Kif26b cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Kif26b
Entrez Gene ID	305012
Full Name	kinesin family member 26B
Synonyms	RGD1560022,RGD1560572
General protein information	Preferred Names kinesin family member 26B Names kinesin-like protein KIF26B
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 13 Map Location: 13q26

mRNA and Protein(s)

mRNA	Protein	Name
NM_001109079.2	NP_001102549.2	kinesin-like protein KIF26B

Pathways from BioSystems

Homologies

Mus musculus (house mouse)	Kif26b	NP_001155137.1
Homo sapiens (human)	KIF26B	NP_060482.2
Xenopus tropicalis (tropical clawed frog)	kif26b	XP_002931555.2
Pan troglodytes (chimpanzee)	KIF26B	XP_514315.2
Canis lupus familiaris (dog)	KIF26B	XP_547500.3
Bos taurus (cattle)	KIF26B	XP_005216931.1
Gallus gallus (chicken)	KIF26B	XP_003641032.1
Danio rerio (zebrafish)	kif26ba	XP_698032.5
Rattus norvegicus (Norway rat)	Kif26b	NP_001102549.2

Gene Ontology
Bibliography

Related articles in PubMed

Kif26b, a kinesin family gene, regulates adhesion of the embryonic kidney mesenchyme.
Uchiyama Y, Sakaguchi M, Terabayashi T, Inenaga T, Inoue S, Kobayashi C, Oshima N, Kiyonari H, Nakagata N, Sato Y, Sekiguchi K, Miki H, Araki E, Fujimura S, Tanaka SS, Nishinakamura R
Proceedings of the National Academy of Sciences of the United States of America107(20)9240-5(2010 May)

An enhancer-trap LacZ transgene reveals a distinct expression pattern of Kinesin family 26B in mouse embryos.
Marikawa Y, Fujita TC, Alarc?n VB
Development genes and evolution214(2)64-71(2004 Feb)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Expression analysis of a related gene in mouse.
Title: An enhancer-trap LacZ transgene reveals a distinct expression pattern of Kinesin family 26B in mouse embryos.

The following Kif26b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Kif26b 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)	Select
ORa08961	NM_001109079.2 Latest version!	Rattus norvegicus kinesin family member 26B (Kif26b), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00

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

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

Reference Sequences (Refseq)

Kif26b ( NM_001109079.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001102549.2 Rattus norvegicus kinesin family member 26B (Kif26b), mRNA.

