTTTAT 
CACAGTGGTG GCAGCAGTGG GTATGAAAGC ATGATTCGGG ACAGCGAAGC CACTGGAAGT 
GCATCCTCTG CGCATGATTC CATGAGTGAA AGTGGAATGT CATCATCTGG ACGCATGAGA 
AGCTTAAAAT CCCCAAAGAA AAGAGGTCTT CAGCGTCGGA GACTTGTACC AACTCCATTA 
CCAGAAACAG CAACAACTGG CCAGTGGGTG GATCTGCCAC CTTTGCCAGG CAATTTAAAA 
GAGCCATTTG AAATCAAGGT TTACGAGATT GATGACGTGG AGCGATTACA GAAACACAGG 
CAAGAGGAAC CCGAGCAGCC TTTTCAAGAT GTTGAAAAGG GCTTGATGTA CTTCAGCACC 
AAACTAAGTT TACTAGAAAG ACGTCAGCAG AAAGTTAAAG ACGTTAAAGC AAAGTATGAA 
TTACTGAAAC AGGAGTTGGA GGAGACGAAA CACAGGTTGA TGATGCACCC ACACAAGTGG 
AGAGGACAAT TTGAGGTGGA CCCCAGTCTT GATAAGGAAT CACAGGAGTA CCTGGAGGCA 
TTGGAACAAG TCACCGAAGA ACTTGAACTA TGTGTTAATG TGTGCAAGTC CCATGTTATG 
ATGGTGACCT GCTTTGACAT CGGAATGATC TCTGATCAGC AAGATGGAGG AAGAGAAGTG 
GAAGTCTGA

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

RefSeq	XP_002939780.3
CDS	299..6247
Translation	MIPVPGSADYGQRLGLPVSDRLSGREVPPCPRKRLQSADEALRGSRPPPEGAGASSVSEGAVPGEWCPYCQAKLAELKKQALRLAIPGCATNPQFSALIFDKLQVPDYLQKSRNEGENRCDICATHLNQLKQEAVQMIQSFNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCNKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQSCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEQPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_002939734.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X3, mRNA.

Target ORF information:

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

XM_002939734.5

ORF Insert Sequence:

ATGATACCAG TGCCGGGGAG TGCGGACTAT GGACAACGTT TGGGACTGCC GGTCTCAGAC 
AGACTGTCCG GCCGGGAGGT ACCACCGTGC CCAAGGAAGA GGCTACAGTC CGCGGATGAG 
GCTCTGAGAG GCAGTCGGCC GCCTCCGGAG GGAGCAGGGG CATCCTCTGT ATCGGAGGGG 
GCAGTGCCCG GGGAATGGTG CCCATATTGC CAGGCAAAGC TGGCTGAGTT GAAGAAACAA 
GCTCTGAGAC TGGCGATACC CGGCTGTGCC ACAAATCCGC AATTTTCAGC TTTAATTTTT 
GACAAGCTTC AAGTGCCTGA CTATTTGCAA AAAAGCAGGA ATGAAGGAGA GAACAGGTGT 
GACATCTGTG CAACTCACCT GAATCAGTTA AAGCAGGAGG CAGTGCAAAT GATCCAATCT 
TTTAATCAAG CTGGCTGCTC GGAAATACTT GATCGCCCTC CAAGTTCTGT GCCTGTGGCT 
AGTGTCATTC CCAGGCTGTC TCCTCAAAAC ATGATCACTG TTTCACCCCA GAAAGAGCTT 
CTTATGATTG CAGGGCAAGT GGGGAGACCT TCTGGAAAAT CAACCAACCT TTTCCATGGG 
ACAGAGAAGA AGAAAGGACT TGGATGGGGG CAAGGAGGTA GCAGCTTGCC TAACTCCAGT 
GTTCAAGTTA CAGTGGCTCC AAGCAGCCTT GGTGGAGCAC TGAGTTCAGT AACTATTCAG 
GCACAACAAT ACCTGGAGGG CATGTGGAGC ATTTCTAGAG TAAATAGCTT TCTACCGTCA 
GCCTGCCTAC CTGATGCCCC ATCCATGGAT GGAGGAAGGG AAAACCAGAA CACTGAAATA 
TCTTCAGGCC CCAGCAACAA CCAGCAGTCT GTGACAGGAA GCACCCAGAG TTTCTTTGCA 
CCCGCAGGAG CAGAGTCTGC TGGGACCTCT GCTGCAGCCT CTTTCTTTAT CAGAGCAGCA 
CAGAAGCTCA ACTTGTCCTC AAAGCGAAAG AAGTATCATC CTCCTCTTCC TCACTCGCAA 
GAGTATTCCA CATACTCCAC CAACTTCAGT GGCATCCTTC AGCTATGTCC ACCACCTGCA 
CCTCCATGTT TAATGAGAGC TGTGTCAAAA ATCAAGGACA ACCCAGGCAT TGGAAAGGTG 
AAAATAATGG TGAGAATCTG CCCATTCCAA GGACCTCAAA ATACATCTGA ATCGATGTCC 
TTCCTGAAAG TGGATCCACG GAAAAAGCAA GTGACACTAT ATGATCCATC TACTTGTGGC 
CCATCTGTCT CCGTTCATAG AAGAGCAGTG GTTGCTGTTC CAAAGATGTT TGCCTTTGAT 
TCAGTGTTTC CACAAGATGC TTCTCAGGCC GAGGTCTGCT CTGGAACAGT TGCCGAAGTA 
ATCCAGTCTG TTGTGAATGG TGCAGATGGA TGTATATTTT GCTTTGGTCA CGTCAGGCTT 
GGTAAATCCT ACACCATGAT TGGCAAAGAT GCCTCTACAC AAAGCCTTGG CATCATCCCA 
TGTGCAATCT CCTGGCTTTT CAAACTAATC AATGAACGGA AAGAGAAAAC TGGAACTCGC 
TTCTCTATTC GAGTATCTGC TGTTGAGATT TTCGGCAAAG ATGAAAACCT GAAGGATTTG 
TTAGCCGAGG AAGCCACGGG GAGTCTTCAA GATGGCCAGT CCCCTGGGGT CTATCTGCGA 
GAAGATCCGA TCTGCGGAAC TCAGCTTCAA AACCAGAGTG AGCTGAGAGC CCCTACAGCA 
GAGAAAGCGG CTCACTTCCT CGATGCAGCA CTTGCGGCCA GGAGCACTAG TCGACCAGAC 
TGTGATGAAG AAGAAAGAAG GAACTCACAT ATGCTTTTCA CTCTTCATAT ATATCAGTAT 
CGCATGGAAA AGAGTGGAAA GGGAGGAATG TCAGGAGGAA GGAGCAGACT GCACCTTATT 
GATCTGGGCA GCTGTGAAAA AGTGCTGAGC AAAAGCCGTG ATGGATGTGG GGGTCTCTGT 
CTGTCACTGA CTGCACTGGG AAATGTCATT TTGGCTCTAG TCAATGGAGC AAAACACATA 
CCATATAGGG ATAGCAAATT GACCATGCTC TTGCAAGAAT CTCTGGGGAA TATCAACTGC 
AGGACTACCA TGATTGCTCA CATCTCAGAT TCGCCAGCAA ATTACCAGGA AACCCTTAGC 
ACTGTTCAGC TTGCTTCTCG CATTCACCGA ATGAAAAAGA AGAAATCCAA GTATGCCTCC 
AGCTCGTCCG GGGGAGAAAG CTCTTGTGAA GAAGGCCGCG TTAGAAGACC CCCTCACATA 
CGGCCTTTCC ACCAAAGAAC AGTTGTACTT GACCCGGATT TTCCAACTCT GGGATTTCAC 
AGTGATCCTG ATTATTCCTC GAGCAGTGAA CAGTCGTGTG ACACTGTGAT ATATGTTGGG 
CCAAATGGCG CTGCTTTATC GGACAAAGAA CTGACTGACA ATGAGGGGCC TCCTGAATTT 
GTTCCCATAA TACCTTCACT CCTCAAGAAG AGAAGTAAAG ATAATTTGTC TAGTATCAGA 
AGTTCTGATA ACGATCATTT AAAATGCAAC ACATTTGCTG AACTGCAAGA GAGGTTAGAG 
TGTATTGACG GAAGTGAGGA ACCTGCTAGG TTTCTTATTG AAGAACCTGT TGCAGCACAT 
TGTAATAAAG CCATGAACTA TGAAGACAAT GTACATTCAA CAAAGGAAAA AACATTACTT 
TCTGGAATTT GTAAAAGACC TGGTTTTCAA GATATGGTTT CACCTAAAAA AGGGCAAAAC 
ATTATTATTT CAACTGCTTT TCCGCCAAAT ATTTCAGATT CTGAAACAAA TGCACCTCAG 
TCTGCACATG AACACCCTCA ACAACATGCC AAAGCTGAAA ATGTAAAGCC GGAATGCATC 
TCAGATGGAA ACCAAGTGAC AATCATGGAT TTACAAAAAA CTTTAGCACC TAGTGTGTGT 
AAGGCACAGG AAATACCAAA AGGAGCCACA GAAATATCTG TAAAAGAAAA AGCCCTTATG 
GCAAGAAGAC ATCTTCCCAG CCCAGCTCCA CCTCCTGGTT CTCAGTCATG TAGCAGTAAT 
AATGTTGGGG TCAGAACTCC TCCGATCGGA ATGAGCAAAT TGAAATGCCA AGATAAGCAC 
AAGTTAGTCA GCAGCACATT ACCAGTTGGC ATCAGCACGC CTAAGCAGCC TGGCCCAATA 
GAGGTTCGTA GGTTTCGATC AGCTGTAAAA ACAAATGGTT TTGACCGAGA CATATTAACC 
ACTACAGTGA CATTGCAGAA GCCAGTAGAA CTCAATGGAG AAGATGAACT TGTATTCACT 
GTTGTAGAAG AGTTGTCTAT TGGAGGCATT CTTGACAATG GCAGACCTTC CAGTATCATT 
AGCTTTAACA GTGACTGTTC ACTACAAGCC CTTGCCTCTG GCTCTAGACC AGTTAGCATT 
ATCAGCAGTA TTAATGATGA ATTTGATGCA TATACTTCAC AGGTCGCAAC TGCTGGTGTA 
AATATTGACA TTGTGGTTCC ATTGGCGGAG GATCAATGCA CTATTAGCAG CAGACGTTCA 
TCTATTAGTT CCTGGCTTAG TGAAGTAAGC ATTTGTACAA TTAAAAGTGA TAGAGCTCAG 
ACCTACAACA GTATTGTTCC TCACTCTTCT CACAAATCTG ATGAGCTTTC AGAGTGTTTA 
AATATGGGTT CAGAAAAAAA TACTGATCAA ATAAGTCAAA GCTTGAAAAG TTCTTTGAAT 
GACAGTGGCT TCTGCTTTTC AGAACTGGAG AGTGAAAGTA TGAGTTCAAG TCCTTTATTT 
TCCAGCAATG AAAAAAGCTT CAAAATCTCT GAGCTCACCA AAGCCAGTCA AGTTGCTCAT 
TCTGCAAGTA ACAAATCTAG TAGCATCCGG GGTACAATAT CGTTTGAGAC CATCCATTCC 
AGTCTTCCTC GGAAACATAA TACTACCTCA GTCACCACAC ACGGTCATGC AGCGAATTCC 
AAGGAACAAG TATTTAGTGA CCCATGGTTT GTGAGAGCAG ATACTTCCTT GGAAGGAATG 
TCTGATAATC AGGCACTGTC TACAAAATCT TCCATTTCTG GTACAGACAA TCAGCTAAAA 
CAGGGCTTAA AATCTGCACA AAATATTAGC TCTGCATCCA AACCCCTGAA ATCACAGACA 
TTAGCATGCT CTCAGCGTGT TGTTGATGGA TGTGAAGTGG ATGCAAAATC GGCCCCCAAA 
AAGACTGAGC CTTTAACTAA AGTGCCGCAA CTTAGAAGAG GGGCCACAAC ACTGGGAGTA 
GTAACTACAT ACAATTCCCA AACAGATTAT GCATCCAAAG GCATTTCAGA TGGAAGTCTG 
AAATCTTCAG GTGGAAAAAA GAATTTAATG CAAAAATCCA GCATGTTGCC CAGGCCTGGT 
GGGACTGTCC CTCCAGCACC TCCTGTACGG AAATCAAGCT TGGATCAGAA AAACGTACCT 
CTGCATGCAA GTAAATTAGA TGGATTAGAG GGAAACTGTT CTGAAGAAGA AGCAGAAAAA 
CATTGTAGCA ACACAATATT TTGCAAAGGG GACAATTCAT TGCCTAAAAC AGCATCAAGC 
TTAAAGGCTA AAGTGAACAA AAATGAATCT GTTCAGCGCT ATGGGAGCCA TATGTCTCTT 
GAAAGATGTG ATAGCGTAAC ATCTATTGGC TCAAAAACAA ATGGGACTCG TGATAATAGC 
AACTCTTGCA TTAACAAGGT AGGAAGAGCA GTTCCTAAGC TTGGAAATCC TATTGGCTCT 
TCTACTAATA CCTCTTCTCC AACATGTTCA GCAGCTGCCA AAACTAATCA GGCCAAAAGT 
TCTCTGACTC AGAAAGCAAC AAATTTAAAC AAAAACCGCA GCCTGTCCAC AAATGGTTCA 
AAATCTCTCA GTTCCTCTGT TAAGTCACTG AACCAACCTA GTGGGAAAAA TTCTGGTATT 
CCACCAAGTG GAAAGGCAGG TTCACGACCA GTTCAGTGCA TGTCTACCAA GCCTGCAAGG 
GGGACAATTA TGGGGACTAA GCAAGCACTG CGGGCAGCCA ATAATAGGGT CAATGAATTG 
GCCTCTGGAA GCTCTGGAAA AATGAATCAT TTTAGAGGAT CTACAGACTC TGATAGTGGA 
AACGACAGTG GTATAAACCT GAGTGATGAA AAGTTGCAGA CTCCAGTTCT ACCCTCACCT 
TATAGCAAAA TTACGGCACC AAGGCGACCT CAAAGATATA GCAGTGGGCA TGGCAGCGAC 
AACAGTAGTG TTCTGAGTGG TGAGTTACCA CCTGCTATGG GGAGGACAGC TCTGTTTTAT 
CACAGTGGTG GCAGCAGTGG GTATGAAAGC ATGATTCGGG ACAGCGAAGC CACTGGAAGT 
GCATCCTCTG CGCATGATTC CATGAGTGAA AGTGGAATGT CATCATCTGG ACGCATGAGA 
AGCTTAAAAT CCCCAAAGAA AAGAGGTCTT CAGCGTCGGA GACTTGTACC AACTCCATTA 
CCAGAAACAG CAACAACTGG CCAGTGGGTG GATCTGCCAC CTTTGCCAGG CAATTTAAAA 
GAGCCATTTG AAATCAAGGT TTACGAGATT GATGACGTGG AGCGATTACA GAAACACAGG 
CAAGAGGAAC CCGAGCAGCC TTTTCAAGAT GTTGAAAAGG GCTTGATGTA CTTCAGCACC 
AAACTAAGTT TACTAGAAAG ACGTCAGCAG AAAGTTAAAG ACGTTAAAGC AAAGTATGAA 
TTACTGAAAC AGGAGTTGGA GGAGACGAAA CACAGGTTGA TGATGCACCC ACACAAGTGG 
AGAGGACAAT TTGAGGTGGA CCCCAGTCTT GATAAGGAAT CACAGGAGTA CCTGGAGGCA 
TTGGAACAAG TCACCGAAGA ACTTGAACTA TGTGTTAATG TGTGCAAGTC CCATGTTATG 
ATGGTGACCT GCTTTGACAT CGGAATGATC TCTGATCAGC AAGATGGAGG AAGAGAAGTG 
GAAGTCTGA

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

kif26a ( XM_012969324.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012824778.2 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X4, mRNA.

