KEGG   Rattus norvegicus (rat): 305012
Entry
305012            CDS       T01003                                 
Symbol
Kif26b
Name
(RefSeq) kinesin-like protein KIF26B
  KO
K10404  kinesin family member 26
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:rno00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    305012 (Kif26b)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rno04812]
    305012 (Kif26b)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Kinesins
     305012 (Kif26b)
SSDB
Motif
Pfam: Kinesin Microtub_bd
Other DBs
NCBI-GeneID: 305012
NCBI-ProteinID: NP_001102549
RGD: 1560022
Ensembl: ENSRNOG00000028624
UniProt: D4ADC4
Position
13:92815427..93221071
AA seq 2118 aa
MNSVAGNKERLAVSTRGKKYGVNEMCSPTKPSAPFSPESWYRKAYEESRAGSRPTPEGAG
SALGSSGTPSPGSGTSSPSSFTGSPGPASPGIGTSSPGSLGGSPGFGTGSPGSGSGGGSS
PGSDRGVWCENCNARLVELKRQALKLLLPGPLPGKDPAFSAVIHDKLQVPNTIRKSWNDR
DNRCDICATHLNQLKQEAIQMVLTLEQAAGSEHYDASPGSPPAINSIPALVGSRHMGGLQ
QPREWAFVPAPYATSTYTGLVNKHSGKPNSLGVSNGAEKKSGSPTHQAKVSLQMATSPSN
GNTLNSVAIQAHQYLDGTWSLSRTNGVTLYPYQISQLMTETGREGLTESALNRYNADKPA
ASSVPAPQGSCVASETSTGTSVAASFFARAAQKLNLSSKKKKHRPSTPSVAEAPLFATSF
SGILQASPPPAPPCLLRAVNKVKDTPGMGKVKVMLRICSASARDTSESSSFLKVDPRKKQ
ITLYDPLTCGGHNAFQKRSSQVPPKMFAFDAVFPQDASQAEVCAGTVAEVIQSVVNGADG
CVFCFGHAKLGKSYTMIGRDDSMQNLGIIPCAISWLFKLINERKEKTGARFSVRISAVEV
WGKEENLRDLLSEVATGSLQDGQSPGVYLCEDPICGTQLQNQSELRAPTAEKAAFFLDAA
IASRRSNQQDCDEDDHRNSHMLFTLHIYQYRMEKSGKGGMSGGRSRLHLIDLGSCVKALS
KNREGGSGLCLSLSALGNVILALVNGSKHIPYKESKLTMLLRESLGNVNCRTTMIAHISA
AAGSYAETLSTIQIASRVLRMKKKKTKYTSSSSGGESSCEEGRMRRPTQLRPFHARAPVD
PEFPLAPLSSDPDYSSSSEQSCDTVIYIGPNGTALSDKELTDNEGPPDFVPIVPALQKTR
GDSRPGEAAESAASKSERDCLKCNTFAELQERLDCIDGSEEPNRFPFEELPVQFGPEQAG
RCTSLSQAAGPDTLSESDKEDNGSDNGQLTEREGSELPTSKVQPIRSPGPTVTGSSSPSP
ASPRSIPGSSSQHSTSQLTQSPSLQSSRESLDSCGFVEGKPRPMGSPRLGIASLSKTSEY
KPPSSPSQRCKVYTQKGVLPSSAPPPSLSKDSGMVSSESLLQPDVRTPPVGMSPQVVKKS
MSAGSEGFPEPLVGGEHQGGPPADSKKEILSTTMVTVQQPLELNGEDELVFTLVEELTIS
GVLDSGRPTSIVSFNSDCSVQALASGSRPVSIISSISEDLDCYSSMAPVSEVSITQFLPL
PKLGLEEKAQEAGSRRSSISSWLSEMSAGSDGEQSCHSFIAQTCFGHGEAMAEPPPASEF
VRGIQNAAPAAATAAVVCREKTEVGPDNLLILSEMGEESVNQATPIKGCKISTVGKAMVT
ISNTASLSSCEGYIPMKTNITVYPCIAMSPRNVQEPEPSTAAPKASPKTSQFQESKETST
RREMKFEDPWLKREEEVKRENTYSSEEGVKCETSSPKTEGKSEQELDSRPGSGNRLSSSS
LEAATFQVTDNIRRVVDGCEMALPGSVAQSPLHANRNLKSSSLPRAFQKADRHEELDSFY
HCLADSNGFSAVPGIQSSKTTLERKVASPKHCVLARPKGTPPLPPVRKSSLDQKNRASPQ