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CloneID	ORa08961
Clone ID Related Accession (Same CDS sequence)	NM_001109079.2
Accession Version	NM_001109079.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6357bp) 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	2018-05-27
Organism	Rattus norvegicus(Norway rat)
Product	kinesin-like protein KIF26B
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AABR07021892.1, AABR07021891.1, AABR07021890.1, AABR07021889.1 and BF408210.1. On Jun 9, 2009 this sequence version replaced NM_001109079.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single rat transcript was available for the full length of the gene. The full-length splice pattern of this transcript record is supported by orthologous transcript alignments from human. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMD00052297, SAMEA2689599 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAATTCGG TAGCTGGAAA TAAAGAGAGG CTCGCGGTCT CCACCAGGGG CAAGAAATAC 
GGGGTGAATG AAATGTGCTC GCCCACCAAG CCCTCTGCGC CCTTCTCTCC TGAGAGCTGG 
TACCGCAAGG CTTACGAGGA GTCGCGCGCC GGGAGCCGAC CCACCCCGGA GGGAGCAGGT 
TCTGCGCTGG GCTCTTCGGG TACTCCGTCC CCGGGTTCGG GCACTTCGTC CCCGAGCTCC 
TTCACCGGCT CTCCAGGACC GGCGTCTCCG GGCATCGGTA CCAGCTCGCC GGGCTCCCTG 
GGCGGCTCGC CGGGCTTCGG CACCGGCTCC CCTGGCTCGG GCAGCGGCGG CGGCTCCTCC 
CCCGGCTCCG ACCGGGGCGT CTGGTGCGAG AACTGTAACG CCCGCTTGGT GGAGCTGAAG 
AGGCAGGCTC TCAAGCTGCT GCTGCCGGGA CCCCTCCCGG GCAAGGACCC CGCTTTCTCT 
GCTGTGATTC ATGACAAACT CCAGGTCCCT AATACCATCA GGAAGTCGTG GAATGACCGA 
GACAACCGCT GTGACATTTG TGCCACACAC CTGAACCAGC TGAAACAGGA AGCCATCCAA 
ATGGTGCTGA CCTTGGAGCA GGCAGCTGGC AGTGAGCACT ATGATGCCTC TCCGGGCTCA 
CCCCCTGCCA TCAACAGCAT TCCCGCGCTG GTGGGGTCCC GGCACATGGG TGGGCTCCAG 
CAACCCAGGG AGTGGGCCTT TGTGCCTGCC CCCTATGCCA CCTCTACCTA CACAGGCCTT 
GTCAACAAAC ACAGTGGCAA ACCCAACAGC CTTGGGGTCA GCAACGGAGC AGAAAAGAAG 
AGTGGATCCC CAACCCACCA GGCCAAGGTC AGCCTCCAGA TGGCCACCAG TCCCAGCAAT 
GGAAACACCC TTAACTCGGT GGCCATTCAG GCTCATCAAT ATCTGGACGG AACCTGGTCC 
CTTTCAAGAA CCAATGGGGT TACCCTGTAC CCCTACCAGA TCTCCCAGCT GATGACAGAG 
ACCGGCCGTG AGGGACTGAC AGAGTCAGCG CTCAACCGTT ACAATGCTGA CAAGCCTGCA 
GCCAGCAGTG TCCCAGCCCC ACAGGGTTCC TGTGTGGCCA GTGAGACTTC CACAGGGACC 
TCGGTGGCCG CTTCCTTCTT CGCACGAGCT GCCCAGAAGT TAAATCTGTC ATCTAAGAAG 
AAGAAACACC GGCCGTCGAC CCCGTCTGTT GCGGAGGCTC CCCTCTTTGC CACCAGCTTC 
AGTGGGATCC TGCAGGCCTC ACCTCCCCCG GCCCCGCCCT GTCTCCTGAG GGCTGTCAAC 
AAGGTGAAGG ACACTCCTGG CATGGGCAAG GTGAAAGTCA TGCTGCGTAT CTGTTCCGCG 
TCGGCCCGAG ACACCTCAGA ATCCAGCTCT TTCCTGAAGG TGGATCCACG GAAGAAGCAG 
ATCACCTTGT ACGACCCCCT GACCTGTGGA GGTCACAATG CCTTCCAAAA AAGAAGCAGC 
CAGGTCCCTC CCAAGATGTT TGCCTTCGAT GCGGTTTTCC CACAAGATGC TTCTCAGGCT 