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CloneID	OXa64090
Clone ID Related Accession (Same CDS sequence)	XM_012969324.3
Accession Version	XM_012969324.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5541bp) 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	kinesin-like protein KIF26A isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_012969324.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATCCAAT CTTTTAATCA AGCTGGCTGC TCGGAAATAC TTGATCGCCC TCCAAGTTCT 
GTGCCTGTGG CTAGTGTCAT TCCCAGGCTG TCTCCTCAAA ACATGATCAC TGTTTCACCC 
CAGAAAGAGC TTCTTATGAT TGCAGGGCAA GTGGGGAGAC CTTCTGGAAA ATCAACCAAC 
CTTTTCCATG GGACAGAGAA GAAGAAAGGA CTTGGATGGG GGCAAGGAGG TAGCAGCTTG 
CCTAACTCCA GTGTTCAAGT TACAGTGGCT CCAAGCAGCC TTGGTGGAGC ACTGAGTTCA 
GTAACTATTC AGGCACAACA ATACCTGGAG GGCATGTGGA GCATTTCTAG AGTAAATAGC 
TTTCTACCGT CAGCCTGCCT ACCTGATGCC CCATCCATGG ATGGAGGAAG GGAAAACCAG 
AACACTGAAA TATCTTCAGG CCCCAGCAAC AACCAGCAGT CTGTGACAGG AAGCACCCAG 
AGTTTCTTTG CACCCGCAGG AGCAGAGTCT GCTGGGACCT CTGCTGCAGC CTCTTTCTTT 
ATCAGAGCAG CACAGAAGCT CAACTTGTCC TCAAAGCGAA AGAAGTATCA TCCTCCTCTT 
CCTCACTCGC AAGAGTATTC CACATACTCC ACCAACTTCA GTGGCATCCT TCAGCTATGT 
CCACCACCTG CACCTCCATG TTTAATGAGA GCTGTGTCAA AAATCAAGGA CAACCCAGGC 
ATTGGAAAGG TGAAAATAAT GGTGAGAATC TGCCCATTCC AAGGACCTCA AAATACATCT 
GAATCGATGT CCTTCCTGAA AGTGGATCCA CGGAAAAAGC AAGTGACACT ATATGATCCA 
TCTACTTGTG GCCCATCTGT CTCCGTTCAT AGAAGAGCAG TGGTTGCTGT TCCAAAGATG 
TTTGCCTTTG ATTCAGTGTT TCCACAAGAT GCTTCTCAGG CCGAGGTCTG CTCTGGAACA 
GTTGCCGAAG TAATCCAGTC TGTTGTGAAT GGTGCAGATG GATGTATATT TTGCTTTGGT 
CACGTCAGGC TTGGTAAATC CTACACCATG ATTGGCAAAG ATGCCTCTAC ACAAAGCCTT 
GGCATCATCC CATGTGCAAT CTCCTGGCTT TTCAAACTAA TCAATGAACG GAAAGAGAAA 
ACTGGAACTC GCTTCTCTAT TCGAGTATCT GCTGTTGAGA TTTTCGGCAA AGATGAAAAC 
CTGAAGGATT TGTTAGCCGA GGAAGCCACG GGGAGTCTTC AAGATGGCCA GTCCCCTGGG 
GTCTATCTGC GAGAAGATCC GATCTGCGGA ACTCAGCTTC AAAACCAGAG TGAGCTGAGA 
GCCCCTACAG CAGAGAAAGC GGCTCACTTC CTCGATGCAG CACTTGCGGC CAGGAGCACT 
AGTCGACCAG ACTGTGATGA AGAAGAAAGA AGGAACTCAC ATATGCTTTT CACTCTTCAT 
ATATATCAGT ATCGCATGGA AAAGAGTGGA AAGGGAGGAA TGTCAGGAGG AAGGAGCAGA 
CTGCACCTTA TTGATCTGGG CAGCTGTGAA AAAGTGCTGA GCAAAAGCCG TGATGGATGT 
GGGGGTCTCT GTCTGTCACT GACTGCACTG GGAAATGTCA TTTTGGCTCT AGTCAATGGA 
GCAAAACACA TACCATATAG GGATAGCAAA TTGACCATGC TCTTGCAAGA ATCTCTGGGG 
AATATCAACT GCAGGACTAC CATGATTGCT CACATCTCAG ATTCGCCAGC AAATTACCAG 
GAAACCCTTA GCACTGTTCA GCTTGCTTCT CGCATTCACC GAATGAAAAA GAAGAAATCC 
AAGTATGCCT CCAGCTCGTC CGGGGGAGAA AGCTCTTGTG AAGAAGGCCG CGTTAGAAGA 
CCCCCTCACA TACGGCCTTT CCACCAAAGA ACAGTTGTAC TTGACCCGGA TTTTCCAACT 
CTGGGATTTC ACAGTGATCC TGATTATTCC TCGAGCAGTG AACAGTCGTG TGACACTGTG 
ATATATGTTG GGCCAAATGG CGCTGCTTTA TCGGACAAAG AACTGACTGA CAATGAGGGG 
CCTCCTGAAT TTGTTCCCAT AATACCTTCA CTCCTCAAGA AGAGAAGTAA AGATAATTTG 
TCTAGTATCA GAAGTTCTGA TAACGATCAT TTAAAATGCA ACACATTTGC TGAACTGCAA 
GAGAGGTTAG AGTGTATTGA CGGAAGTGAG GAACCTGCTA GGTTTCTTAT TGAAGAACCT 
GTTGCAGCAC ATTGTAATAA AGCCATGAAC TATGAAGACA ATGTACATTC AACAAAGGAA 
AAAACATTAC TTTCTGGAAT TTGTAAAAGA CCTGGTTTTC AAGATATGGT TTCACCTAAA 
AAAGGGCAAA ACATTATTAT TTCAACTGCT TTTCCGCCAA ATATTTCAGA TTCTGAAACA 
AATGCACCTC AGTCTGCACA TGAACACCCT CAACAACATG CCAAAGCTGA AAATGTAAAG 
CCGGAATGCA TCTCAGATGG AAACCAAGTG ACAATCATGG ATTTACAAAA AACTTTAGCA 
CCTAGTGTGT GTAAGGCACA GGAAATACCA AAAGGAGCCA CAGAAATATC TGTAAAAGAA 
AAAGCCCTTA TGGCAAGAAG ACATCTTCCC AGCCCAGCTC CACCTCCTGG TTCTCAGTCA 
TGTAGCAGTA ATAATGTTGG GGTCAGAACT CCTCCGATCG GAATGAGCAA ATTGAAATGC 
CAAGATAAGC ACAAGTTAGT CAGCAGCACA TTACCAGTTG GCATCAGCAC GCCTAAGCAG 
CCTGGCCCAA TAGAGGTTCG TAGGTTTCGA TCAGCTGTAA AAACAAATGG TTTTGACCGA 
GACATATTAA CCACTACAGT GACATTGCAG AAGCCAGTAG AACTCAATGG AGAAGATGAA 
CTTGTATTCA CTGTTGTAGA AGAGTTGTCT ATTGGAGGCA TTCTTGACAA TGGCAGACCT 
TCCAGTATCA TTAGCTTTAA CAGTGACTGT TCACTACAAG CCCTTGCCTC TGGCTCTAGA 
CCAGTTAGCA TTATCAGCAG TATTAATGAT GAATTTGATG CATATACTTC ACAGGTCGCA 
ACTGCTGGTG TAAATATTGA CATTGTGGTT CCATTGGCGG AGGATCAATG CACTATTAGC 
AGCAGACGTT CATCTATTAG TTCCTGGCTT AGTGAAGTAA GCATTTGTAC AATTAAAAGT 
GATAGAGCTC AGACCTACAA CAGTATTGTT CCTCACTCTT CTCACAAATC TGATGAGCTT 
TCAGAGTGTT TAAATATGGG TTCAGAAAAA AATACTGATC AAATAAGTCA AAGCTTGAAA 
AGTTCTTTGA ATGACAGTGG CTTCTGCTTT TCAGAACTGG AGAGTGAAAG TATGAGTTCA 
AGTCCTTTAT TTTCCAGCAA TGAAAAAAGC TTCAAAATCT CTGAGCTCAC CAAAGCCAGT 
CAAGTTGCTC ATTCTGCAAG TAACAAATCT AGTAGCATCC GGGGTACAAT ATCGTTTGAG 
ACCATCCATT CCAGTCTTCC TCGGAAACAT AATACTACCT CAGTCACCAC ACACGGTCAT 
GCAGCGAATT CCAAGGAACA AGTATTTAGT GACCCATGGT TTGTGAGAGC AGATACTTCC 
TTGGAAGGAA TGTCTGATAA TCAGGCACTG TCTACAAAAT CTTCCATTTC TGGTACAGAC 
AATCAGCTAA AACAGGGCTT AAAATCTGCA CAAAATATTA GCTCTGCATC CAAACCCCTG 
AAATCACAGA CATTAGCATG CTCTCAGCGT GTTGTTGATG GATGTGAAGT GGATGCAAAA 
TCGGCCCCCA AAAAGACTGA GCCTTTAACT AAAGTGCCGC AACTTAGAAG AGGGGCCACA 
ACACTGGGAG TAGTAACTAC ATACAATTCC CAAACAGATT ATGCATCCAA AGGCATTTCA 
GATGGAAGTC TGAAATCTTC AGGTGGAAAA AAGAATTTAA TGCAAAAATC CAGCATGTTG 
CCCAGGCCTG GTGGGACTGT CCCTCCAGCA CCTCCTGTAC GGAAATCAAG CTTGGATCAG 
AAAAACGTAC CTCTGCATGC AAGTAAATTA GATGGATTAG AGGGAAACTG TTCTGAAGAA 
GAAGCAGAAA AACATTGTAG CAACACAATA TTTTGCAAAG GGGACAATTC ATTGCCTAAA 
ACAGCATCAA GCTTAAAGGC TAAAGTGAAC AAAAATGAAT CTGTTCAGCG CTATGGGAGC 
CATATGTCTC TTGAAAGATG TGATAGCGTA ACATCTATTG GCTCAAAAAC AAATGGGACT 
CGTGATAATA GCAACTCTTG CATTAACAAG GTAGGAAGAG CAGTTCCTAA GCTTGGAAAT 
CCTATTGGCT CTTCTACTAA TACCTCTTCT CCAACATGTT CAGCAGCTGC CAAAACTAAT 
CAGGCCAAAA GTTCTCTGAC TCAGAAAGCA ACAAATTTAA ACAAAAACCG CAGCCTGTCC 
ACAAATGGTT CAAAATCTCT CAGTTCCTCT GTTAAGTCAC TGAACCAACC TAGTGGGAAA 
AATTCTGGTA TTCCACCAAG TGGAAAGGCA GGTTCACGAC CAGTTCAGTG CATGTCTACC 
AAGCCTGCAA GGGGGACAAT TATGGGGACT AAGCAAGCAC TGCGGGCAGC CAATAATAGG 
GTCAATGAAT TGGCCTCTGG AAGCTCTGGA AAAATGAATC ATTTTAGAGG ATCTACAGAC 
TCTGATAGTG GAAACGACAG TGGTATAAAC CTGAGTGATG AAAAGTTGCA GACTCCAGTT 
CTACCCTCAC CTTATAGCAA AATTACGGCA CCAAGGCGAC CTCAAAGATA TAGCAGTGGG 
CATGGCAGCG ACAACAGTAG TGTTCTGAGT GGTGAGTTAC CACCTGCTAT GGGGAGGACA 
GCTCTGTTTT ATCACAGTGG TGGCAGCAGT GGGTATGAAA GCATGATTCG GGACAGCGAA 
GCCACTGGAA GTGCATCCTC TGCGCATGAT TCCATGAGTG AAAGTGGAAT GTCATCATCT 
GGACGCATGA GAAGCTTAAA ATCCCCAAAG AAAAGAGGTC TTCAGCGTCG GAGACTTGTA 
CCAACTCCAT TACCAGAAAC AGCAACAACT GGCCAGTGGG TGGATCTGCC ACCTTTGCCA 
GGCAATTTAA AAGAGCCATT TGAAATCAAG GTTTACGAGA TTGATGACGT GGAGCGATTA 
CAGAAACACA GGCAAGAGGA ACCCGAGCAG CCTTTTCAAG ATGTTGAAAA GGGCTTGATG 
TACTTCAGCA CCAAACTAAG TTTACTAGAA AGACGTCAGC AGAAAGTTAA AGACGTTAAA 
GCAAAGTATG AATTACTGAA ACAGGAGTTG GAGGAGACGA AACACAGGTT GATGATGCAC 
CCACACAAGT GGAGAGGACA ATTTGAGGTG GACCCCAGTC TTGATAAGGA ATCACAGGAG 
TACCTGGAGG CATTGGAACA AGTCACCGAA GAACTTGAAC TATGTGTTAA TGTGTGCAAG 
TCCCATGTTA TGATGGTGAC CTGCTTTGAC ATCGGAATGA TCTCTGATCA GCAAGATGGA 
GGAAGAGAAG TGGAAGTCTG A

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

RefSeq	XP_012824778.2
CDS	193..5733
Translation	MIQSFNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCNKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQSCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEQPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_012969324.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X4, mRNA.

Target ORF information:

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

XM_012969324.3

ORF Insert Sequence:

ATGATCCAAT CTTTTAATCA AGCTGGCTGC TCGGAAATAC TTGATCGCCC TCCAAGTTCT 
GTGCCTGTGG CTAGTGTCAT TCCCAGGCTG TCTCCTCAAA ACATGATCAC TGTTTCACCC 
CAGAAAGAGC TTCTTATGAT TGCAGGGCAA GTGGGGAGAC CTTCTGGAAA ATCAACCAAC 
CTTTTCCATG GGACAGAGAA GAAGAAAGGA CTTGGATGGG GGCAAGGAGG TAGCAGCTTG 
CCTAACTCCA GTGTTCAAGT TACAGTGGCT CCAAGCAGCC TTGGTGGAGC ACTGAGTTCA 
GTAACTATTC AGGCACAACA ATACCTGGAG GGCATGTGGA GCATTTCTAG AGTAAATAGC 
TTTCTACCGT CAGCCTGCCT ACCTGATGCC CCATCCATGG ATGGAGGAAG GGAAAACCAG 
AACACTGAAA TATCTTCAGG CCCCAGCAAC AACCAGCAGT CTGTGACAGG AAGCACCCAG 
AGTTTCTTTG CACCCGCAGG AGCAGAGTCT GCTGGGACCT CTGCTGCAGC CTCTTTCTTT 
ATCAGAGCAG CACAGAAGCT CAACTTGTCC TCAAAGCGAA AGAAGTATCA TCCTCCTCTT 
CCTCACTCGC AAGAGTATTC CACATACTCC ACCAACTTCA GTGGCATCCT TCAGCTATGT 
CCACCACCTG CACCTCCATG TTTAATGAGA GCTGTGTCAA AAATCAAGGA CAACCCAGGC 
ATTGGAAAGG TGAAAATAAT GGTGAGAATC TGCCCATTCC AAGGACCTCA AAATACATCT 
GAATCGATGT CCTTCCTGAA AGTGGATCCA CGGAAAAAGC AAGTGACACT ATATGATCCA 
TCTACTTGTG GCCCATCTGT CTCCGTTCAT AGAAGAGCAG TGGTTGCTGT TCCAAAGATG 
TTTGCCTTTG ATTCAGTGTT TCCACAAGAT GCTTCTCAGG CCGAGGTCTG CTCTGGAACA 
GTTGCCGAAG TAATCCAGTC TGTTGTGAAT GGTGCAGATG GATGTATATT TTGCTTTGGT 
CACGTCAGGC TTGGTAAATC CTACACCATG ATTGGCAAAG ATGCCTCTAC ACAAAGCCTT 
GGCATCATCC CATGTGCAAT CTCCTGGCTT TTCAAACTAA TCAATGAACG GAAAGAGAAA 
ACTGGAACTC GCTTCTCTAT TCGAGTATCT GCTGTTGAGA TTTTCGGCAA AGATGAAAAC 
CTGAAGGATT TGTTAGCCGA GGAAGCCACG GGGAGTCTTC AAGATGGCCA GTCCCCTGGG 
GTCTATCTGC GAGAAGATCC GATCTGCGGA ACTCAGCTTC AAAACCAGAG TGAGCTGAGA 
GCCCCTACAG CAGAGAAAGC GGCTCACTTC CTCGATGCAG CACTTGCGGC CAGGAGCACT 
AGTCGACCAG ACTGTGATGA AGAAGAAAGA AGGAACTCAC ATATGCTTTT CACTCTTCAT 
ATATATCAGT ATCGCATGGA AAAGAGTGGA AAGGGAGGAA TGTCAGGAGG AAGGAGCAGA 
CTGCACCTTA TTGATCTGGG CAGCTGTGAA AAAGTGCTGA GCAAAAGCCG TGATGGATGT 
GGGGGTCTCT GTCTGTCACT GACTGCACTG GGAAATGTCA TTTTGGCTCT AGTCAATGGA 
GCAAAACACA TACCATATAG GGATAGCAAA TTGACCATGC TCTTGCAAGA ATCTCTGGGG 
AATATCAACT GCAGGACTAC CATGATTGCT CACATCTCAG ATTCGCCAGC AAATTACCAG 
GAAACCCTTA GCACTGTTCA GCTTGCTTCT CGCATTCACC GAATGAAAAA GAAGAAATCC 
AAGTATGCCT CCAGCTCGTC CGGGGGAGAA AGCTCTTGTG AAGAAGGCCG CGTTAGAAGA 
CCCCCTCACA TACGGCCTTT CCACCAAAGA ACAGTTGTAC TTGACCCGGA TTTTCCAACT 
CTGGGATTTC ACAGTGATCC TGATTATTCC TCGAGCAGTG AACAGTCGTG TGACACTGTG 
ATATATGTTG GGCCAAATGG CGCTGCTTTA TCGGACAAAG AACTGACTGA CAATGAGGGG 
CCTCCTGAAT TTGTTCCCAT AATACCTTCA CTCCTCAAGA AGAGAAGTAA AGATAATTTG 
TCTAGTATCA GAAGTTCTGA TAACGATCAT TTAAAATGCA ACACATTTGC TGAACTGCAA 
GAGAGGTTAG AGTGTATTGA CGGAAGTGAG GAACCTGCTA GGTTTCTTAT TGAAGAACCT 
GTTGCAGCAC ATTGTAATAA AGCCATGAAC TATGAAGACA ATGTACATTC AACAAAGGAA 
AAAACATTAC TTTCTGGAAT TTGTAAAAGA CCTGGTTTTC AAGATATGGT TTCACCTAAA 
AAAGGGCAAA ACATTATTAT TTCAACTGCT TTTCCGCCAA ATATTTCAGA TTCTGAAACA 
AATGCACCTC AGTCTGCACA TGAACACCCT CAACAACATG CCAAAGCTGA AAATGTAAAG 
CCGGAATGCA TCTCAGATGG AAACCAAGTG ACAATCATGG ATTTACAAAA AACTTTAGCA 
CCTAGTGTGT GTAAGGCACA GGAAATACCA AAAGGAGCCA CAGAAATATC TGTAAAAGAA 
AAAGCCCTTA TGGCAAGAAG ACATCTTCCC AGCCCAGCTC CACCTCCTGG TTCTCAGTCA 
TGTAGCAGTA ATAATGTTGG GGTCAGAACT CCTCCGATCG GAATGAGCAA ATTGAAATGC 
CAAGATAAGC ACAAGTTAGT CAGCAGCACA TTACCAGTTG GCATCAGCAC GCCTAAGCAG 
CCTGGCCCAA TAGAGGTTCG TAGGTTTCGA TCAGCTGTAA AAACAAATGG TTTTGACCGA 
GACATATTAA CCACTACAGT GACATTGCAG AAGCCAGTAG AACTCAATGG AGAAGATGAA 
CTTGTATTCA CTGTTGTAGA AGAGTTGTCT ATTGGAGGCA TTCTTGACAA TGGCAGACCT 
TCCAGTATCA TTAGCTTTAA CAGTGACTGT TCACTACAAG CCCTTGCCTC TGGCTCTAGA 
CCAGTTAGCA TTATCAGCAG TATTAATGAT GAATTTGATG CATATACTTC ACAGGTCGCA 
ACTGCTGGTG TAAATATTGA CATTGTGGTT CCATTGGCGG AGGATCAATG CACTATTAGC 
AGCAGACGTT CATCTATTAG TTCCTGGCTT AGTGAAGTAA GCATTTGTAC AATTAAAAGT 
GATAGAGCTC AGACCTACAA CAGTATTGTT CCTCACTCTT CTCACAAATC TGATGAGCTT 
TCAGAGTGTT TAAATATGGG TTCAGAAAAA AATACTGATC AAATAAGTCA AAGCTTGAAA 
AGTTCTTTGA ATGACAGTGG CTTCTGCTTT TCAGAACTGG AGAGTGAAAG TATGAGTTCA 
AGTCCTTTAT TTTCCAGCAA TGAAAAAAGC TTCAAAATCT CTGAGCTCAC CAAAGCCAGT 
CAAGTTGCTC ATTCTGCAAG TAACAAATCT AGTAGCATCC GGGGTACAAT ATCGTTTGAG 
ACCATCCATT CCAGTCTTCC TCGGAAACAT AATACTACCT CAGTCACCAC ACACGGTCAT 
GCAGCGAATT CCAAGGAACA AGTATTTAGT GACCCATGGT TTGTGAGAGC AGATACTTCC 
TTGGAAGGAA TGTCTGATAA TCAGGCACTG TCTACAAAAT CTTCCATTTC TGGTACAGAC 
AATCAGCTAA AACAGGGCTT AAAATCTGCA CAAAATATTA GCTCTGCATC CAAACCCCTG 
AAATCACAGA CATTAGCATG CTCTCAGCGT GTTGTTGATG GATGTGAAGT GGATGCAAAA 
TCGGCCCCCA AAAAGACTGA GCCTTTAACT AAAGTGCCGC AACTTAGAAG AGGGGCCACA 
ACACTGGGAG TAGTAACTAC ATACAATTCC CAAACAGATT ATGCATCCAA AGGCATTTCA 
GATGGAAGTC TGAAATCTTC AGGTGGAAAA AAGAATTTAA TGCAAAAATC CAGCATGTTG 
CCCAGGCCTG GTGGGACTGT CCCTCCAGCA CCTCCTGTAC GGAAATCAAG CTTGGATCAG 
AAAAACGTAC CTCTGCATGC AAGTAAATTA GATGGATTAG AGGGAAACTG TTCTGAAGAA 
GAAGCAGAAA AACATTGTAG CAACACAATA TTTTGCAAAG GGGACAATTC ATTGCCTAAA 
ACAGCATCAA GCTTAAAGGC TAAAGTGAAC AAAAATGAAT CTGTTCAGCG CTATGGGAGC 
CATATGTCTC TTGAAAGATG TGATAGCGTA ACATCTATTG GCTCAAAAAC AAATGGGACT 
CGTGATAATA GCAACTCTTG CATTAACAAG GTAGGAAGAG CAGTTCCTAA GCTTGGAAAT 
CCTATTGGCT CTTCTACTAA TACCTCTTCT CCAACATGTT CAGCAGCTGC CAAAACTAAT 
CAGGCCAAAA GTTCTCTGAC TCAGAAAGCA ACAAATTTAA ACAAAAACCG CAGCCTGTCC 
ACAAATGGTT CAAAATCTCT CAGTTCCTCT GTTAAGTCAC TGAACCAACC TAGTGGGAAA 
AATTCTGGTA TTCCACCAAG TGGAAAGGCA GGTTCACGAC CAGTTCAGTG CATGTCTACC 
AAGCCTGCAA GGGGGACAAT TATGGGGACT AAGCAAGCAC TGCGGGCAGC CAATAATAGG 
GTCAATGAAT TGGCCTCTGG AAGCTCTGGA AAAATGAATC ATTTTAGAGG ATCTACAGAC 
TCTGATAGTG GAAACGACAG TGGTATAAAC CTGAGTGATG AAAAGTTGCA GACTCCAGTT 
CTACCCTCAC CTTATAGCAA AATTACGGCA CCAAGGCGAC CTCAAAGATA TAGCAGTGGG 
CATGGCAGCG ACAACAGTAG TGTTCTGAGT GGTGAGTTAC CACCTGCTAT GGGGAGGACA 
GCTCTGTTTT ATCACAGTGG TGGCAGCAGT GGGTATGAAA GCATGATTCG GGACAGCGAA 
GCCACTGGAA GTGCATCCTC TGCGCATGAT TCCATGAGTG AAAGTGGAAT GTCATCATCT 
GGACGCATGA GAAGCTTAAA ATCCCCAAAG AAAAGAGGTC TTCAGCGTCG GAGACTTGTA 
CCAACTCCAT TACCAGAAAC AGCAACAACT GGCCAGTGGG TGGATCTGCC ACCTTTGCCA 
GGCAATTTAA AAGAGCCATT TGAAATCAAG GTTTACGAGA TTGATGACGT GGAGCGATTA 
CAGAAACACA GGCAAGAGGA ACCCGAGCAG CCTTTTCAAG ATGTTGAAAA GGGCTTGATG 
TACTTCAGCA CCAAACTAAG TTTACTAGAA AGACGTCAGC AGAAAGTTAA AGACGTTAAA 
GCAAAGTATG AATTACTGAA ACAGGAGTTG GAGGAGACGA AACACAGGTT GATGATGCAC 
CCACACAAGT GGAGAGGACA ATTTGAGGTG GACCCCAGTC TTGATAAGGA ATCACAGGAG 
TACCTGGAGG CATTGGAACA AGTCACCGAA GAACTTGAAC TATGTGTTAA TGTGTGCAAG 
TCCCATGTTA TGATGGTGAC CTGCTTTGAC ATCGGAATGA TCTCTGATCA GCAAGATGGA 
GGAAGAGAAG TGGAAGTCTG A

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

kif26a ( XM_002939734.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002939780.2 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X3, mRNA.

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CloneID	OXa14891
Clone ID Related Accession (Same CDS sequence)	XM_002939734.4
Accession Version	XM_002939734.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5970bp) 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	kinesin-like protein KIF26A isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) 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_002939734.3. ##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##