HSAGGSSTSSPLNQPATFLACFPEESNSKTKDASSSSKLFSAKLEQLASRTNSLGRTTVS
HYECLSLERAESLSSVSSRMHASKDSTMPRTGRSLGRSTGASPPSCGITQSAGASPKASQ
SKISAVSKLLLASPKSRSSLSTSTTKTLSFSTKSLPQSVGQSSNLPPSGKHMSWSTQSLS
RNRGSGLASKLPLRAVNGRISELLQGSAGPRGAQLRAEAEERSGAPTEEKPAAAHLLPSP
YSKITPPRKPHRCSSGHGSDNSSVLSGELPPAMGKTALFYHSGGSSGYESMMRDSEATGS
ASSAQDSMSENSSSVGGRCRSLKTPKKRSNSGSQRRRLIPALSLDTPSPVRKTASSTGVR
WVDGPLRSTQRSLGEPFEIKVYEIDDVERLQRRRGATSKEVMCFNAKLKILEHRQQRIAE
VRAKYEWLMKELEATKQYLMLDPNKWLREFDLEQVLQLDSLEYLEALEGVTERLESRVNF
CKAHLMMITCFDITSRRR
NT seq 6357 nt   +upstreamnt  +downstreamnt
atgaattcggtagctggaaataaagagaggctcgcggtctccaccaggggcaagaaatac
ggggtgaatgaaatgtgctcgcccaccaagccctctgcgcccttctctcctgagagctgg
taccgcaaggcttacgaggagtcgcgcgccgggagccgacccaccccggagggagcaggt
tctgcgctgggctcttcgggtactccgtccccgggttcgggcacttcgtccccgagctcc
ttcaccggctctccaggaccggcgtctccgggcatcggtaccagctcgccgggctccctg
ggcggctcgccgggcttcggcaccggctcccctggctcgggcagcggcggcggctcctcc
cccggctccgaccggggcgtctggtgcgagaactgtaacgcccgcttggtggagctgaag
aggcaggctctcaagctgctgctgccgggacccctcccgggcaaggaccccgctttctct
gctgtgattcatgacaaactccaggtccctaataccatcaggaagtcgtggaatgaccga
gacaaccgctgtgacatttgtgccacacacctgaaccagctgaaacaggaagccatccaa
atggtgctgaccttggagcaggcagctggcagtgagcactatgatgcctctccgggctca
ccccctgccatcaacagcattcccgcgctggtggggtcccggcacatgggtgggctccag
caacccagggagtgggcctttgtgcctgccccctatgccacctctacctacacaggcctt
gtcaacaaacacagtggcaaacccaacagccttggggtcagcaacggagcagaaaagaag
agtggatccccaacccaccaggccaaggtcagcctccagatggccaccagtcccagcaat
ggaaacacccttaactcggtggccattcaggctcatcaatatctggacggaacctggtcc
ctttcaagaaccaatggggttaccctgtacccctaccagatctcccagctgatgacagag
accggccgtgagggactgacagagtcagcgctcaaccgttacaatgctgacaagcctgca
gccagcagtgtcccagccccacagggttcctgtgtggccagtgagacttccacagggacc
tcggtggccgcttccttcttcgcacgagctgcccagaagttaaatctgtcatctaagaag
aagaaacaccggccgtcgaccccgtctgttgcggaggctcccctctttgccaccagcttc
agtgggatcctgcaggcctcacctcccccggccccgccctgtctcctgagggctgtcaac
aaggtgaaggacactcctggcatgggcaaggtgaaagtcatgctgcgtatctgttccgcg
tcggcccgagacacctcagaatccagctctttcctgaaggtggatccacggaagaagcag
atcaccttgtacgaccccctgacctgtggaggtcacaatgccttccaaaaaagaagcagc
caggtccctcccaagatgtttgccttcgatgcggttttcccacaagatgcttctcaggct
gaagtttgtgctggaaccgtggccgaagtcattcagtctgtggtgaacggggcagatggc
tgtgtgttctgttttggccatgccaagctggggaaatcctacaccatgatcggaagggat
gactctatgcagaacctgggaattattccatgtgctatttcttggctgttcaagctcatc