GAAGTTTGTG CTGGAACCGT GGCCGAAGTC ATTCAGTCTG TGGTGAACGG GGCAGATGGC 
TGTGTGTTCT GTTTTGGCCA TGCCAAGCTG GGGAAATCCT ACACCATGAT CGGAAGGGAT 
GACTCTATGC AGAACCTGGG AATTATTCCA TGTGCTATTT CTTGGCTGTT CAAGCTCATC 
AATGAACGCA AAGAAAAGAC AGGGGCCCGA TTCTCAGTCC GGATCTCAGC CGTTGAGGTG 
TGGGGGAAAG AGGAGAACCT TCGAGACCTG CTATCTGAAG TGGCCACAGG CAGCCTACAG 
GACGGGCAGT CCCCGGGCGT GTACCTCTGC GAGGACCCCA TCTGTGGCAC ACAGCTGCAG 
AACCAGAGTG AGCTGCGAGC CCCAACCGCA GAGAAAGCTG CCTTTTTCCT GGACGCTGCC 
ATTGCCTCGA GGCGAAGCAA CCAACAGGAT TGCGACGAGG ATGACCACCG CAACTCCCAC 
ATGCTCTTCA CCCTGCACAT CTACCAGTAC CGGATGGAGA AGAGCGGGAA GGGCGGAATG 
TCTGGGGGTC GCAGCCGACT GCATCTCATC GACCTCGGCA GTTGTGTGAA AGCTCTCAGC 
AAAAACAGAG AAGGAGGCTC GGGGCTGTGC CTCTCACTGT CTGCCCTGGG CAACGTCATC 
CTGGCTTTGG TCAATGGGAG CAAACACATC CCATACAAGG AGAGCAAGCT CACCATGCTT 
CTGAGGGAGT CTCTGGGGAA CGTGAACTGT CGCACCACCA TGATCGCACA CATCTCGGCC 
GCGGCCGGCA GCTACGCGGA GACCCTGTCC ACCATCCAGA TCGCATCAAG AGTCTTAAGG 
ATGAAGAAGA AGAAGACTAA GTACACATCC AGCTCCTCTG GGGGAGAAAG CTCCTGCGAG 
GAGGGCAGGA TGCGCAGGCC CACCCAGCTG AGACCCTTCC ATGCCCGGGC TCCAGTGGAT 
CCAGAATTCC CCCTCGCCCC ACTGTCCAGT GATCCCGACT ACTCCTCCAG CAGTGAGCAG 
TCCTGTGACA CCGTCATCTA CATCGGGCCC AACGGCACAG CCCTGTCCGA CAAGGAACTT 
ACTGACAACG AGGGCCCCCC AGACTTTGTG CCCATTGTGC CGGCCCTACA GAAGACCAGA 
GGTGACAGCC GGCCCGGGGA GGCAGCAGAG TCTGCGGCCA GCAAGTCAGA AAGGGACTGC 
CTGAAGTGCA ATACGTTTGC CGAGCTACAG GAGAGACTGG ATTGCATAGA CGGCAGTGAA 
GAACCCAACC GATTTCCCTT CGAAGAGCTG CCCGTTCAGT TTGGGCCAGA GCAGGCTGGC 
AGATGTACTT CTTTAAGCCA AGCAGCGGGC CCAGATACAC TCTCTGAGTC TGATAAGGAA 
GATAACGGGT CAGACAATGG CCAGTTGACC GAGAGGGAAG GCTCAGAGCT TCCAACCTCC 
AAGGTGCAGC CGATTCGGTC GCCTGGGCCT ACAGTGACAG GCAGCAGCAG CCCCAGTCCA 
GCCTCACCAC GGAGCATCCC AGGCAGCAGT AGCCAGCACA GTACCTCCCA GCTCACACAG 
AGCCCCAGTC TCCAGAGCAG CCGGGAGAGT CTGGACTCGT GCGGCTTTGT GGAGGGCAAG 
CCCAGACCCA TGGGCTCCCC GAGGTTAGGC ATTGCCAGTC TATCCAAGAC CTCAGAGTAC 
AAACCTCCCA GCTCTCCCTC TCAGAGGTGC AAAGTCTACA CCCAGAAGGG GGTCCTGCCC 
TCCTCTGCCC CACCACCTTC CCTGAGCAAG GACTCTGGCA TGGTCTCCAG CGAGTCCTTG 
CTTCAGCCTG ATGTGCGTAC TCCCCCGGTT GGAATGAGTC CCCAGGTTGT GAAGAAATCC 
ATGTCCGCTG GGAGTGAAGG GTTTCCCGAA CCCCTAGTTG GAGGAGAGCA CCAGGGAGGC 
CCTCCTGCAG ACTCAAAGAA GGAGATTCTG AGTACCACCA TGGTGACCGT GCAACAGCCT 
CTGGAGCTGA ACGGAGAGGA CGAGCTGGTC TTCACACTCG TGGAGGAGCT GACCATCAGC 
GGGGTACTCG ACAGCGGGCG CCCCACCAGC ATCGTCAGCT TCAACAGCGA CTGCTCCGTG 
CAGGCCCTGG CCTCAGGCTC CCGGCCCGTC AGCATCATCA GCAGCATCAG TGAGGATCTG 
GACTGCTACT CCAGCATGGC CCCCGTCTCG GAGGTGAGCA TCACACAGTT CCTGCCGCTC 
CCCAAGCTGG GCCTGGAGGA GAAGGCTCAG GAAGCAGGTA GCCGGCGTTC CTCCATCAGC 
TCGTGGCTGA GCGAGATGAG CGCGGGCAGT GACGGAGAGC AGTCGTGCCA CAGCTTCATA 
GCACAGACGT GCTTCGGGCA CGGGGAAGCC ATGGCTGAAC CGCCCCCAGC CTCTGAGTTT 