ATGATACCAG TGCCGGGGAG TGCGGACTAT GGACAACGTT TGGGACTGCC GGTCTCAGAC 
AGACTGTCCG GCCGGGAGGT ACCACCGTGC CCAAGGAAGA GGCTACAGTC CGCGGATGAG 
GCTCTGAGAG GCAGTCGGCC GCCTCCGGAG GGAGCAGGGG CATCCTCTGT ATCGGAGGGG 
GCAGTGCCCG GGGAATGGTG CCCATATTGC CAGGCAAAGC TGGCTGAGTT GAAGAAACAA 
GCTCTGAGAC TGGCGATACC CGGCTGTGCC ACAAATCCGC AATTTTCAGC TTTAATTTTT 
GACAAGCTTC AAGTGCCTGA CTATTTGCAA AAAAGCAGGA ATGAAGGAGA GAACAGGTGT 
GACATCTGTG CAACTCACCT GAATCAGTTA AAGCAGGAGG CAGTGCAAAT GATCCAATCT 
CTTAATCAAG CTGGCTGCTC GGAAATACTT GATCGCCCTC CAAGTTCTGT GCCTGTGGCT 
AGTGTCATTC CCAGGCTGTC TCCTCAAAAC ATGATCACTG TTTCACCCCA GAAAGAGCTT 
CTTATGATTG CAGGGCAAGT GGGGAGACCT TCTGGAAAAT CAACCAACCT TTTCCATGGG 
ACAGAGAAGA AGAAAGGACT TGGATGGGGG CAAGGAGGTA GCAGCTTGCC TAACTCCAGT 
GTTCAAGTTA CAGTGGCTCC AAGCAGCCTT GGTGGAGCAC TGAGTTCAGT AACTATTCAG 
GCACAACAAT ACCTGGAGGG CATGTGGAGC ATTTCTAGAG TAAATAGCTT TCTACCGTCA 
GCCTGCCTAC CTGATGCCCC ATCCATGGAT GGAGGAAGGG AAAACCAGAA CACTGAAATA 
TCTTCAGGCC CCAGCAACAA CCAGCAGTCT GTGACAGGAA GCACCCAGAG TTTCTTTGCA 
CCCGCAGGAG CAGAGTCTGC TGGGACCTCT GCTGCAGCCT CTTTCTTTAT CAGAGCAGCA 
CAGAAGCTCA ACTTGTCCTC AAAGCGAAAG AAGTATCATC CTCCTCTTCC TCACTCGCAA 
GAGTATTCCA CATACTCCAC CAACTTCAGT GGCATCCTTC AGCTATGTCC ACCACCTGCA 
CCTCCATGTT TAATGAGAGC TGTGTCAAAA ATCAAGGACA ACCCAGGCAT TGGAAAGGTG 
AAAATAATGG TGAGAATCTG CCCATTCCAA GGACCTCAAA ATACATCTGA ATCGATGTCC 
TTCCTGAAAG TGGATCCACG GAAAAAGCAA GTGACACTAT ATGATCCATC TACTTGTGGC 
CCATCTGTCT CCGTTCATAG AAGAGCAGTG GTTGCTGTTC CAAAGATGTT TGCCTTTGAT 
TCAGTGTTTC CACAAGATGC TTCTCAGGCC GAGGTCTGCT CTGGAACAGT TGCCGAAGTA 
ATCCAGTCTG TTGTGAATGG TGCAGATGGA TGTATATTTT GCTTTGGTCA CGTCAGGCTT 
GGTAAATCCT ACACCATGAT TGGCAAAGAT GCCTCTACAC AAAGCCTTGG CATCATCCCA 
TGTGCAATCT CCTGGCTTTT CAAACTAATC AATGAACGGA AAGAGAAAAC TGGAACTCGC 
TTCTCTATTC GAGTATCTGC TGTTGAGATT TTCGGCAAAG ATGAAAACCT GAAGGATTTG 
TTAGCCGAGG AAGCCACGGG GAGTCTTCAA GATGGCCAGT CCCCTGGGGT CTATCTGCGA 
GAAGATCCGA TCTGCGGAAC TCAGCTTCAA AACCAGAGTG AGCTGAGAGC CCCTACAGCA 
GAGAAAGCGG CTCACTTCCT CGATGCAGCA CTTGCGGCCA GGAGCACTAG TCGACCAGAC 
TGTGATGAAG AAGAAAGAAG GAACTCACAT ATGCTTTTCA CTCTTCATAT ATATCAGTAT 
CGCATGGAAA AGAGTGGAAA GGGAGGAATG TCAGGAGGAA GGAGCAGACT GCACCTTATT 
GATCTGGGCA GCTGTGAAAA AGTGCTGAGC AAAAGCCGTG ATGGATGTGG GGGTCTCTGT 
CTGTCACTGA CTGCACTGGG AAATGTCATT TTGGCTCTAG TCAATGGAGC AAAACACATA 
CCATATAGGG ATAGCAAATT GACCATGCTC TTGCAAGAAT CTCTGGGGAA TATCAACTGC 
AGGACTACCA TGATTGCTCA CATCTCAGAT TCGCCAGCAA ATTACCAGGA AACCCTTAGC 
ACTGTTCAGC TTGCTTCTCG CATTCACCGA ATGAAAAAGA AGAAATCCAA GTATGCCTCC 
AGCTCGTCCG GGGGAGAAAG CTCTTGTGAA GAAGGCCGCG TTAGAAGACC CCCTCACATA 
CGGCCTTTCC ACCAAAGAAC AGTTGTACTT GACCCGGATT TTCCAACTCT GGGATTTCAC 
AGTGATCCTG ATTATTCCTC GAGCAGTGAA CAGTCGTGTG ACACTGTGAT ATATGTTGGG 
CCAAATGGCG CTGCTTTATC GGACAAAGAA CTGACTGACA ATGAGGGGCC TCCTGAATTT 
GTTCCCATAA TACCTTCACT CCTCAAGAAG AGAAGTAAAG ATAATTTGTC TAGTATCAGA 
AGTTCTGATA ACGATCATTT AAAATGCAAC ACATTTGCTG AACTGCAAGA GAGGTTAGAG 
TGTATTGACG GAAGTGAGGA ACCTGCTAGG TTTCTTATTG AAGAACCTGT TGCAGCACAT 
TGTACTAAAG CCATGAACTA TGAAGACAAT GTACATTCAA CAAAGGAAAA AACATTACTT 
TCTGGAATTT GTAAAAGACC TGGTTTTCAA GATATGGTTT CACCTAAAAA AGGGCAAAAC 
ATTATTATTT CAACTGCTTT TCCGCCAAAT ATTTCAGATT CTGAAACAAA TGCACCTCAG 
TCTGCACATG AACACCCTCA ACAACATGCC AAAGCTGAAA ATGTAAAGCC GGAATGCATC 
TCAGATGGAA ACCAAGTGAC AATCATGGAT TTACAAAAAA CTTTAGCACC TAGTGTGTGT 
AAGGCACAGG AAATACCAAA AGGAGCCACA GAAATATCTG TAAAAGAAAA AGCCCTTATG 
GCAAGAAGAC ATCTTCCCAG CCCAGCTCCA CCTCCTGGTT CTCAGTTATG TAGCAGTAAT 
AATGTTGGGG TCAGAACTCC TCCGATCGGA ATGAGCAAAT TGAAATGCCA AGATAAGCAC 
AAGTTAGTCA GCAGCACATT ACCAGTTGGC ATCAGCACGC CTAAGCAGCC TGGCCCAATA 
GAGGTTCGTA GGTTTCGATC AGCTGTAAAA ACAAATGGTT TTGACCGAGA CATATTAACC 
ACTACAGTGA CATTGCAGAA GCCAGTAGAA CTCAATGGAG AAGATGAACT TGTATTCACT 
GTTGTAGAAG AGTTGTCTAT TGGAGGCATT CTTGACAATG GCAGACCTTC CAGTATCATT 
AGCTTTAACA GTGACTGTTC ACTACAAGCC CTTGCCTCTG GCTCTAGACC AGTTAGCATT 
ATCAGCAGTA TTAATGATGA ATTTGATGCA TATACTTCAC AGGTCGCAAC TGCTGGTGTA 
AATATTGACA TTGTGGTTCC ATTGGCGGAG GATCAATGCA CTATTAGCAG CAGACGTTCA 
TCTATTAGTT CCTGGCTTAG TGAAGTAAGC ATTTGTACAA TTAAAAGTGA TAGAGCTCAG 
ACCTACAACA GTATTGTTCC TCACTCTTCT CACAAATCTG ATGAGCTTTC AGAGTGTTTA 
AATATGGGTT CAGAAAAAAA TACTGATCAA ATAAGTCAAA GCTTGAAAAG TTCTTTGAAT 
GACAGTGGCT TCTGCTTTTC AGAACTGGAG AGTGAAAGTA TGAGTTCAAG TCCTTTATTT 
TCCAGCAATG AAAAAAGCTT CAAAATCTCT GAGCTCACCA AAGCCAGTCA AGTTGCTCAT 
TCTGCAAGTA ACAAATCTAG TAGCATCCGG GGTACAATAT CGTTTGAGAC CATCCATTCC 
AGTCTTCCTC GGAAACATAA TACTACCTCA GTCACCACAC ACGGTCATGC AGCGAATTCC 
AAGGAACAAG TATTTAGTGA CCCATGGTTT GTGAGAGCAG ATACTTCCTT GGAAGGAATG 
TCTGATAATC AGGCACTGTC TACAAAATCT TCCATTTCTG GTACAGACAA TCAGCTAAAA 
CAGGGCTTAA AATCTGCACA AAATATTAGC TCTGCATCCA AACCCCTGAA ATCACAGACA 
TTAGCATGCT CTCAGCGTGT TGTTGATGGA TGTGAAGTGG ATGCAAAATC GGCCCCCAAA 
AAGACTGAGC CTTTAACTAA AGTGCCGCAA CTTAGAAGAG GGGCCACAAC ACTGGGAGTA 
GTAACTACAT ACAATTCCCA AACAGATTAT GCATCCAAAG GCATTTCAGA TGGAAGTCTG 
AAATCTTCAG GTGGAAAAAA GAATTTAATG CAAAAATCCA GCATGTTGCC CAGGCCTGGT 
GGGACTGTCC CTCCAGCACC TCCTGTACGG AAATCAAGCT TGGATCAGAA AAACGTACCT 
CTGCATGCAA GTAAATTAGA TGGATTAGAG GGAAACTGTT CTGAAGAAGA AGCAGAAAAA 
CATTGTAGCA ACACAATATT TTGCAAAGGG GACAATTCAT TGCCTAAAAC AGCATCAAGC 
TTAAAGGCTA AAGTGAACAA AAATGAATCT GTTCAGCGCT ATGGGAGCCA TATGTCTCTT 
GAAAGATGTG ATAGCGTAAC ATCTATTGGC TCAAAAACAA ATGGGACTCG TGATAATAGC 
AACTCTTGCA TTAACAAGGT AGGAAGAGCA GTTCCTAAGC TTGGAAATCC TATTGGCTCT 
TCTACTAATA CCTCTTCTCC AACATGTTCA GCAGCTGCCA AAACTAATCA GGCCAAAAGT 
TCTCTGACTC AGAAAGCAAC AAATTTAAAC AAAAACCGCA GCCTGTCCAC AAATGGTTCA 
AAATCTCTCA GTTCCTCTGT TAAGTCACTG AACCAACCTA GTGGGAAAAA TTCTGGTATT 
CCACCAAGTG GAAAGGCAGG TTCACGACCA GTTCAGTGCA TGTCTACCAA GCCTGCAAGG 
GGGACAATTA TGGGGACTAA GCAAGCACTG CGGGCAGCCA ATAATAGGGT CAATGAATTG 
GCCTCTGGAA GCTCTGGAAA AATGAATCAT TTTAGAGGAT CTACAGACTC TGATAGTGGA 
AACGACAGTG GTATAAACCT GAGTGATGAA AAGTTGCAGA CTCCAGTTCT ACCCTCACCT 
TATAGCAAAA TTACGGCACC AAGGCGACCT CAAAGATATA GCAGTGGGCA TGGCAGCGAC 
AACAGTAGTG TTCTGAGTGG TGAGTTACCA CCTGCTATGG GGAGGACAGC TCTGTTTTAT 
CACAGTGGTG GCAGCAGTGG GTATGAAAGC ATGATTCGGG ACAGCGAAGC CACTGGAAGT 
GCATCCTCTG CGCATGATTC CATGAGTGAA AGTGGAATGT CATCATCTGG ACGAATGAGA 
AGCTTAAAAT CCCCAAAGAA AAGAGGTCTT CAGCGTCGGA GACTTGTACC AACTCCATTA 
CCAGAAACAG CAACAACTGG GAGAAAGGCC AACGTAACTG GCCAGTGGGT GGATCTGCCA 
CCTTTGCCAG GCAATTTAAA AGAGCCATTT GAAATCAAGG TTTACGAGAT TGATGACGTG 
GAGCGATTAC AGAAACACAG GCAAGAGGAA CCCGAGCAGC CTTTTCAAGA TGTTGAAAAG 
GGCTTGATGT ACTTCAGCAC CAAACTAAGT TTACTAGAAA GACGTCAGCA GAAAGTTAAA 
GACGTTAAAG CAAAGTATGA ATTACTGAAA CAGGAGTTGG AGGAGACGAA ACACAGGTTG 
ATGATGCACC CACACAAGTG GAGAGGACAA TTTGAGGTGG ACCCCAGTCT TGATAAGGAA 
TCACAGGAGT ACCTGGAGGC ATTGGAACAA GTCACCGAAG AACTTGAACT ATGTGTTAAT 
GTGTGCAAGT CCCATGTTAT GATGGTGACC TGCTTTGACA TCGGAATGAT CTCTGATCAG 
CAAGATGGAG GAAGAGAAGT GGAAGTCTGA

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

RefSeq	XP_002939780.2
CDS	308..6277
Translation	MIPVPGSADYGQRLGLPVSDRLSGREVPPCPRKRLQSADEALRGSRPPPEGAGASSVSEGAVPGEWCPYCQAKLAELKKQALRLAIPGCATNPQFSALIFDKLQVPDYLQKSRNEGENRCDICATHLNQLKQEAVQMIQSLNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCTKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQLCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGRKANVTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEQPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_002939734.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X3, mRNA.

Target ORF information:

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

XM_002939734.4

ORF Insert Sequence:

ATGATACCAG TGCCGGGGAG TGCGGACTAT GGACAACGTT TGGGACTGCC GGTCTCAGAC 
AGACTGTCCG GCCGGGAGGT ACCACCGTGC CCAAGGAAGA GGCTACAGTC CGCGGATGAG 
GCTCTGAGAG GCAGTCGGCC GCCTCCGGAG GGAGCAGGGG CATCCTCTGT ATCGGAGGGG 
GCAGTGCCCG GGGAATGGTG CCCATATTGC CAGGCAAAGC TGGCTGAGTT GAAGAAACAA 
GCTCTGAGAC TGGCGATACC CGGCTGTGCC ACAAATCCGC AATTTTCAGC TTTAATTTTT 
GACAAGCTTC AAGTGCCTGA CTATTTGCAA AAAAGCAGGA ATGAAGGAGA GAACAGGTGT 
GACATCTGTG CAACTCACCT GAATCAGTTA AAGCAGGAGG CAGTGCAAAT GATCCAATCT 
CTTAATCAAG CTGGCTGCTC GGAAATACTT GATCGCCCTC CAAGTTCTGT GCCTGTGGCT 
AGTGTCATTC CCAGGCTGTC TCCTCAAAAC ATGATCACTG TTTCACCCCA GAAAGAGCTT 
CTTATGATTG CAGGGCAAGT GGGGAGACCT TCTGGAAAAT CAACCAACCT TTTCCATGGG 
ACAGAGAAGA AGAAAGGACT TGGATGGGGG CAAGGAGGTA GCAGCTTGCC TAACTCCAGT 
GTTCAAGTTA CAGTGGCTCC AAGCAGCCTT GGTGGAGCAC TGAGTTCAGT AACTATTCAG 
GCACAACAAT ACCTGGAGGG CATGTGGAGC ATTTCTAGAG TAAATAGCTT TCTACCGTCA 
GCCTGCCTAC CTGATGCCCC ATCCATGGAT GGAGGAAGGG AAAACCAGAA CACTGAAATA 
TCTTCAGGCC CCAGCAACAA CCAGCAGTCT GTGACAGGAA GCACCCAGAG TTTCTTTGCA 
CCCGCAGGAG CAGAGTCTGC TGGGACCTCT GCTGCAGCCT CTTTCTTTAT CAGAGCAGCA 
CAGAAGCTCA ACTTGTCCTC AAAGCGAAAG AAGTATCATC CTCCTCTTCC TCACTCGCAA 
GAGTATTCCA CATACTCCAC CAACTTCAGT GGCATCCTTC AGCTATGTCC ACCACCTGCA 
CCTCCATGTT TAATGAGAGC TGTGTCAAAA ATCAAGGACA ACCCAGGCAT TGGAAAGGTG 
AAAATAATGG TGAGAATCTG CCCATTCCAA GGACCTCAAA ATACATCTGA ATCGATGTCC 
TTCCTGAAAG TGGATCCACG GAAAAAGCAA GTGACACTAT ATGATCCATC TACTTGTGGC 
CCATCTGTCT CCGTTCATAG AAGAGCAGTG GTTGCTGTTC CAAAGATGTT TGCCTTTGAT 
TCAGTGTTTC CACAAGATGC TTCTCAGGCC GAGGTCTGCT CTGGAACAGT TGCCGAAGTA 
ATCCAGTCTG TTGTGAATGG TGCAGATGGA TGTATATTTT GCTTTGGTCA CGTCAGGCTT 
GGTAAATCCT ACACCATGAT TGGCAAAGAT GCCTCTACAC AAAGCCTTGG CATCATCCCA 
TGTGCAATCT CCTGGCTTTT CAAACTAATC AATGAACGGA AAGAGAAAAC TGGAACTCGC 
TTCTCTATTC GAGTATCTGC TGTTGAGATT TTCGGCAAAG ATGAAAACCT GAAGGATTTG 
TTAGCCGAGG AAGCCACGGG GAGTCTTCAA GATGGCCAGT CCCCTGGGGT CTATCTGCGA 
GAAGATCCGA TCTGCGGAAC TCAGCTTCAA AACCAGAGTG AGCTGAGAGC CCCTACAGCA 
GAGAAAGCGG CTCACTTCCT CGATGCAGCA CTTGCGGCCA GGAGCACTAG TCGACCAGAC 
TGTGATGAAG AAGAAAGAAG GAACTCACAT ATGCTTTTCA CTCTTCATAT ATATCAGTAT 
CGCATGGAAA AGAGTGGAAA GGGAGGAATG TCAGGAGGAA GGAGCAGACT GCACCTTATT 
GATCTGGGCA GCTGTGAAAA AGTGCTGAGC AAAAGCCGTG ATGGATGTGG GGGTCTCTGT 
CTGTCACTGA CTGCACTGGG AAATGTCATT TTGGCTCTAG TCAATGGAGC AAAACACATA 
CCATATAGGG ATAGCAAATT GACCATGCTC TTGCAAGAAT CTCTGGGGAA TATCAACTGC 
AGGACTACCA TGATTGCTCA CATCTCAGAT TCGCCAGCAA ATTACCAGGA AACCCTTAGC 
ACTGTTCAGC TTGCTTCTCG CATTCACCGA ATGAAAAAGA AGAAATCCAA GTATGCCTCC 
AGCTCGTCCG GGGGAGAAAG CTCTTGTGAA GAAGGCCGCG TTAGAAGACC CCCTCACATA 
CGGCCTTTCC ACCAAAGAAC AGTTGTACTT GACCCGGATT TTCCAACTCT GGGATTTCAC 
AGTGATCCTG ATTATTCCTC GAGCAGTGAA CAGTCGTGTG ACACTGTGAT ATATGTTGGG 
CCAAATGGCG CTGCTTTATC GGACAAAGAA CTGACTGACA ATGAGGGGCC TCCTGAATTT 
GTTCCCATAA TACCTTCACT CCTCAAGAAG AGAAGTAAAG ATAATTTGTC TAGTATCAGA 
AGTTCTGATA ACGATCATTT AAAATGCAAC ACATTTGCTG AACTGCAAGA GAGGTTAGAG 
TGTATTGACG GAAGTGAGGA ACCTGCTAGG TTTCTTATTG AAGAACCTGT TGCAGCACAT 
TGTACTAAAG CCATGAACTA TGAAGACAAT GTACATTCAA CAAAGGAAAA AACATTACTT 
TCTGGAATTT GTAAAAGACC TGGTTTTCAA GATATGGTTT CACCTAAAAA AGGGCAAAAC 
ATTATTATTT CAACTGCTTT TCCGCCAAAT ATTTCAGATT CTGAAACAAA TGCACCTCAG 
TCTGCACATG AACACCCTCA ACAACATGCC AAAGCTGAAA ATGTAAAGCC GGAATGCATC 
TCAGATGGAA ACCAAGTGAC AATCATGGAT TTACAAAAAA CTTTAGCACC TAGTGTGTGT 
AAGGCACAGG AAATACCAAA AGGAGCCACA GAAATATCTG TAAAAGAAAA AGCCCTTATG 
GCAAGAAGAC ATCTTCCCAG CCCAGCTCCA CCTCCTGGTT CTCAGTTATG TAGCAGTAAT 
AATGTTGGGG TCAGAACTCC TCCGATCGGA ATGAGCAAAT TGAAATGCCA AGATAAGCAC 
AAGTTAGTCA GCAGCACATT ACCAGTTGGC ATCAGCACGC CTAAGCAGCC TGGCCCAATA 
GAGGTTCGTA GGTTTCGATC AGCTGTAAAA ACAAATGGTT TTGACCGAGA CATATTAACC 
ACTACAGTGA CATTGCAGAA GCCAGTAGAA CTCAATGGAG AAGATGAACT TGTATTCACT 
GTTGTAGAAG AGTTGTCTAT TGGAGGCATT CTTGACAATG GCAGACCTTC CAGTATCATT 
AGCTTTAACA GTGACTGTTC ACTACAAGCC CTTGCCTCTG GCTCTAGACC AGTTAGCATT 
ATCAGCAGTA TTAATGATGA ATTTGATGCA TATACTTCAC AGGTCGCAAC TGCTGGTGTA 
AATATTGACA TTGTGGTTCC ATTGGCGGAG GATCAATGCA CTATTAGCAG CAGACGTTCA 
TCTATTAGTT CCTGGCTTAG TGAAGTAAGC ATTTGTACAA TTAAAAGTGA TAGAGCTCAG 
ACCTACAACA GTATTGTTCC TCACTCTTCT CACAAATCTG ATGAGCTTTC AGAGTGTTTA 
AATATGGGTT CAGAAAAAAA TACTGATCAA ATAAGTCAAA GCTTGAAAAG TTCTTTGAAT 
GACAGTGGCT TCTGCTTTTC AGAACTGGAG AGTGAAAGTA TGAGTTCAAG TCCTTTATTT 
TCCAGCAATG AAAAAAGCTT CAAAATCTCT GAGCTCACCA AAGCCAGTCA AGTTGCTCAT 
TCTGCAAGTA ACAAATCTAG TAGCATCCGG GGTACAATAT CGTTTGAGAC CATCCATTCC 
AGTCTTCCTC GGAAACATAA TACTACCTCA GTCACCACAC ACGGTCATGC AGCGAATTCC 
AAGGAACAAG TATTTAGTGA CCCATGGTTT GTGAGAGCAG ATACTTCCTT GGAAGGAATG 
TCTGATAATC AGGCACTGTC TACAAAATCT TCCATTTCTG GTACAGACAA TCAGCTAAAA 
CAGGGCTTAA AATCTGCACA AAATATTAGC TCTGCATCCA AACCCCTGAA ATCACAGACA 
TTAGCATGCT CTCAGCGTGT TGTTGATGGA TGTGAAGTGG ATGCAAAATC GGCCCCCAAA 
AAGACTGAGC CTTTAACTAA AGTGCCGCAA CTTAGAAGAG GGGCCACAAC ACTGGGAGTA 
GTAACTACAT ACAATTCCCA AACAGATTAT GCATCCAAAG GCATTTCAGA TGGAAGTCTG 
AAATCTTCAG GTGGAAAAAA GAATTTAATG CAAAAATCCA GCATGTTGCC CAGGCCTGGT 
GGGACTGTCC CTCCAGCACC TCCTGTACGG AAATCAAGCT TGGATCAGAA AAACGTACCT 
CTGCATGCAA GTAAATTAGA TGGATTAGAG GGAAACTGTT CTGAAGAAGA AGCAGAAAAA 
CATTGTAGCA ACACAATATT TTGCAAAGGG GACAATTCAT TGCCTAAAAC AGCATCAAGC 
TTAAAGGCTA AAGTGAACAA AAATGAATCT GTTCAGCGCT ATGGGAGCCA TATGTCTCTT 
GAAAGATGTG ATAGCGTAAC ATCTATTGGC TCAAAAACAA ATGGGACTCG TGATAATAGC 
AACTCTTGCA TTAACAAGGT AGGAAGAGCA GTTCCTAAGC TTGGAAATCC TATTGGCTCT 
TCTACTAATA CCTCTTCTCC AACATGTTCA GCAGCTGCCA AAACTAATCA GGCCAAAAGT 
TCTCTGACTC AGAAAGCAAC AAATTTAAAC AAAAACCGCA GCCTGTCCAC AAATGGTTCA 
AAATCTCTCA GTTCCTCTGT TAAGTCACTG AACCAACCTA GTGGGAAAAA TTCTGGTATT 
CCACCAAGTG GAAAGGCAGG TTCACGACCA GTTCAGTGCA TGTCTACCAA GCCTGCAAGG 
GGGACAATTA TGGGGACTAA GCAAGCACTG CGGGCAGCCA ATAATAGGGT CAATGAATTG 
GCCTCTGGAA GCTCTGGAAA AATGAATCAT TTTAGAGGAT CTACAGACTC TGATAGTGGA 
AACGACAGTG GTATAAACCT GAGTGATGAA AAGTTGCAGA CTCCAGTTCT ACCCTCACCT 
TATAGCAAAA TTACGGCACC AAGGCGACCT CAAAGATATA GCAGTGGGCA TGGCAGCGAC 
AACAGTAGTG TTCTGAGTGG TGAGTTACCA CCTGCTATGG GGAGGACAGC TCTGTTTTAT 
CACAGTGGTG GCAGCAGTGG GTATGAAAGC ATGATTCGGG ACAGCGAAGC CACTGGAAGT 
GCATCCTCTG CGCATGATTC CATGAGTGAA AGTGGAATGT CATCATCTGG ACGAATGAGA 
AGCTTAAAAT CCCCAAAGAA AAGAGGTCTT CAGCGTCGGA GACTTGTACC AACTCCATTA 
CCAGAAACAG CAACAACTGG GAGAAAGGCC AACGTAACTG GCCAGTGGGT GGATCTGCCA 
CCTTTGCCAG GCAATTTAAA AGAGCCATTT GAAATCAAGG TTTACGAGAT TGATGACGTG 
GAGCGATTAC AGAAACACAG GCAAGAGGAA CCCGAGCAGC CTTTTCAAGA TGTTGAAAAG 
GGCTTGATGT ACTTCAGCAC CAAACTAAGT TTACTAGAAA GACGTCAGCA GAAAGTTAAA 
GACGTTAAAG CAAAGTATGA ATTACTGAAA CAGGAGTTGG AGGAGACGAA ACACAGGTTG 
ATGATGCACC CACACAAGTG GAGAGGACAA TTTGAGGTGG ACCCCAGTCT TGATAAGGAA 
TCACAGGAGT ACCTGGAGGC ATTGGAACAA GTCACCGAAG AACTTGAACT ATGTGTTAAT 
GTGTGCAAGT CCCATGTTAT GATGGTGACC TGCTTTGACA TCGGAATGAT CTCTGATCAG 
CAAGATGGAG GAAGAGAAGT GGAAGTCTGA

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

kif26a ( XM_012969324.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012824778.1 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X4, mRNA.

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CloneID	OXa35175
Clone ID Related Accession (Same CDS sequence)	XM_012969324.2
Accession Version	XM_012969324.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5562bp) 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	kinesin-like protein KIF26A isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) 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_012969324.1. ##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##

ATGATCCAAT CTCTTAATCA AGCTGGCTGC TCGGAAATAC TTGATCGCCC TCCAAGTTCT 
GTGCCTGTGG CTAGTGTCAT TCCCAGGCTG TCTCCTCAAA ACATGATCAC TGTTTCACCC 
CAGAAAGAGC TTCTTATGAT TGCAGGGCAA GTGGGGAGAC CTTCTGGAAA ATCAACCAAC 
CTTTTCCATG GGACAGAGAA GAAGAAAGGA CTTGGATGGG GGCAAGGAGG TAGCAGCTTG 
CCTAACTCCA GTGTTCAAGT TACAGTGGCT CCAAGCAGCC TTGGTGGAGC ACTGAGTTCA 
GTAACTATTC AGGCACAACA ATACCTGGAG GGCATGTGGA GCATTTCTAG AGTAAATAGC 
TTTCTACCGT CAGCCTGCCT ACCTGATGCC CCATCCATGG ATGGAGGAAG GGAAAACCAG 
AACACTGAAA TATCTTCAGG CCCCAGCAAC AACCAGCAGT CTGTGACAGG AAGCACCCAG 
AGTTTCTTTG CACCCGCAGG AGCAGAGTCT GCTGGGACCT CTGCTGCAGC CTCTTTCTTT 
ATCAGAGCAG CACAGAAGCT CAACTTGTCC TCAAAGCGAA AGAAGTATCA TCCTCCTCTT 
CCTCACTCGC AAGAGTATTC CACATACTCC ACCAACTTCA GTGGCATCCT TCAGCTATGT 
CCACCACCTG CACCTCCATG TTTAATGAGA GCTGTGTCAA AAATCAAGGA CAACCCAGGC 
ATTGGAAAGG TGAAAATAAT GGTGAGAATC TGCCCATTCC AAGGACCTCA AAATACATCT 
GAATCGATGT CCTTCCTGAA AGTGGATCCA CGGAAAAAGC AAGTGACACT ATATGATCCA 
TCTACTTGTG GCCCATCTGT CTCCGTTCAT AGAAGAGCAG TGGTTGCTGT TCCAAAGATG 
TTTGCCTTTG ATTCAGTGTT TCCACAAGAT GCTTCTCAGG CCGAGGTCTG CTCTGGAACA 
GTTGCCGAAG TAATCCAGTC TGTTGTGAAT GGTGCAGATG GATGTATATT TTGCTTTGGT 
CACGTCAGGC TTGGTAAATC CTACACCATG ATTGGCAAAG ATGCCTCTAC ACAAAGCCTT 
GGCATCATCC CATGTGCAAT CTCCTGGCTT TTCAAACTAA TCAATGAACG GAAAGAGAAA 
ACTGGAACTC GCTTCTCTAT TCGAGTATCT GCTGTTGAGA TTTTCGGCAA AGATGAAAAC 
CTGAAGGATT TGTTAGCCGA GGAAGCCACG GGGAGTCTTC AAGATGGCCA GTCCCCTGGG 
GTCTATCTGC GAGAAGATCC GATCTGCGGA ACTCAGCTTC AAAACCAGAG TGAGCTGAGA 
GCCCCTACAG CAGAGAAAGC GGCTCACTTC CTCGATGCAG CACTTGCGGC CAGGAGCACT 
AGTCGACCAG ACTGTGATGA AGAAGAAAGA AGGAACTCAC ATATGCTTTT CACTCTTCAT 
ATATATCAGT ATCGCATGGA AAAGAGTGGA AAGGGAGGAA TGTCAGGAGG AAGGAGCAGA 
CTGCACCTTA TTGATCTGGG CAGCTGTGAA AAAGTGCTGA GCAAAAGCCG TGATGGATGT 
GGGGGTCTCT GTCTGTCACT GACTGCACTG GGAAATGTCA TTTTGGCTCT AGTCAATGGA 
GCAAAACACA TACCATATAG GGATAGCAAA TTGACCATGC TCTTGCAAGA ATCTCTGGGG 
AATATCAACT GCAGGACTAC CATGATTGCT CACATCTCAG ATTCGCCAGC AAATTACCAG 
GAAACCCTTA GCACTGTTCA GCTTGCTTCT CGCATTCACC GAATGAAAAA GAAGAAATCC 
AAGTATGCCT CCAGCTCGTC CGGGGGAGAA AGCTCTTGTG AAGAAGGCCG CGTTAGAAGA 
CCCCCTCACA TACGGCCTTT CCACCAAAGA ACAGTTGTAC TTGACCCGGA TTTTCCAACT 
CTGGGATTTC ACAGTGATCC TGATTATTCC TCGAGCAGTG AACAGTCGTG TGACACTGTG 
ATATATGTTG GGCCAAATGG CGCTGCTTTA TCGGACAAAG AACTGACTGA CAATGAGGGG 
CCTCCTGAAT TTGTTCCCAT AATACCTTCA CTCCTCAAGA AGAGAAGTAA AGATAATTTG 
TCTAGTATCA GAAGTTCTGA TAACGATCAT TTAAAATGCA ACACATTTGC TGAACTGCAA 
GAGAGGTTAG AGTGTATTGA CGGAAGTGAG GAACCTGCTA GGTTTCTTAT TGAAGAACCT 
GTTGCAGCAC ATTGTACTAA AGCCATGAAC TATGAAGACA ATGTACATTC AACAAAGGAA 
AAAACATTAC TTTCTGGAAT TTGTAAAAGA CCTGGTTTTC AAGATATGGT TTCACCTAAA 
AAAGGGCAAA ACATTATTAT TTCAACTGCT TTTCCGCCAA ATATTTCAGA TTCTGAAACA 
AATGCACCTC AGTCTGCACA TGAACACCCT CAACAACATG CCAAAGCTGA AAATGTAAAG 
CCGGAATGCA TCTCAGATGG AAACCAAGTG ACAATCATGG ATTTACAAAA AACTTTAGCA 
CCTAGTGTGT GTAAGGCACA GGAAATACCA AAAGGAGCCA CAGAAATATC TGTAAAAGAA 
AAAGCCCTTA TGGCAAGAAG ACATCTTCCC AGCCCAGCTC CACCTCCTGG TTCTCAGTTA 
TGTAGCAGTA ATAATGTTGG GGTCAGAACT CCTCCGATCG GAATGAGCAA ATTGAAATGC 
CAAGATAAGC ACAAGTTAGT CAGCAGCACA TTACCAGTTG GCATCAGCAC GCCTAAGCAG 
CCTGGCCCAA TAGAGGTTCG TAGGTTTCGA TCAGCTGTAA AAACAAATGG TTTTGACCGA 
GACATATTAA CCACTACAGT GACATTGCAG AAGCCAGTAG AACTCAATGG AGAAGATGAA 
CTTGTATTCA CTGTTGTAGA AGAGTTGTCT ATTGGAGGCA TTCTTGACAA TGGCAGACCT 
TCCAGTATCA TTAGCTTTAA CAGTGACTGT TCACTACAAG CCCTTGCCTC TGGCTCTAGA 
CCAGTTAGCA TTATCAGCAG TATTAATGAT GAATTTGATG CATATACTTC ACAGGTCGCA 
ACTGCTGGTG TAAATATTGA CATTGTGGTT CCATTGGCGG AGGATCAATG CACTATTAGC 
AGCAGACGTT CATCTATTAG TTCCTGGCTT AGTGAAGTAA GCATTTGTAC AATTAAAAGT 
GATAGAGCTC AGACCTACAA CAGTATTGTT CCTCACTCTT CTCACAAATC TGATGAGCTT 
TCAGAGTGTT TAAATATGGG TTCAGAAAAA AATACTGATC AAATAAGTCA AAGCTTGAAA 
AGTTCTTTGA ATGACAGTGG CTTCTGCTTT TCAGAACTGG AGAGTGAAAG TATGAGTTCA 
AGTCCTTTAT TTTCCAGCAA TGAAAAAAGC TTCAAAATCT CTGAGCTCAC CAAAGCCAGT 
CAAGTTGCTC ATTCTGCAAG TAACAAATCT AGTAGCATCC GGGGTACAAT ATCGTTTGAG 
ACCATCCATT CCAGTCTTCC TCGGAAACAT AATACTACCT CAGTCACCAC ACACGGTCAT 
GCAGCGAATT CCAAGGAACA AGTATTTAGT GACCCATGGT TTGTGAGAGC AGATACTTCC 
TTGGAAGGAA TGTCTGATAA TCAGGCACTG TCTACAAAAT CTTCCATTTC TGGTACAGAC 
AATCAGCTAA AACAGGGCTT AAAATCTGCA CAAAATATTA GCTCTGCATC CAAACCCCTG 
AAATCACAGA CATTAGCATG CTCTCAGCGT GTTGTTGATG GATGTGAAGT GGATGCAAAA 
TCGGCCCCCA AAAAGACTGA GCCTTTAACT AAAGTGCCGC AACTTAGAAG AGGGGCCACA 
ACACTGGGAG TAGTAACTAC ATACAATTCC CAAACAGATT ATGCATCCAA AGGCATTTCA 
GATGGAAGTC TGAAATCTTC AGGTGGAAAA AAGAATTTAA TGCAAAAATC CAGCATGTTG 
CCCAGGCCTG GTGGGACTGT CCCTCCAGCA CCTCCTGTAC GGAAATCAAG CTTGGATCAG 
AAAAACGTAC CTCTGCATGC AAGTAAATTA GATGGATTAG AGGGAAACTG TTCTGAAGAA 
GAAGCAGAAA AACATTGTAG CAACACAATA TTTTGCAAAG GGGACAATTC ATTGCCTAAA 
ACAGCATCAA GCTTAAAGGC TAAAGTGAAC AAAAATGAAT CTGTTCAGCG CTATGGGAGC 
CATATGTCTC TTGAAAGATG TGATAGCGTA ACATCTATTG GCTCAAAAAC AAATGGGACT 
CGTGATAATA GCAACTCTTG CATTAACAAG GTAGGAAGAG CAGTTCCTAA GCTTGGAAAT 
CCTATTGGCT CTTCTACTAA TACCTCTTCT CCAACATGTT CAGCAGCTGC CAAAACTAAT 
CAGGCCAAAA GTTCTCTGAC TCAGAAAGCA ACAAATTTAA ACAAAAACCG CAGCCTGTCC 
ACAAATGGTT CAAAATCTCT CAGTTCCTCT GTTAAGTCAC TGAACCAACC TAGTGGGAAA 
AATTCTGGTA TTCCACCAAG TGGAAAGGCA GGTTCACGAC CAGTTCAGTG CATGTCTACC 
AAGCCTGCAA GGGGGACAAT TATGGGGACT AAGCAAGCAC TGCGGGCAGC CAATAATAGG 
GTCAATGAAT TGGCCTCTGG AAGCTCTGGA AAAATGAATC ATTTTAGAGG ATCTACAGAC 
TCTGATAGTG GAAACGACAG TGGTATAAAC CTGAGTGATG AAAAGTTGCA GACTCCAGTT 
CTACCCTCAC CTTATAGCAA AATTACGGCA CCAAGGCGAC CTCAAAGATA TAGCAGTGGG 
CATGGCAGCG ACAACAGTAG TGTTCTGAGT GGTGAGTTAC CACCTGCTAT GGGGAGGACA 
GCTCTGTTTT ATCACAGTGG TGGCAGCAGT GGGTATGAAA GCATGATTCG GGACAGCGAA 
GCCACTGGAA GTGCATCCTC TGCGCATGAT TCCATGAGTG AAAGTGGAAT GTCATCATCT 
GGACGAATGA GAAGCTTAAA ATCCCCAAAG AAAAGAGGTC TTCAGCGTCG GAGACTTGTA 
CCAACTCCAT TACCAGAAAC AGCAACAACT GGGAGAAAGG CCAACGTAAC TGGCCAGTGG 
GTGGATCTGC CACCTTTGCC AGGCAATTTA AAAGAGCCAT TTGAAATCAA GGTTTACGAG 
ATTGATGACG TGGAGCGATT ACAGAAACAC AGGCAAGAGG AACCCGAGCA GCCTTTTCAA 
GATGTTGAAA AGGGCTTGAT GTACTTCAGC ACCAAACTAA GTTTACTAGA AAGACGTCAG 
CAGAAAGTTA AAGACGTTAA AGCAAAGTAT GAATTACTGA AACAGGAGTT GGAGGAGACG 
AAACACAGGT TGATGATGCA CCCACACAAG TGGAGAGGAC AATTTGAGGT GGACCCCAGT 
CTTGATAAGG AATCACAGGA GTACCTGGAG GCATTGGAAC AAGTCACCGA AGAACTTGAA 
CTATGTGTTA ATGTGTGCAA GTCCCATGTT ATGATGGTGA CCTGCTTTGA CATCGGAATG 
ATCTCTGATC AGCAAGATGG AGGAAGAGAA GTGGAAGTCT GA