aatgaacgcaaagaaaagacaggggcccgattctcagtccggatctcagccgttgaggtg
tgggggaaagaggagaaccttcgagacctgctatctgaagtggccacaggcagcctacag
gacgggcagtccccgggcgtgtacctctgcgaggaccccatctgtggcacacagctgcag
aaccagagtgagctgcgagccccaaccgcagagaaagctgcctttttcctggacgctgcc
attgcctcgaggcgaagcaaccaacaggattgcgacgaggatgaccaccgcaactcccac
atgctcttcaccctgcacatctaccagtaccggatggagaagagcgggaagggcggaatg
tctgggggtcgcagccgactgcatctcatcgacctcggcagttgtgtgaaagctctcagc
aaaaacagagaaggaggctcggggctgtgcctctcactgtctgccctgggcaacgtcatc
ctggctttggtcaatgggagcaaacacatcccatacaaggagagcaagctcaccatgctt
ctgagggagtctctggggaacgtgaactgtcgcaccaccatgatcgcacacatctcggcc
gcggccggcagctacgcggagaccctgtccaccatccagatcgcatcaagagtcttaagg
atgaagaagaagaagactaagtacacatccagctcctctgggggagaaagctcctgcgag
gagggcaggatgcgcaggcccacccagctgagacccttccatgcccgggctccagtggat
ccagaattccccctcgccccactgtccagtgatcccgactactcctccagcagtgagcag
tcctgtgacaccgtcatctacatcgggcccaacggcacagccctgtccgacaaggaactt
actgacaacgagggccccccagactttgtgcccattgtgccggccctacagaagaccaga
ggtgacagccggcccggggaggcagcagagtctgcggccagcaagtcagaaagggactgc
ctgaagtgcaatacgtttgccgagctacaggagagactggattgcatagacggcagtgaa
gaacccaaccgatttcccttcgaagagctgcccgttcagtttgggccagagcaggctggc
agatgtacttctttaagccaagcagcgggcccagatacactctctgagtctgataaggaa
gataacgggtcagacaatggccagttgaccgagagggaaggctcagagcttccaacctcc
aaggtgcagccgattcggtcgcctgggcctacagtgacaggcagcagcagccccagtcca
gcctcaccacggagcatcccaggcagcagtagccagcacagtacctcccagctcacacag
agccccagtctccagagcagccgggagagtctggactcgtgcggctttgtggagggcaag
cccagacccatgggctccccgaggttaggcattgccagtctatccaagacctcagagtac
aaacctcccagctctccctctcagaggtgcaaagtctacacccagaagggggtcctgccc
tcctctgccccaccaccttccctgagcaaggactctggcatggtctccagcgagtccttg
cttcagcctgatgtgcgtactcccccggttggaatgagtccccaggttgtgaagaaatcc
atgtccgctgggagtgaagggtttcccgaacccctagttggaggagagcaccagggaggc
cctcctgcagactcaaagaaggagattctgagtaccaccatggtgaccgtgcaacagcct
ctggagctgaacggagaggacgagctggtcttcacactcgtggaggagctgaccatcagc
ggggtactcgacagcgggcgccccaccagcatcgtcagcttcaacagcgactgctccgtg
caggccctggcctcaggctcccggcccgtcagcatcatcagcagcatcagtgaggatctg
gactgctactccagcatggcccccgtctcggaggtgagcatcacacagttcctgccgctc
cccaagctgggcctggaggagaaggctcaggaagcaggtagccggcgttcctccatcagc
tcgtggctgagcgagatgagcgcgggcagtgacggagagcagtcgtgccacagcttcata
gcacagacgtgcttcgggcacggggaagccatggctgaaccgcccccagcctctgagttt
gtcagaggcatccagaacgcggcgccggcggcagcgacagcggcagtggtgtgcagagag