GTCAGAGGCA TCCAGAACGC GGCGCCGGCG GCAGCGACAG CGGCAGTGGT GTGCAGAGAG 
AAGACCGAGG TGGGCCCTGA CAACCTGCTC ATCCTGTCTG AGATGGGGGA AGAGTCTGTT 
AACCAAGCCA CTCCCATCAA AGGCTGCAAA ATCTCTACCG TGGGCAAGGC CATGGTCACC 
ATCTCTAACA CTGCCAGTCT GAGCAGCTGC GAGGGGTATA TCCCCATGAA GACCAACATC 
ACGGTTTACC CCTGCATTGC CATGAGCCCC AGAAACGTGC AAGAGCCTGA GCCCTCCACT 
GCCGCTCCAA AGGCAAGCCC CAAAACATCT CAGTTCCAGG AGAGCAAGGA AACCAGTACA 
AGGAGGGAGA TGAAATTTGA GGATCCCTGG CTTAAACGAG AAGAGGAAGT GAAAAGGGAG 
AACACTTACT CAAGCGAGGA AGGGGTGAAG TGTGAGACAA GCTCCCCGAA GACTGAAGGT 
AAGTCAGAGC AAGAACTGGA TAGCAGGCCT GGCTCAGGCA ACAGGCTAAG CAGCAGCAGC 
TTGGAGGCAG CCACCTTTCA AGTGACCGAC AACATTAGGA GGGTTGTGGA TGGCTGTGAG 
ATGGCCCTGC CTGGCTCGGT GGCCCAGAGT CCCCTCCATG CCAACAGAAA CCTAAAGTCA 
AGCAGCCTCC CAAGGGCATT TCAGAAAGCC GACAGGCACG AGGAGCTGGA CAGCTTCTAC 
CATTGCTTGG CAGACAGCAA TGGCTTCAGT GCTGTCCCGG GCATCCAGTC CTCGAAGACA 
ACCCTGGAGA GGAAAGTAGC TTCACCCAAG CATTGTGTCC TGGCAAGACC CAAAGGGACC 
CCGCCTCTGC CTCCTGTCCG CAAGTCTAGC TTGGACCAGA AGAACAGGGC CAGCCCTCAA 
CACAGTGCTG GTGGCAGCAG CACCAGCAGC CCCCTGAACC AGCCAGCTAC CTTCTTGGCT 
TGCTTCCCTG AGGAGTCCAA CAGCAAGACT AAGGATGCCA GTAGCAGCAG TAAGCTCTTC 
AGCGCCAAGC TGGAGCAGCT GGCCAGCAGA ACCAACTCTC TTGGCAGGAC AACAGTCAGC 
CACTATGAAT GCTTGTCGTT GGAGAGGGCC GAAAGCCTGT CGTCCGTAAG CTCCCGCATG 
CATGCCAGCA AAGACAGTAC CATGCCCCGC ACTGGCAGGA GCCTGGGTCG CAGCACAGGA 
GCCTCGCCAC CCAGCTGTGG CATCACCCAG TCTGCAGGGG CCTCTCCCAA AGCCAGCCAG 
TCTAAGATCT CAGCGGTGAG CAAACTCCTG CTGGCCAGCC CTAAATCCCG CAGCAGCCTG 
TCCACCTCGA CCACCAAAAC CCTCAGCTTC TCCACCAAGT CCCTGCCGCA GTCTGTGGGC 
CAGAGCTCCA ACCTACCGCC CAGCGGGAAA CACATGTCCT GGTCCACGCA GTCGCTCAGC 
AGGAACCGGG GCTCTGGGCT GGCTTCCAAA CTGCCTTTAA GAGCCGTCAA TGGGCGCATC 
TCGGAACTGC TCCAGGGCAG TGCGGGCCCG AGGGGTGCAC AGCTTCGGGC AGAGGCGGAG 
GAGCGCAGTG GGGCCCCCAC GGAGGAAAAG CCCGCAGCCG CCCACCTGCT GCCCTCGCCC 
TACAGCAAGA TCACCCCTCC GAGGAAGCCG CACCGCTGCA GCAGTGGGCA CGGTAGTGAT 
AACAGCAGCG TCCTGAGCGG GGAGCTGCCC CCTGCCATGG GGAAGACTGC CCTGTTCTAC 
CACAGCGGCG GCAGCAGTGG CTATGAGAGC ATGATGAGAG ACAGCGAGGC CACCGGCAGC 
GCATCCTCGG CCCAGGACTC CATGAGCGAG AACAGCAGCT CCGTGGGAGG GAGGTGCAGG 
AGCCTCAAGA CCCCAAAGAA GCGGTCCAAT TCAGGTTCCC AGAGACGGAG GCTCATTCCA 
GCATTGTCTC TTGATACCCC CTCGCCTGTG AGAAAAACAG CCAGCAGCAC AGGGGTCCGC 
TGGGTGGACG GCCCCTTGAG GAGCACCCAG AGGAGCCTTG GGGAACCATT TGAGATCAAA 
GTCTATGAGA TTGATGACGT TGAGCGTCTA CAGCGACGTC GGGGAGCTAC CAGCAAGGAG 
GTCATGTGCT TCAATGCCAA GCTGAAAATC CTAGAACATC GGCAGCAGAG AATCGCTGAG 
GTCCGAGCCA AGTACGAGTG GCTGATGAAA GAGCTGGAGG CGACCAAACA GTACCTGATG 
CTGGACCCCA ACAAGTGGCT TCGTGAATTT GACTTGGAAC AGGTCCTGCA GCTGGATTCC 
CTGGAGTACC TAGAGGCACT GGAGGGAGTG ACAGAGCGCC TAGAGAGCCG TGTCAACTTC 
TGCAAGGCCC ATCTCATGAT GATCACCTGC TTTGACATCA CCTCCAGGCG TCGGTAA