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

RefSeq	XP_012824778.1
CDS	201..5762
Translation	MIQSLNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCTKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQLCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGRKANVTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEQPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_012969324.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X4, mRNA.

Target ORF information:

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

XM_012969324.2

ORF Insert Sequence:

ATGATCCAAT CTCTTAATCA AGCTGGCTGC TCGGAAATAC TTGATCGCCC TCCAAGTTCT 
GTGCCTGTGG CTAGTGTCAT TCCCAGGCTG TCTCCTCAAA ACATGATCAC TGTTTCACCC 
CAGAAAGAGC TTCTTATGAT TGCAGGGCAA GTGGGGAGAC CTTCTGGAAA ATCAACCAAC 
CTTTTCCATG GGACAGAGAA GAAGAAAGGA CTTGGATGGG GGCAAGGAGG TAGCAGCTTG 
CCTAACTCCA GTGTTCAAGT TACAGTGGCT CCAAGCAGCC TTGGTGGAGC ACTGAGTTCA 
GTAACTATTC AGGCACAACA ATACCTGGAG GGCATGTGGA GCATTTCTAG AGTAAATAGC 
TTTCTACCGT CAGCCTGCCT ACCTGATGCC CCATCCATGG ATGGAGGAAG GGAAAACCAG 
AACACTGAAA TATCTTCAGG CCCCAGCAAC AACCAGCAGT CTGTGACAGG AAGCACCCAG 
AGTTTCTTTG CACCCGCAGG AGCAGAGTCT GCTGGGACCT CTGCTGCAGC CTCTTTCTTT 
ATCAGAGCAG CACAGAAGCT CAACTTGTCC TCAAAGCGAA AGAAGTATCA TCCTCCTCTT 
CCTCACTCGC AAGAGTATTC CACATACTCC ACCAACTTCA GTGGCATCCT TCAGCTATGT 
CCACCACCTG CACCTCCATG TTTAATGAGA GCTGTGTCAA AAATCAAGGA CAACCCAGGC 
ATTGGAAAGG TGAAAATAAT GGTGAGAATC TGCCCATTCC AAGGACCTCA AAATACATCT 
GAATCGATGT CCTTCCTGAA AGTGGATCCA CGGAAAAAGC AAGTGACACT ATATGATCCA 
TCTACTTGTG GCCCATCTGT CTCCGTTCAT AGAAGAGCAG TGGTTGCTGT TCCAAAGATG 
TTTGCCTTTG ATTCAGTGTT TCCACAAGAT GCTTCTCAGG CCGAGGTCTG CTCTGGAACA 
GTTGCCGAAG TAATCCAGTC TGTTGTGAAT GGTGCAGATG GATGTATATT TTGCTTTGGT 
CACGTCAGGC TTGGTAAATC CTACACCATG ATTGGCAAAG ATGCCTCTAC ACAAAGCCTT 
GGCATCATCC CATGTGCAAT CTCCTGGCTT TTCAAACTAA TCAATGAACG GAAAGAGAAA 
ACTGGAACTC GCTTCTCTAT TCGAGTATCT GCTGTTGAGA TTTTCGGCAA AGATGAAAAC 
CTGAAGGATT TGTTAGCCGA GGAAGCCACG GGGAGTCTTC AAGATGGCCA GTCCCCTGGG 
GTCTATCTGC GAGAAGATCC GATCTGCGGA ACTCAGCTTC AAAACCAGAG TGAGCTGAGA 
GCCCCTACAG CAGAGAAAGC GGCTCACTTC CTCGATGCAG CACTTGCGGC CAGGAGCACT 
AGTCGACCAG ACTGTGATGA AGAAGAAAGA AGGAACTCAC ATATGCTTTT CACTCTTCAT 
ATATATCAGT ATCGCATGGA AAAGAGTGGA AAGGGAGGAA TGTCAGGAGG AAGGAGCAGA 
CTGCACCTTA TTGATCTGGG CAGCTGTGAA AAAGTGCTGA GCAAAAGCCG TGATGGATGT 
GGGGGTCTCT GTCTGTCACT GACTGCACTG GGAAATGTCA TTTTGGCTCT AGTCAATGGA 
GCAAAACACA TACCATATAG GGATAGCAAA TTGACCATGC TCTTGCAAGA ATCTCTGGGG 
AATATCAACT GCAGGACTAC CATGATTGCT CACATCTCAG ATTCGCCAGC AAATTACCAG 
GAAACCCTTA GCACTGTTCA GCTTGCTTCT CGCATTCACC GAATGAAAAA GAAGAAATCC 
AAGTATGCCT CCAGCTCGTC CGGGGGAGAA AGCTCTTGTG AAGAAGGCCG CGTTAGAAGA 
CCCCCTCACA TACGGCCTTT CCACCAAAGA ACAGTTGTAC TTGACCCGGA TTTTCCAACT 
CTGGGATTTC ACAGTGATCC TGATTATTCC TCGAGCAGTG AACAGTCGTG TGACACTGTG 
ATATATGTTG GGCCAAATGG CGCTGCTTTA TCGGACAAAG AACTGACTGA CAATGAGGGG 
CCTCCTGAAT TTGTTCCCAT AATACCTTCA CTCCTCAAGA AGAGAAGTAA AGATAATTTG 
TCTAGTATCA GAAGTTCTGA TAACGATCAT TTAAAATGCA ACACATTTGC TGAACTGCAA 
GAGAGGTTAG AGTGTATTGA CGGAAGTGAG GAACCTGCTA GGTTTCTTAT TGAAGAACCT 
GTTGCAGCAC ATTGTACTAA AGCCATGAAC TATGAAGACA ATGTACATTC AACAAAGGAA 
AAAACATTAC TTTCTGGAAT TTGTAAAAGA CCTGGTTTTC AAGATATGGT TTCACCTAAA 
AAAGGGCAAA ACATTATTAT TTCAACTGCT TTTCCGCCAA ATATTTCAGA TTCTGAAACA 
AATGCACCTC AGTCTGCACA TGAACACCCT CAACAACATG CCAAAGCTGA AAATGTAAAG 
CCGGAATGCA TCTCAGATGG AAACCAAGTG ACAATCATGG ATTTACAAAA AACTTTAGCA 
CCTAGTGTGT GTAAGGCACA GGAAATACCA AAAGGAGCCA CAGAAATATC TGTAAAAGAA 
AAAGCCCTTA TGGCAAGAAG ACATCTTCCC AGCCCAGCTC CACCTCCTGG TTCTCAGTTA 
TGTAGCAGTA ATAATGTTGG GGTCAGAACT CCTCCGATCG GAATGAGCAA ATTGAAATGC 
CAAGATAAGC ACAAGTTAGT CAGCAGCACA TTACCAGTTG GCATCAGCAC GCCTAAGCAG 
CCTGGCCCAA TAGAGGTTCG TAGGTTTCGA TCAGCTGTAA AAACAAATGG TTTTGACCGA 
GACATATTAA CCACTACAGT GACATTGCAG AAGCCAGTAG AACTCAATGG AGAAGATGAA 
CTTGTATTCA CTGTTGTAGA AGAGTTGTCT ATTGGAGGCA TTCTTGACAA TGGCAGACCT 
TCCAGTATCA TTAGCTTTAA CAGTGACTGT TCACTACAAG CCCTTGCCTC TGGCTCTAGA 
CCAGTTAGCA TTATCAGCAG TATTAATGAT GAATTTGATG CATATACTTC ACAGGTCGCA 
ACTGCTGGTG TAAATATTGA CATTGTGGTT CCATTGGCGG AGGATCAATG CACTATTAGC 
AGCAGACGTT CATCTATTAG TTCCTGGCTT AGTGAAGTAA GCATTTGTAC AATTAAAAGT 
GATAGAGCTC AGACCTACAA CAGTATTGTT CCTCACTCTT CTCACAAATC TGATGAGCTT 
TCAGAGTGTT TAAATATGGG TTCAGAAAAA AATACTGATC AAATAAGTCA AAGCTTGAAA 
AGTTCTTTGA ATGACAGTGG CTTCTGCTTT TCAGAACTGG AGAGTGAAAG TATGAGTTCA 
AGTCCTTTAT TTTCCAGCAA TGAAAAAAGC TTCAAAATCT CTGAGCTCAC CAAAGCCAGT 
CAAGTTGCTC ATTCTGCAAG TAACAAATCT AGTAGCATCC GGGGTACAAT ATCGTTTGAG 
ACCATCCATT CCAGTCTTCC TCGGAAACAT AATACTACCT CAGTCACCAC ACACGGTCAT 
GCAGCGAATT CCAAGGAACA AGTATTTAGT GACCCATGGT TTGTGAGAGC AGATACTTCC 
TTGGAAGGAA TGTCTGATAA TCAGGCACTG TCTACAAAAT CTTCCATTTC TGGTACAGAC 
AATCAGCTAA AACAGGGCTT AAAATCTGCA CAAAATATTA GCTCTGCATC CAAACCCCTG 
AAATCACAGA CATTAGCATG CTCTCAGCGT GTTGTTGATG GATGTGAAGT GGATGCAAAA 
TCGGCCCCCA AAAAGACTGA GCCTTTAACT AAAGTGCCGC AACTTAGAAG AGGGGCCACA 
ACACTGGGAG TAGTAACTAC ATACAATTCC CAAACAGATT ATGCATCCAA AGGCATTTCA 
GATGGAAGTC TGAAATCTTC AGGTGGAAAA AAGAATTTAA TGCAAAAATC CAGCATGTTG 
CCCAGGCCTG GTGGGACTGT CCCTCCAGCA CCTCCTGTAC GGAAATCAAG CTTGGATCAG 
AAAAACGTAC CTCTGCATGC AAGTAAATTA GATGGATTAG AGGGAAACTG TTCTGAAGAA 
GAAGCAGAAA AACATTGTAG CAACACAATA TTTTGCAAAG GGGACAATTC ATTGCCTAAA 
ACAGCATCAA GCTTAAAGGC TAAAGTGAAC AAAAATGAAT CTGTTCAGCG CTATGGGAGC 
CATATGTCTC TTGAAAGATG TGATAGCGTA ACATCTATTG GCTCAAAAAC AAATGGGACT 
CGTGATAATA GCAACTCTTG CATTAACAAG GTAGGAAGAG CAGTTCCTAA GCTTGGAAAT 
CCTATTGGCT CTTCTACTAA TACCTCTTCT CCAACATGTT CAGCAGCTGC CAAAACTAAT 
CAGGCCAAAA GTTCTCTGAC TCAGAAAGCA ACAAATTTAA ACAAAAACCG CAGCCTGTCC 
ACAAATGGTT CAAAATCTCT CAGTTCCTCT GTTAAGTCAC TGAACCAACC TAGTGGGAAA 
AATTCTGGTA TTCCACCAAG TGGAAAGGCA GGTTCACGAC CAGTTCAGTG CATGTCTACC 
AAGCCTGCAA GGGGGACAAT TATGGGGACT AAGCAAGCAC TGCGGGCAGC CAATAATAGG 
GTCAATGAAT TGGCCTCTGG AAGCTCTGGA AAAATGAATC ATTTTAGAGG ATCTACAGAC 
TCTGATAGTG GAAACGACAG TGGTATAAAC CTGAGTGATG AAAAGTTGCA GACTCCAGTT 
CTACCCTCAC CTTATAGCAA AATTACGGCA CCAAGGCGAC CTCAAAGATA TAGCAGTGGG 
CATGGCAGCG ACAACAGTAG TGTTCTGAGT GGTGAGTTAC CACCTGCTAT GGGGAGGACA 
GCTCTGTTTT ATCACAGTGG TGGCAGCAGT GGGTATGAAA GCATGATTCG GGACAGCGAA 
GCCACTGGAA GTGCATCCTC TGCGCATGAT TCCATGAGTG AAAGTGGAAT GTCATCATCT 
GGACGAATGA GAAGCTTAAA ATCCCCAAAG AAAAGAGGTC TTCAGCGTCG GAGACTTGTA 
CCAACTCCAT TACCAGAAAC AGCAACAACT GGGAGAAAGG CCAACGTAAC TGGCCAGTGG 
GTGGATCTGC CACCTTTGCC AGGCAATTTA AAAGAGCCAT TTGAAATCAA GGTTTACGAG 
ATTGATGACG TGGAGCGATT ACAGAAACAC AGGCAAGAGG AACCCGAGCA GCCTTTTCAA 
GATGTTGAAA AGGGCTTGAT GTACTTCAGC ACCAAACTAA GTTTACTAGA AAGACGTCAG 
CAGAAAGTTA AAGACGTTAA AGCAAAGTAT GAATTACTGA AACAGGAGTT GGAGGAGACG 
AAACACAGGT TGATGATGCA CCCACACAAG TGGAGAGGAC AATTTGAGGT GGACCCCAGT 
CTTGATAAGG AATCACAGGA GTACCTGGAG GCATTGGAAC AAGTCACCGA AGAACTTGAA 
CTATGTGTTA ATGTGTGCAA GTCCCATGTT ATGATGGTGA CCTGCTTTGA CATCGGAATG 
ATCTCTGATC AGCAAGATGG AGGAAGAGAA GTGGAAGTCT GA

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

kif26a ( XM_004917188.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917245.2 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X1, mRNA.