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

RefSeq	NP_001102549.2
CDS	442..6798
Translation	MNSVAGNKERLAVSTRGKKYGVNEMCSPTKPSAPFSPESWYRKAYEESRAGSRPTPEGAGSALGSSGTPSPGSGTSSPSSFTGSPGPASPGIGTSSPGSLGGSPGFGTGSPGSGSGGGSSPGSDRGVWCENCNARLVELKRQALKLLLPGPLPGKDPAFSAVIHDKLQVPNTIRKSWNDRDNRCDICATHLNQLKQEAIQMVLTLEQAAGSEHYDASPGSPPAINSIPALVGSRHMGGLQQPREWAFVPAPYATSTYTGLVNKHSGKPNSLGVSNGAEKKSGSPTHQAKVSLQMATSPSNGNTLNSVAIQAHQYLDGTWSLSRTNGVTLYPYQISQLMTETGREGLTESALNRYNADKPAASSVPAPQGSCVASETSTGTSVAASFFARAAQKLNLSSKKKKHRPSTPSVAEAPLFATSFSGILQASPPPAPPCLLRAVNKVKDTPGMGKVKVMLRICSASARDTSESSSFLKVDPRKKQITLYDPLTCGGHNAFQKRSSQVPPKMFAFDAVFPQDASQAEVCAGTVAEVIQSVVNGADGCVFCFGHAKLGKSYTMIGRDDSMQNLGIIPCAISWLFKLINERKEKTGARFSVRISAVEVWGKEENLRDLLSEVATGSLQDGQSPGVYLCEDPICGTQLQNQSELRAPTAEKAAFFLDAAIASRRSNQQDCDEDDHRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCVKALSKNREGGSGLCLSLSALGNVILALVNGSKHIPYKESKLTMLLRESLGNVNCRTTMIAHISAAAGSYAETLSTIQIASRVLRMKKKKTKYTSSSSGGESSCEEGRMRRPTQLRPFHARAPVDPEFPLAPLSSDPDYSSSSEQSCDTVIYIGPNGTALSDKELTDNEGPPDFVPIVPALQKTRGDSRPGEAAESAASKSERDCLKCNTFAELQERLDCIDGSEEPNRFPFEELPVQFGPEQAGRCTSLSQAAGPDTLSESDKEDNGSDNGQLTEREGSELPTSKVQPIRSPGPTVTGSSSPSPASPRSIPGSSSQHSTSQLTQSPSLQSSRESLDSCGFVEGKPRPMGSPRLGIASLSKTSEYKPPSSPSQRCKVYTQKGVLPSSAPPPSLSKDSGMVSSESLLQPDVRTPPVGMSPQVVKKSMSAGSEGFPEPLVGGEHQGGPPADSKKEILSTTMVTVQQPLELNGEDELVFTLVEELTISGVLDSGRPTSIVSFNSDCSVQALASGSRPVSIISSISEDLDCYSSMAPVSEVSITQFLPLPKLGLEEKAQEAGSRRSSISSWLSEMSAGSDGEQSCHSFIAQTCFGHGEAMAEPPPASEFVRGIQNAAPAAATAAVVCREKTEVGPDNLLILSEMGEESVNQATPIKGCKISTVGKAMVTISNTASLSSCEGYIPMKTNITVYPCIAMSPRNVQEPEPSTAAPKASPKTSQFQESKETSTRREMKFEDPWLKREEEVKRENTYSSEEGVKCETSSPKTEGKSEQELDSRPGSGNRLSSSSLEAATFQVTDNIRRVVDGCEMALPGSVAQSPLHANRNLKSSSLPRAFQKADRHEELDSFYHCLADSNGFSAVPGIQSSKTTLERKVASPKHCVLARPKGTPPLPPVRKSSLDQKNRASPQHSAGGSSTSSPLNQPATFLACFPEESNSKTKDASSSSKLFSAKLEQLASRTNSLGRTTVSHYECLSLERAESLSSVSSRMHASKDSTMPRTGRSLGRSTGASPPSCGITQSAGASPKASQSKISAVSKLLLASPKSRSSLSTSTTKTLSFSTKSLPQSVGQSSNLPPSGKHMSWSTQSLSRNRGSGLASKLPLRAVNGRISELLQGSAGPRGAQLRAEAEERSGAPTEEKPAAAHLLPSPYSKITPPRKPHRCSSGHGSDNSSVLSGELPPAMGKTALFYHSGGSSGYESMMRDSEATGSASSAQDSMSENSSSVGGRCRSLKTPKKRSNSGSQRRRLIPALSLDTPSPVRKTASSTGVRWVDGPLRSTQRSLGEPFEIKVYEIDDVERLQRRRGATSKEVMCFNAKLKILEHRQQRIAEVRAKYEWLMKELEATKQYLMLDPNKWLREFDLEQVLQLDSLEYLEALEGVTERLESRVNFCKAHLMMITCFDITSRRR

Target ORF information:

RefSeq Version	NM_001109079.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus kinesin family member 26B (Kif26b), mRNA.

Target ORF information:

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

NM_001109079.2

ORF Insert Sequence:

ATGAATTCGG TAGCTGGAAA TAAAGAGAGG CTCGCGGTCT CCACCAGGGG CAAGAAATAC 
GGGGTGAATG AAATGTGCTC GCCCACCAAG CCCTCTGCGC CCTTCTCTCC TGAGAGCTGG 
TACCGCAAGG CTTACGAGGA GTCGCGCGCC GGGAGCCGAC CCACCCCGGA GGGAGCAGGT 
TCTGCGCTGG GCTCTTCGGG TACTCCGTCC CCGGGTTCGG GCACTTCGTC CCCGAGCTCC 
TTCACCGGCT CTCCAGGACC GGCGTCTCCG GGCATCGGTA CCAGCTCGCC GGGCTCCCTG 
GGCGGCTCGC CGGGCTTCGG CACCGGCTCC CCTGGCTCGG GCAGCGGCGG CGGCTCCTCC 
CCCGGCTCCG ACCGGGGCGT CTGGTGCGAG AACTGTAACG CCCGCTTGGT GGAGCTGAAG 
AGGCAGGCTC TCAAGCTGCT GCTGCCGGGA CCCCTCCCGG GCAAGGACCC CGCTTTCTCT 
GCTGTGATTC ATGACAAACT CCAGGTCCCT AATACCATCA GGAAGTCGTG GAATGACCGA 
GACAACCGCT GTGACATTTG TGCCACACAC CTGAACCAGC TGAAACAGGA AGCCATCCAA 
ATGGTGCTGA CCTTGGAGCA GGCAGCTGGC AGTGAGCACT ATGATGCCTC TCCGGGCTCA 
CCCCCTGCCA TCAACAGCAT TCCCGCGCTG GTGGGGTCCC GGCACATGGG TGGGCTCCAG 
CAACCCAGGG AGTGGGCCTT TGTGCCTGCC CCCTATGCCA CCTCTACCTA CACAGGCCTT 
GTCAACAAAC ACAGTGGCAA ACCCAACAGC CTTGGGGTCA GCAACGGAGC AGAAAAGAAG 
AGTGGATCCC CAACCCACCA GGCCAAGGTC AGCCTCCAGA TGGCCACCAG TCCCAGCAAT 
GGAAACACCC TTAACTCGGT GGCCATTCAG GCTCATCAAT ATCTGGACGG AACCTGGTCC 
CTTTCAAGAA CCAATGGGGT TACCCTGTAC CCCTACCAGA TCTCCCAGCT GATGACAGAG 
ACCGGCCGTG AGGGACTGAC AGAGTCAGCG CTCAACCGTT ACAATGCTGA CAAGCCTGCA 
GCCAGCAGTG TCCCAGCCCC ACAGGGTTCC TGTGTGGCCA GTGAGACTTC CACAGGGACC 
TCGGTGGCCG CTTCCTTCTT CGCACGAGCT GCCCAGAAGT TAAATCTGTC ATCTAAGAAG 
AAGAAACACC GGCCGTCGAC CCCGTCTGTT GCGGAGGCTC CCCTCTTTGC CACCAGCTTC 
AGTGGGATCC TGCAGGCCTC ACCTCCCCCG GCCCCGCCCT GTCTCCTGAG GGCTGTCAAC 
AAGGTGAAGG ACACTCCTGG CATGGGCAAG GTGAAAGTCA TGCTGCGTAT CTGTTCCGCG 
TCGGCCCGAG ACACCTCAGA ATCCAGCTCT TTCCTGAAGG TGGATCCACG GAAGAAGCAG 
ATCACCTTGT ACGACCCCCT GACCTGTGGA GGTCACAATG CCTTCCAAAA AAGAAGCAGC 
CAGGTCCCTC CCAAGATGTT TGCCTTCGAT GCGGTTTTCC CACAAGATGC TTCTCAGGCT 
GAAGTTTGTG CTGGAACCGT GGCCGAAGTC ATTCAGTCTG TGGTGAACGG GGCAGATGGC 
TGTGTGTTCT GTTTTGGCCA TGCCAAGCTG GGGAAATCCT ACACCATGAT CGGAAGGGAT 
GACTCTATGC AGAACCTGGG AATTATTCCA TGTGCTATTT CTTGGCTGTT CAAGCTCATC 
AATGAACGCA AAGAAAAGAC AGGGGCCCGA TTCTCAGTCC GGATCTCAGC CGTTGAGGTG 
TGGGGGAAAG AGGAGAACCT TCGAGACCTG CTATCTGAAG TGGCCACAGG CAGCCTACAG 
GACGGGCAGT CCCCGGGCGT GTACCTCTGC GAGGACCCCA TCTGTGGCAC ACAGCTGCAG 
AACCAGAGTG AGCTGCGAGC CCCAACCGCA GAGAAAGCTG CCTTTTTCCT GGACGCTGCC 
ATTGCCTCGA GGCGAAGCAA CCAACAGGAT TGCGACGAGG ATGACCACCG CAACTCCCAC 
ATGCTCTTCA CCCTGCACAT CTACCAGTAC CGGATGGAGA AGAGCGGGAA GGGCGGAATG 
TCTGGGGGTC GCAGCCGACT GCATCTCATC GACCTCGGCA GTTGTGTGAA AGCTCTCAGC 
AAAAACAGAG AAGGAGGCTC GGGGCTGTGC CTCTCACTGT CTGCCCTGGG CAACGTCATC 
CTGGCTTTGG TCAATGGGAG CAAACACATC CCATACAAGG AGAGCAAGCT CACCATGCTT 
CTGAGGGAGT CTCTGGGGAA CGTGAACTGT CGCACCACCA TGATCGCACA CATCTCGGCC 
GCGGCCGGCA GCTACGCGGA GACCCTGTCC ACCATCCAGA TCGCATCAAG AGTCTTAAGG 
ATGAAGAAGA AGAAGACTAA GTACACATCC AGCTCCTCTG GGGGAGAAAG CTCCTGCGAG 
GAGGGCAGGA TGCGCAGGCC CACCCAGCTG AGACCCTTCC ATGCCCGGGC TCCAGTGGAT 
CCAGAATTCC CCCTCGCCCC ACTGTCCAGT GATCCCGACT ACTCCTCCAG CAGTGAGCAG 
TCCTGTGACA CCGTCATCTA CATCGGGCCC AACGGCACAG CCCTGTCCGA CAAGGAACTT 
ACTGACAACG AGGGCCCCCC AGACTTTGTG CCCATTGTGC CGGCCCTACA GAAGACCAGA 
GGTGACAGCC GGCCCGGGGA GGCAGCAGAG TCTGCGGCCA GCAAGTCAGA AAGGGACTGC 
CTGAAGTGCA ATACGTTTGC CGAGCTACAG GAGAGACTGG ATTGCATAGA CGGCAGTGAA 
GAACCCAACC GATTTCCCTT CGAAGAGCTG CCCGTTCAGT TTGGGCCAGA GCAGGCTGGC 
AGATGTACTT CTTTAAGCCA AGCAGCGGGC CCAGATACAC TCTCTGAGTC TGATAAGGAA 
GATAACGGGT CAGACAATGG CCAGTTGACC GAGAGGGAAG GCTCAGAGCT TCCAACCTCC 
AAGGTGCAGC CGATTCGGTC GCCTGGGCCT ACAGTGACAG GCAGCAGCAG CCCCAGTCCA 
GCCTCACCAC GGAGCATCCC AGGCAGCAGT AGCCAGCACA GTACCTCCCA GCTCACACAG 
AGCCCCAGTC TCCAGAGCAG CCGGGAGAGT CTGGACTCGT GCGGCTTTGT GGAGGGCAAG 
CCCAGACCCA TGGGCTCCCC GAGGTTAGGC ATTGCCAGTC TATCCAAGAC CTCAGAGTAC 
AAACCTCCCA GCTCTCCCTC TCAGAGGTGC AAAGTCTACA CCCAGAAGGG GGTCCTGCCC 
TCCTCTGCCC CACCACCTTC CCTGAGCAAG GACTCTGGCA TGGTCTCCAG CGAGTCCTTG 
CTTCAGCCTG ATGTGCGTAC TCCCCCGGTT GGAATGAGTC CCCAGGTTGT GAAGAAATCC 
ATGTCCGCTG GGAGTGAAGG GTTTCCCGAA CCCCTAGTTG GAGGAGAGCA CCAGGGAGGC 
CCTCCTGCAG ACTCAAAGAA GGAGATTCTG AGTACCACCA TGGTGACCGT GCAACAGCCT 
CTGGAGCTGA ACGGAGAGGA CGAGCTGGTC TTCACACTCG TGGAGGAGCT GACCATCAGC 
GGGGTACTCG ACAGCGGGCG CCCCACCAGC ATCGTCAGCT TCAACAGCGA CTGCTCCGTG 
CAGGCCCTGG CCTCAGGCTC CCGGCCCGTC AGCATCATCA GCAGCATCAG TGAGGATCTG 
GACTGCTACT CCAGCATGGC CCCCGTCTCG GAGGTGAGCA TCACACAGTT CCTGCCGCTC 
CCCAAGCTGG GCCTGGAGGA GAAGGCTCAG GAAGCAGGTA GCCGGCGTTC CTCCATCAGC 
TCGTGGCTGA GCGAGATGAG CGCGGGCAGT GACGGAGAGC AGTCGTGCCA CAGCTTCATA 
GCACAGACGT GCTTCGGGCA CGGGGAAGCC ATGGCTGAAC CGCCCCCAGC CTCTGAGTTT 
GTCAGAGGCA TCCAGAACGC GGCGCCGGCG GCAGCGACAG CGGCAGTGGT GTGCAGAGAG 
AAGACCGAGG TGGGCCCTGA CAACCTGCTC ATCCTGTCTG AGATGGGGGA AGAGTCTGTT 
AACCAAGCCA CTCCCATCAA AGGCTGCAAA ATCTCTACCG TGGGCAAGGC CATGGTCACC 
ATCTCTAACA CTGCCAGTCT GAGCAGCTGC GAGGGGTATA TCCCCATGAA GACCAACATC 
ACGGTTTACC CCTGCATTGC CATGAGCCCC AGAAACGTGC AAGAGCCTGA GCCCTCCACT 
GCCGCTCCAA AGGCAAGCCC CAAAACATCT CAGTTCCAGG AGAGCAAGGA AACCAGTACA 
AGGAGGGAGA TGAAATTTGA GGATCCCTGG CTTAAACGAG AAGAGGAAGT GAAAAGGGAG 
AACACTTACT CAAGCGAGGA AGGGGTGAAG TGTGAGACAA GCTCCCCGAA GACTGAAGGT 
AAGTCAGAGC AAGAACTGGA TAGCAGGCCT GGCTCAGGCA ACAGGCTAAG CAGCAGCAGC 
TTGGAGGCAG CCACCTTTCA AGTGACCGAC AACATTAGGA GGGTTGTGGA TGGCTGTGAG 
ATGGCCCTGC CTGGCTCGGT GGCCCAGAGT CCCCTCCATG CCAACAGAAA CCTAAAGTCA 
AGCAGCCTCC CAAGGGCATT TCAGAAAGCC GACAGGCACG AGGAGCTGGA CAGCTTCTAC 