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CloneID	OXa64087
Clone ID Related Accession (Same CDS sequence)	XM_004917188.4
Accession Version	XM_004917188.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6033bp) 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	kinesin-like protein KIF26A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_004917188.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTTTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTAAT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT CATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGCAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGCCAGTG GGTGGATCTG 
CCACCTTTGC CAGGCAATTT AAAAGAGCCA TTTGAAATCA AGGTTTACGA GATTGATGAC 
GTGGAGCGAT TACAGAAACA CAGGCAAGAG GAACCCGAGC AGCCTTTTCA AGATGTTGAA 
AAGGGCTTGA TGTACTTCAG CACCAAACTA AGTTTACTAG AAAGACGTCA GCAGAAAGTT 
AAAGACGTTA AAGCAAAGTA TGAATTACTG AAACAGGAGT TGGAGGAGAC GAAACACAGG 
TTGATGATGC ACCCACACAA GTGGAGAGGA CAATTTGAGG TGGACCCCAG TCTTGATAAG 
GAATCACAGG AGTACCTGGA GGCATTGGAA CAAGTCACCG AAGAACTTGA ACTATGTGTT 
AATGTGTGCA AGTCCCATGT TATGATGGTG ACCTGCTTTG ACATCGGAAT GATCTCTGAT 
CAGCAAGATG GAGGAAGAGA AGTGGAAGTC TGA

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

RefSeq	XP_004917245.2
CDS	775..6807
Translation	MACDNSSDQSAPARKNPSLLEIGALCLDSEIIFGFTSHLLRRRGKVSDRLSGREVPPCPRKRLQSADEALRGSRPPPEGAGASSVSEGAVPGEWCPYCQAKLAELKKQALRLAIPGCATNPQFSALIFDKLQVPDYLQKSRNEGENRCDICATHLNQLKQEAVQMIQSFNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCNKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQSCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEQPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_004917188.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X1, mRNA.

Target ORF information:

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

XM_004917188.4

ORF Insert Sequence:

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTTTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTAAT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT CATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGCAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGCCAGTG GGTGGATCTG 
CCACCTTTGC CAGGCAATTT AAAAGAGCCA TTTGAAATCA AGGTTTACGA GATTGATGAC 
GTGGAGCGAT TACAGAAACA CAGGCAAGAG GAACCCGAGC AGCCTTTTCA AGATGTTGAA 
AAGGGCTTGA TGTACTTCAG CACCAAACTA AGTTTACTAG AAAGACGTCA GCAGAAAGTT 
AAAGACGTTA AAGCAAAGTA TGAATTACTG AAACAGGAGT TGGAGGAGAC GAAACACAGG 
TTGATGATGC ACCCACACAA GTGGAGAGGA CAATTTGAGG TGGACCCCAG TCTTGATAAG 
GAATCACAGG AGTACCTGGA GGCATTGGAA CAAGTCACCG AAGAACTTGA ACTATGTGTT 
AATGTGTGCA AGTCCCATGT TATGATGGTG ACCTGCTTTG ACATCGGAAT GATCTCTGAT 
CAGCAAGATG GAGGAAGAGA AGTGGAAGTC TGA

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

kif26a ( XM_004917189.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917246.2 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X2, mRNA.

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CloneID	OXa64088
Clone ID Related Accession (Same CDS sequence)	XM_004917189.4
Accession Version	XM_004917189.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6030bp) 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	kinesin-like protein KIF26A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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_004917189.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTTTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTAAT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT CATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGCAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGCCAGTG GGTGGATCTG 
CCACCTTTGC CAGGCAATTT AAAAGAGCCA TTTGAAATCA AGGTTTACGA GATTGATGAC 
GTGGAGCGAT TACAGAAACA CAGGCAAGAG GAACCCGAGC CTTTTCAAGA TGTTGAAAAG 
GGCTTGATGT ACTTCAGCAC CAAACTAAGT TTACTAGAAA GACGTCAGCA GAAAGTTAAA 
GACGTTAAAG CAAAGTATGA ATTACTGAAA CAGGAGTTGG AGGAGACGAA ACACAGGTTG 
ATGATGCACC CACACAAGTG GAGAGGACAA TTTGAGGTGG ACCCCAGTCT TGATAAGGAA 
TCACAGGAGT ACCTGGAGGC ATTGGAACAA GTCACCGAAG AACTTGAACT ATGTGTTAAT 
GTGTGCAAGT CCCATGTTAT GATGGTGACC TGCTTTGACA TCGGAATGAT CTCTGATCAG 
CAAGATGGAG GAAGAGAAGT GGAAGTCTGA

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

RefSeq	XP_004917246.2
CDS	775..6804
Translation	MACDNSSDQSAPARKNPSLLEIGALCLDSEIIFGFTSHLLRRRGKVSDRLSGREVPPCPRKRLQSADEALRGSRPPPEGAGASSVSEGAVPGEWCPYCQAKLAELKKQALRLAIPGCATNPQFSALIFDKLQVPDYLQKSRNEGENRCDICATHLNQLKQEAVQMIQSFNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCNKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQSCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_004917189.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X2, mRNA.

Target ORF information:

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

XM_004917189.4

ORF Insert Sequence:

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTTTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTAAT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT CATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGCAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGCCAGTG GGTGGATCTG 
CCACCTTTGC CAGGCAATTT AAAAGAGCCA TTTGAAATCA AGGTTTACGA GATTGATGAC 
GTGGAGCGAT TACAGAAACA CAGGCAAGAG GAACCCGAGC CTTTTCAAGA TGTTGAAAAG 
GGCTTGATGT ACTTCAGCAC CAAACTAAGT TTACTAGAAA GACGTCAGCA GAAAGTTAAA 
GACGTTAAAG CAAAGTATGA ATTACTGAAA CAGGAGTTGG AGGAGACGAA ACACAGGTTG 
ATGATGCACC CACACAAGTG GAGAGGACAA TTTGAGGTGG ACCCCAGTCT TGATAAGGAA 
TCACAGGAGT ACCTGGAGGC ATTGGAACAA GTCACCGAAG AACTTGAACT ATGTGTTAAT 
GTGTGCAAGT CCCATGTTAT GATGGTGACC TGCTTTGACA TCGGAATGAT CTCTGATCAG 
CAAGATGGAG GAAGAGAAGT GGAAGTCTGA

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

kif26a ( XM_004917188.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917245.1 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X1, mRNA.

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CloneID	OXa14889
Clone ID Related Accession (Same CDS sequence)	XM_004917188.3
Accession Version	XM_004917188.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6054bp) 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	kinesin-like protein KIF26A isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) 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_004917188.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTCTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTACT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT TATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGAAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGGAGAAA GGCCAACGTA 
ACTGGCCAGT GGGTGGATCT GCCACCTTTG CCAGGCAATT TAAAAGAGCC ATTTGAAATC 
AAGGTTTACG AGATTGATGA CGTGGAGCGA TTACAGAAAC ACAGGCAAGA GGAACCCGAG 
CAGCCTTTTC AAGATGTTGA AAAGGGCTTG ATGTACTTCA GCACCAAACT AAGTTTACTA 
GAAAGACGTC AGCAGAAAGT TAAAGACGTT AAAGCAAAGT ATGAATTACT GAAACAGGAG 
TTGGAGGAGA CGAAACACAG GTTGATGATG CACCCACACA AGTGGAGAGG ACAATTTGAG 
GTGGACCCCA GTCTTGATAA GGAATCACAG GAGTACCTGG AGGCATTGGA ACAAGTCACC 
GAAGAACTTG AACTATGTGT TAATGTGTGC AAGTCCCATG TTATGATGGT GACCTGCTTT 
GACATCGGAA TGATCTCTGA TCAGCAAGAT GGAGGAAGAG AAGTGGAAGT CTGA

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

RefSeq	XP_004917245.1
CDS	799..6852
Translation	MACDNSSDQSAPARKNPSLLEIGALCLDSEIIFGFTSHLLRRRGKVSDRLSGREVPPCPRKRLQSADEALRGSRPPPEGAGASSVSEGAVPGEWCPYCQAKLAELKKQALRLAIPGCATNPQFSALIFDKLQVPDYLQKSRNEGENRCDICATHLNQLKQEAVQMIQSLNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCTKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQLCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGRKANVTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEQPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_004917188.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X1, mRNA.

Target ORF information:

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

XM_004917188.3

ORF Insert Sequence:

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTCTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTACT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT TATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGAAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGGAGAAA GGCCAACGTA 
ACTGGCCAGT GGGTGGATCT GCCACCTTTG CCAGGCAATT TAAAAGAGCC ATTTGAAATC 
AAGGTTTACG AGATTGATGA CGTGGAGCGA TTACAGAAAC ACAGGCAAGA GGAACCCGAG 
CAGCCTTTTC AAGATGTTGA AAAGGGCTTG ATGTACTTCA GCACCAAACT AAGTTTACTA 
GAAAGACGTC AGCAGAAAGT TAAAGACGTT AAAGCAAAGT ATGAATTACT GAAACAGGAG 
TTGGAGGAGA CGAAACACAG GTTGATGATG CACCCACACA AGTGGAGAGG ACAATTTGAG 
GTGGACCCCA GTCTTGATAA GGAATCACAG GAGTACCTGG AGGCATTGGA ACAAGTCACC 
GAAGAACTTG AACTATGTGT TAATGTGTGC AAGTCCCATG TTATGATGGT GACCTGCTTT 
GACATCGGAA TGATCTCTGA TCAGCAAGAT GGAGGAAGAG AAGTGGAAGT CTGA

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

kif26a ( XM_004917189.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004917246.1 Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X2, mRNA.

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CloneID	OXa14890
Clone ID Related Accession (Same CDS sequence)	XM_004917189.3
Accession Version	XM_004917189.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6051bp) 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	kinesin-like protein KIF26A isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) 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_004917189.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTCTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTACT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT TATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGAAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGGAGAAA GGCCAACGTA 
ACTGGCCAGT GGGTGGATCT GCCACCTTTG CCAGGCAATT TAAAAGAGCC ATTTGAAATC 
AAGGTTTACG AGATTGATGA CGTGGAGCGA TTACAGAAAC ACAGGCAAGA GGAACCCGAG 
CCTTTTCAAG ATGTTGAAAA GGGCTTGATG TACTTCAGCA CCAAACTAAG TTTACTAGAA 
AGACGTCAGC AGAAAGTTAA AGACGTTAAA GCAAAGTATG AATTACTGAA ACAGGAGTTG 
GAGGAGACGA AACACAGGTT GATGATGCAC CCACACAAGT GGAGAGGACA ATTTGAGGTG 
GACCCCAGTC TTGATAAGGA ATCACAGGAG TACCTGGAGG CATTGGAACA AGTCACCGAA 
GAACTTGAAC TATGTGTTAA TGTGTGCAAG TCCCATGTTA TGATGGTGAC CTGCTTTGAC 
ATCGGAATGA TCTCTGATCA GCAAGATGGA GGAAGAGAAG TGGAAGTCTG A

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

RefSeq	XP_004917246.1
CDS	798..6848
Translation	MACDNSSDQSAPARKNPSLLEIGALCLDSEIIFGFTSHLLRRRGKVSDRLSGREVPPCPRKRLQSADEALRGSRPPPEGAGASSVSEGAVPGEWCPYCQAKLAELKKQALRLAIPGCATNPQFSALIFDKLQVPDYLQKSRNEGENRCDICATHLNQLKQEAVQMIQSLNQAGCSEILDRPPSSVPVASVIPRLSPQNMITVSPQKELLMIAGQVGRPSGKSTNLFHGTEKKKGLGWGQGGSSLPNSSVQVTVAPSSLGGALSSVTIQAQQYLEGMWSISRVNSFLPSACLPDAPSMDGGRENQNTEISSGPSNNQQSVTGSTQSFFAPAGAESAGTSAAASFFIRAAQKLNLSSKRKKYHPPLPHSQEYSTYSTNFSGILQLCPPPAPPCLMRAVSKIKDNPGIGKVKIMVRICPFQGPQNTSESMSFLKVDPRKKQVTLYDPSTCGPSVSVHRRAVVAVPKMFAFDSVFPQDASQAEVCSGTVAEVIQSVVNGADGCIFCFGHVRLGKSYTMIGKDASTQSLGIIPCAISWLFKLINERKEKTGTRFSIRVSAVEIFGKDENLKDLLAEEATGSLQDGQSPGVYLREDPICGTQLQNQSELRAPTAEKAAHFLDAALAARSTSRPDCDEEERRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCEKVLSKSRDGCGGLCLSLTALGNVILALVNGAKHIPYRDSKLTMLLQESLGNINCRTTMIAHISDSPANYQETLSTVQLASRIHRMKKKKSKYASSSSGGESSCEEGRVRRPPHIRPFHQRTVVLDPDFPTLGFHSDPDYSSSSEQSCDTVIYVGPNGAALSDKELTDNEGPPEFVPIIPSLLKKRSKDNLSSIRSSDNDHLKCNTFAELQERLECIDGSEEPARFLIEEPVAAHCTKAMNYEDNVHSTKEKTLLSGICKRPGFQDMVSPKKGQNIIISTAFPPNISDSETNAPQSAHEHPQQHAKAENVKPECISDGNQVTIMDLQKTLAPSVCKAQEIPKGATEISVKEKALMARRHLPSPAPPPGSQLCSSNNVGVRTPPIGMSKLKCQDKHKLVSSTLPVGISTPKQPGPIEVRRFRSAVKTNGFDRDILTTTVTLQKPVELNGEDELVFTVVEELSIGGILDNGRPSSIISFNSDCSLQALASGSRPVSIISSINDEFDAYTSQVATAGVNIDIVVPLAEDQCTISSRRSSISSWLSEVSICTIKSDRAQTYNSIVPHSSHKSDELSECLNMGSEKNTDQISQSLKSSLNDSGFCFSELESESMSSSPLFSSNEKSFKISELTKASQVAHSASNKSSSIRGTISFETIHSSLPRKHNTTSVTTHGHAANSKEQVFSDPWFVRADTSLEGMSDNQALSTKSSISGTDNQLKQGLKSAQNISSASKPLKSQTLACSQRVVDGCEVDAKSAPKKTEPLTKVPQLRRGATTLGVVTTYNSQTDYASKGISDGSLKSSGGKKNLMQKSSMLPRPGGTVPPAPPVRKSSLDQKNVPLHASKLDGLEGNCSEEEAEKHCSNTIFCKGDNSLPKTASSLKAKVNKNESVQRYGSHMSLERCDSVTSIGSKTNGTRDNSNSCINKVGRAVPKLGNPIGSSTNTSSPTCSAAAKTNQAKSSLTQKATNLNKNRSLSTNGSKSLSSSVKSLNQPSGKNSGIPPSGKAGSRPVQCMSTKPARGTIMGTKQALRAANNRVNELASGSSGKMNHFRGSTDSDSGNDSGINLSDEKLQTPVLPSPYSKITAPRRPQRYSSGHGSDNSSVLSGELPPAMGRTALFYHSGGSSGYESMIRDSEATGSASSAHDSMSESGMSSSGRMRSLKSPKKRGLQRRRLVPTPLPETATTGRKANVTGQWVDLPPLPGNLKEPFEIKVYEIDDVERLQKHRQEEPEPFQDVEKGLMYFSTKLSLLERRQQKVKDVKAKYELLKQELEETKHRLMMHPHKWRGQFEVDPSLDKESQEYLEALEQVTEELELCVNVCKSHVMMVTCFDIGMISDQQDGGREVEV

Target ORF information:

RefSeq Version	XM_004917189.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis kinesin family member 26A (kif26a), transcript variant X2, mRNA.