CATTGCTTGG CAGACAGCAA TGGCTTCAGT GCTGTCCCGG GCATCCAGTC CTCGAAGACA 
ACCCTGGAGA GGAAAGTAGC TTCACCCAAG CATTGTGTCC TGGCAAGACC CAAAGGGACC 
CCGCCTCTGC CTCCTGTCCG CAAGTCTAGC TTGGACCAGA AGAACAGGGC CAGCCCTCAA 
CACAGTGCTG GTGGCAGCAG CACCAGCAGC CCCCTGAACC AGCCAGCTAC CTTCTTGGCT 
TGCTTCCCTG AGGAGTCCAA CAGCAAGACT AAGGATGCCA GTAGCAGCAG TAAGCTCTTC 
AGCGCCAAGC TGGAGCAGCT GGCCAGCAGA ACCAACTCTC TTGGCAGGAC AACAGTCAGC 
CACTATGAAT GCTTGTCGTT GGAGAGGGCC GAAAGCCTGT CGTCCGTAAG CTCCCGCATG 
CATGCCAGCA AAGACAGTAC CATGCCCCGC ACTGGCAGGA GCCTGGGTCG CAGCACAGGA 
GCCTCGCCAC CCAGCTGTGG CATCACCCAG TCTGCAGGGG CCTCTCCCAA AGCCAGCCAG 
TCTAAGATCT CAGCGGTGAG CAAACTCCTG CTGGCCAGCC CTAAATCCCG CAGCAGCCTG 
TCCACCTCGA CCACCAAAAC CCTCAGCTTC TCCACCAAGT CCCTGCCGCA GTCTGTGGGC 
CAGAGCTCCA ACCTACCGCC CAGCGGGAAA CACATGTCCT GGTCCACGCA GTCGCTCAGC 
AGGAACCGGG GCTCTGGGCT GGCTTCCAAA CTGCCTTTAA GAGCCGTCAA TGGGCGCATC 
TCGGAACTGC TCCAGGGCAG TGCGGGCCCG AGGGGTGCAC AGCTTCGGGC AGAGGCGGAG 
GAGCGCAGTG GGGCCCCCAC GGAGGAAAAG CCCGCAGCCG CCCACCTGCT GCCCTCGCCC 
TACAGCAAGA TCACCCCTCC GAGGAAGCCG CACCGCTGCA GCAGTGGGCA CGGTAGTGAT 
AACAGCAGCG TCCTGAGCGG GGAGCTGCCC CCTGCCATGG GGAAGACTGC CCTGTTCTAC 
CACAGCGGCG GCAGCAGTGG CTATGAGAGC ATGATGAGAG ACAGCGAGGC CACCGGCAGC 
GCATCCTCGG CCCAGGACTC CATGAGCGAG AACAGCAGCT CCGTGGGAGG GAGGTGCAGG 
AGCCTCAAGA CCCCAAAGAA GCGGTCCAAT TCAGGTTCCC AGAGACGGAG GCTCATTCCA 
GCATTGTCTC TTGATACCCC CTCGCCTGTG AGAAAAACAG CCAGCAGCAC AGGGGTCCGC 
TGGGTGGACG GCCCCTTGAG GAGCACCCAG AGGAGCCTTG GGGAACCATT TGAGATCAAA 
GTCTATGAGA TTGATGACGT TGAGCGTCTA CAGCGACGTC GGGGAGCTAC CAGCAAGGAG 
GTCATGTGCT TCAATGCCAA GCTGAAAATC CTAGAACATC GGCAGCAGAG AATCGCTGAG 
GTCCGAGCCA AGTACGAGTG GCTGATGAAA GAGCTGGAGG CGACCAAACA GTACCTGATG 
CTGGACCCCA ACAAGTGGCT TCGTGAATTT GACTTGGAAC AGGTCCTGCA GCTGGATTCC 
CTGGAGTACC TAGAGGCACT GGAGGGAGTG ACAGAGCGCC TAGAGAGCCG TGTCAACTTC 
TGCAAGGCCC ATCTCATGAT GATCACCTGC TTTGACATCA CCTCCAGGCG TCGGTAA

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

PubMed

Kif26b, a kinesin family gene, regulates adhesion of the embryonic kidney mesenchyme.
Proceedings of the National Academy of Sciences of the United States of America107(20)9240-5(2010 May)
Uchiyama Y,Sakaguchi M,Terabayashi T,Inenaga T,Inoue S,Kobayashi C,Oshima N,Kiyonari H,Nakagata N,Sato Y,Sekiguchi K,Miki H,Araki E,Fujimura S,Tanaka SS,Nishinakamura R

An enhancer-trap LacZ transgene reveals a distinct expression pattern of Kinesin family 26B in mouse embryos.
Development genes and evolution214(2)64-71(2004 Feb)
Marikawa Y,Fujita TC,Alarc?n VB

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Kif26b cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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