Target ORF information:

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

XM_004917189.3

ORF Insert Sequence:

ATGGCTTGTG ATAATTCATC CGATCAGTCT GCCCCGGCAA GGAAAAACCC CAGCCTGTTG 
GAGATAGGGG CACTGTGCCT GGACTCAGAG ATCATTTTCG GATTTACCAG TCATCTCTTG 
AGGAGAAGAG GCAAGGTCTC AGACAGACTG TCCGGCCGGG AGGTACCACC GTGCCCAAGG 
AAGAGGCTAC AGTCCGCGGA TGAGGCTCTG AGAGGCAGTC GGCCGCCTCC GGAGGGAGCA 
GGGGCATCCT CTGTATCGGA GGGGGCAGTG CCCGGGGAAT GGTGCCCATA TTGCCAGGCA 
AAGCTGGCTG AGTTGAAGAA ACAAGCTCTG AGACTGGCGA TACCCGGCTG TGCCACAAAT 
CCGCAATTTT CAGCTTTAAT TTTTGACAAG CTTCAAGTGC CTGACTATTT GCAAAAAAGC 
AGGAATGAAG GAGAGAACAG GTGTGACATC TGTGCAACTC ACCTGAATCA GTTAAAGCAG 
GAGGCAGTGC AAATGATCCA ATCTCTTAAT CAAGCTGGCT GCTCGGAAAT ACTTGATCGC 
CCTCCAAGTT CTGTGCCTGT GGCTAGTGTC ATTCCCAGGC TGTCTCCTCA AAACATGATC 
ACTGTTTCAC CCCAGAAAGA GCTTCTTATG ATTGCAGGGC AAGTGGGGAG ACCTTCTGGA 
AAATCAACCA ACCTTTTCCA TGGGACAGAG AAGAAGAAAG GACTTGGATG GGGGCAAGGA 
GGTAGCAGCT TGCCTAACTC CAGTGTTCAA GTTACAGTGG CTCCAAGCAG CCTTGGTGGA 
GCACTGAGTT CAGTAACTAT TCAGGCACAA CAATACCTGG AGGGCATGTG GAGCATTTCT 
AGAGTAAATA GCTTTCTACC GTCAGCCTGC CTACCTGATG CCCCATCCAT GGATGGAGGA 
AGGGAAAACC AGAACACTGA AATATCTTCA GGCCCCAGCA ACAACCAGCA GTCTGTGACA 
GGAAGCACCC AGAGTTTCTT TGCACCCGCA GGAGCAGAGT CTGCTGGGAC CTCTGCTGCA 
GCCTCTTTCT TTATCAGAGC AGCACAGAAG CTCAACTTGT CCTCAAAGCG AAAGAAGTAT 
CATCCTCCTC TTCCTCACTC GCAAGAGTAT TCCACATACT CCACCAACTT CAGTGGCATC 
CTTCAGCTAT GTCCACCACC TGCACCTCCA TGTTTAATGA GAGCTGTGTC AAAAATCAAG 
GACAACCCAG GCATTGGAAA GGTGAAAATA ATGGTGAGAA TCTGCCCATT CCAAGGACCT 
CAAAATACAT CTGAATCGAT GTCCTTCCTG AAAGTGGATC CACGGAAAAA GCAAGTGACA 
CTATATGATC CATCTACTTG TGGCCCATCT GTCTCCGTTC ATAGAAGAGC AGTGGTTGCT 
GTTCCAAAGA TGTTTGCCTT TGATTCAGTG TTTCCACAAG ATGCTTCTCA GGCCGAGGTC 
TGCTCTGGAA CAGTTGCCGA AGTAATCCAG TCTGTTGTGA ATGGTGCAGA TGGATGTATA 
TTTTGCTTTG GTCACGTCAG GCTTGGTAAA TCCTACACCA TGATTGGCAA AGATGCCTCT 
ACACAAAGCC TTGGCATCAT CCCATGTGCA ATCTCCTGGC TTTTCAAACT AATCAATGAA 
CGGAAAGAGA AAACTGGAAC TCGCTTCTCT ATTCGAGTAT CTGCTGTTGA GATTTTCGGC 
AAAGATGAAA ACCTGAAGGA TTTGTTAGCC GAGGAAGCCA CGGGGAGTCT TCAAGATGGC 
CAGTCCCCTG GGGTCTATCT GCGAGAAGAT CCGATCTGCG GAACTCAGCT TCAAAACCAG 
AGTGAGCTGA GAGCCCCTAC AGCAGAGAAA GCGGCTCACT TCCTCGATGC AGCACTTGCG 
GCCAGGAGCA CTAGTCGACC AGACTGTGAT GAAGAAGAAA GAAGGAACTC ACATATGCTT 
TTCACTCTTC ATATATATCA GTATCGCATG GAAAAGAGTG GAAAGGGAGG AATGTCAGGA 
GGAAGGAGCA GACTGCACCT TATTGATCTG GGCAGCTGTG AAAAAGTGCT GAGCAAAAGC 
CGTGATGGAT GTGGGGGTCT CTGTCTGTCA CTGACTGCAC TGGGAAATGT CATTTTGGCT 
CTAGTCAATG GAGCAAAACA CATACCATAT AGGGATAGCA AATTGACCAT GCTCTTGCAA 
GAATCTCTGG GGAATATCAA CTGCAGGACT ACCATGATTG CTCACATCTC AGATTCGCCA 
GCAAATTACC AGGAAACCCT TAGCACTGTT CAGCTTGCTT CTCGCATTCA CCGAATGAAA 
AAGAAGAAAT CCAAGTATGC CTCCAGCTCG TCCGGGGGAG AAAGCTCTTG TGAAGAAGGC 
CGCGTTAGAA GACCCCCTCA CATACGGCCT TTCCACCAAA GAACAGTTGT ACTTGACCCG 
GATTTTCCAA CTCTGGGATT TCACAGTGAT CCTGATTATT CCTCGAGCAG TGAACAGTCG 
TGTGACACTG TGATATATGT TGGGCCAAAT GGCGCTGCTT TATCGGACAA AGAACTGACT 
GACAATGAGG GGCCTCCTGA ATTTGTTCCC ATAATACCTT CACTCCTCAA GAAGAGAAGT 
AAAGATAATT TGTCTAGTAT CAGAAGTTCT GATAACGATC ATTTAAAATG CAACACATTT 
GCTGAACTGC AAGAGAGGTT AGAGTGTATT GACGGAAGTG AGGAACCTGC TAGGTTTCTT 
ATTGAAGAAC CTGTTGCAGC ACATTGTACT AAAGCCATGA ACTATGAAGA CAATGTACAT 
TCAACAAAGG AAAAAACATT ACTTTCTGGA ATTTGTAAAA GACCTGGTTT TCAAGATATG 
GTTTCACCTA AAAAAGGGCA AAACATTATT ATTTCAACTG CTTTTCCGCC AAATATTTCA 
GATTCTGAAA CAAATGCACC TCAGTCTGCA CATGAACACC CTCAACAACA TGCCAAAGCT 
GAAAATGTAA AGCCGGAATG CATCTCAGAT GGAAACCAAG TGACAATCAT GGATTTACAA 
AAAACTTTAG CACCTAGTGT GTGTAAGGCA CAGGAAATAC CAAAAGGAGC CACAGAAATA 
TCTGTAAAAG AAAAAGCCCT TATGGCAAGA AGACATCTTC CCAGCCCAGC TCCACCTCCT 
GGTTCTCAGT TATGTAGCAG TAATAATGTT GGGGTCAGAA CTCCTCCGAT CGGAATGAGC 
AAATTGAAAT GCCAAGATAA GCACAAGTTA GTCAGCAGCA CATTACCAGT TGGCATCAGC 
ACGCCTAAGC AGCCTGGCCC AATAGAGGTT CGTAGGTTTC GATCAGCTGT AAAAACAAAT 
GGTTTTGACC GAGACATATT AACCACTACA GTGACATTGC AGAAGCCAGT AGAACTCAAT 
GGAGAAGATG AACTTGTATT CACTGTTGTA GAAGAGTTGT CTATTGGAGG CATTCTTGAC 
AATGGCAGAC CTTCCAGTAT CATTAGCTTT AACAGTGACT GTTCACTACA AGCCCTTGCC 
TCTGGCTCTA GACCAGTTAG CATTATCAGC AGTATTAATG ATGAATTTGA TGCATATACT 
TCACAGGTCG CAACTGCTGG TGTAAATATT GACATTGTGG TTCCATTGGC GGAGGATCAA 
TGCACTATTA GCAGCAGACG TTCATCTATT AGTTCCTGGC TTAGTGAAGT AAGCATTTGT 
ACAATTAAAA GTGATAGAGC TCAGACCTAC AACAGTATTG TTCCTCACTC TTCTCACAAA 
TCTGATGAGC TTTCAGAGTG TTTAAATATG GGTTCAGAAA AAAATACTGA TCAAATAAGT 
CAAAGCTTGA AAAGTTCTTT GAATGACAGT GGCTTCTGCT TTTCAGAACT GGAGAGTGAA 
AGTATGAGTT CAAGTCCTTT ATTTTCCAGC AATGAAAAAA GCTTCAAAAT CTCTGAGCTC 
ACCAAAGCCA GTCAAGTTGC TCATTCTGCA AGTAACAAAT CTAGTAGCAT CCGGGGTACA 
ATATCGTTTG AGACCATCCA TTCCAGTCTT CCTCGGAAAC ATAATACTAC CTCAGTCACC 
ACACACGGTC ATGCAGCGAA TTCCAAGGAA CAAGTATTTA GTGACCCATG GTTTGTGAGA 
GCAGATACTT CCTTGGAAGG AATGTCTGAT AATCAGGCAC TGTCTACAAA ATCTTCCATT 
TCTGGTACAG ACAATCAGCT AAAACAGGGC TTAAAATCTG CACAAAATAT TAGCTCTGCA 
TCCAAACCCC TGAAATCACA GACATTAGCA TGCTCTCAGC GTGTTGTTGA TGGATGTGAA 
GTGGATGCAA AATCGGCCCC CAAAAAGACT GAGCCTTTAA CTAAAGTGCC GCAACTTAGA 
AGAGGGGCCA CAACACTGGG AGTAGTAACT ACATACAATT CCCAAACAGA TTATGCATCC 
AAAGGCATTT CAGATGGAAG TCTGAAATCT TCAGGTGGAA AAAAGAATTT AATGCAAAAA 
TCCAGCATGT TGCCCAGGCC TGGTGGGACT GTCCCTCCAG CACCTCCTGT ACGGAAATCA 
AGCTTGGATC AGAAAAACGT ACCTCTGCAT GCAAGTAAAT TAGATGGATT AGAGGGAAAC 
TGTTCTGAAG AAGAAGCAGA AAAACATTGT AGCAACACAA TATTTTGCAA AGGGGACAAT 
TCATTGCCTA AAACAGCATC AAGCTTAAAG GCTAAAGTGA ACAAAAATGA ATCTGTTCAG 
CGCTATGGGA GCCATATGTC TCTTGAAAGA TGTGATAGCG TAACATCTAT TGGCTCAAAA 
ACAAATGGGA CTCGTGATAA TAGCAACTCT TGCATTAACA AGGTAGGAAG AGCAGTTCCT 
AAGCTTGGAA ATCCTATTGG CTCTTCTACT AATACCTCTT CTCCAACATG TTCAGCAGCT 
GCCAAAACTA ATCAGGCCAA AAGTTCTCTG ACTCAGAAAG CAACAAATTT AAACAAAAAC 
CGCAGCCTGT CCACAAATGG TTCAAAATCT CTCAGTTCCT CTGTTAAGTC ACTGAACCAA 
CCTAGTGGGA AAAATTCTGG TATTCCACCA AGTGGAAAGG CAGGTTCACG ACCAGTTCAG 
TGCATGTCTA CCAAGCCTGC AAGGGGGACA ATTATGGGGA CTAAGCAAGC ACTGCGGGCA 
GCCAATAATA GGGTCAATGA ATTGGCCTCT GGAAGCTCTG GAAAAATGAA TCATTTTAGA 
GGATCTACAG ACTCTGATAG TGGAAACGAC AGTGGTATAA ACCTGAGTGA TGAAAAGTTG 
CAGACTCCAG TTCTACCCTC ACCTTATAGC AAAATTACGG CACCAAGGCG ACCTCAAAGA 
TATAGCAGTG GGCATGGCAG CGACAACAGT AGTGTTCTGA GTGGTGAGTT ACCACCTGCT 
ATGGGGAGGA CAGCTCTGTT TTATCACAGT GGTGGCAGCA GTGGGTATGA AAGCATGATT 
CGGGACAGCG AAGCCACTGG AAGTGCATCC TCTGCGCATG ATTCCATGAG TGAAAGTGGA 
ATGTCATCAT CTGGACGAAT GAGAAGCTTA AAATCCCCAA AGAAAAGAGG TCTTCAGCGT 
CGGAGACTTG TACCAACTCC ATTACCAGAA ACAGCAACAA CTGGGAGAAA GGCCAACGTA 
ACTGGCCAGT GGGTGGATCT GCCACCTTTG CCAGGCAATT TAAAAGAGCC ATTTGAAATC 
AAGGTTTACG AGATTGATGA CGTGGAGCGA TTACAGAAAC ACAGGCAAGA GGAACCCGAG 
CCTTTTCAAG ATGTTGAAAA GGGCTTGATG TACTTCAGCA CCAAACTAAG TTTACTAGAA 
AGACGTCAGC AGAAAGTTAA AGACGTTAAA GCAAAGTATG AATTACTGAA ACAGGAGTTG 
GAGGAGACGA AACACAGGTT GATGATGCAC CCACACAAGT GGAGAGGACA ATTTGAGGTG 
GACCCCAGTC TTGATAAGGA ATCACAGGAG TACCTGGAGG CATTGGAACA AGTCACCGAA 
GAACTTGAAC TATGTGTTAA TGTGTGCAAG TCCCATGTTA TGATGGTGAC CTGCTTTGAC 
ATCGGAATGA TCTCTGATCA GCAAGATGGA GGAAGAGAAG TGGAAGTCTG A

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

PubMed

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kif26a cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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