aagaccgaggtgggccctgacaacctgctcatcctgtctgagatgggggaagagtctgtt
aaccaagccactcccatcaaaggctgcaaaatctctaccgtgggcaaggccatggtcacc
atctctaacactgccagtctgagcagctgcgaggggtatatccccatgaagaccaacatc
acggtttacccctgcattgccatgagccccagaaacgtgcaagagcctgagccctccact
gccgctccaaaggcaagccccaaaacatctcagttccaggagagcaaggaaaccagtaca
aggagggagatgaaatttgaggatccctggcttaaacgagaagaggaagtgaaaagggag
aacacttactcaagcgaggaaggggtgaagtgtgagacaagctccccgaagactgaaggt
aagtcagagcaagaactggatagcaggcctggctcaggcaacaggctaagcagcagcagc
ttggaggcagccacctttcaagtgaccgacaacattaggagggttgtggatggctgtgag
atggccctgcctggctcggtggcccagagtcccctccatgccaacagaaacctaaagtca
agcagcctcccaagggcatttcagaaagccgacaggcacgaggagctggacagcttctac
cattgcttggcagacagcaatggcttcagtgctgtcccgggcatccagtcctcgaagaca
accctggagaggaaagtagcttcacccaagcattgtgtcctggcaagacccaaagggacc
ccgcctctgcctcctgtccgcaagtctagcttggaccagaagaacagggccagccctcaa
cacagtgctggtggcagcagcaccagcagccccctgaaccagccagctaccttcttggct
tgcttccctgaggagtccaacagcaagactaaggatgccagtagcagcagtaagctcttc
agcgccaagctggagcagctggccagcagaaccaactctcttggcaggacaacagtcagc
cactatgaatgcttgtcgttggagagggccgaaagcctgtcgtccgtaagctcccgcatg
catgccagcaaagacagtaccatgccccgcactggcaggagcctgggtcgcagcacagga
gcctcgccacccagctgtggcatcacccagtctgcaggggcctctcccaaagccagccag
tctaagatctcagcggtgagcaaactcctgctggccagccctaaatcccgcagcagcctg
tccacctcgaccaccaaaaccctcagcttctccaccaagtccctgccgcagtctgtgggc
cagagctccaacctaccgcccagcgggaaacacatgtcctggtccacgcagtcgctcagc
aggaaccggggctctgggctggcttccaaactgcctttaagagccgtcaatgggcgcatc
tcggaactgctccagggcagtgcgggcccgaggggtgcacagcttcgggcagaggcggag
gagcgcagtggggcccccacggaggaaaagcccgcagccgcccacctgctgccctcgccc
tacagcaagatcacccctccgaggaagccgcaccgctgcagcagtgggcacggtagtgat
aacagcagcgtcctgagcggggagctgccccctgccatggggaagactgccctgttctac
cacagcggcggcagcagtggctatgagagcatgatgagagacagcgaggccaccggcagc
gcatcctcggcccaggactccatgagcgagaacagcagctccgtgggagggaggtgcagg
agcctcaagaccccaaagaagcggtccaattcaggttcccagagacggaggctcattcca
gcattgtctcttgataccccctcgcctgtgagaaaaacagccagcagcacaggggtccgc
tgggtggacggccccttgaggagcacccagaggagccttggggaaccatttgagatcaaa
gtctatgagattgatgacgttgagcgtctacagcgacgtcggggagctaccagcaaggag
gtcatgtgcttcaatgccaagctgaaaatcctagaacatcggcagcagagaatcgctgag
gtccgagccaagtacgagtggctgatgaaagagctggaggcgaccaaacagtacctgatg
ctggaccccaacaagtggcttcgtgaatttgacttggaacaggtcctgcagctggattcc
ctggagtacctagaggcactggagggagtgacagagcgcctagagagccgtgtcaacttc
tgcaaggcccatctcatgatgatcacctgctttgacatcacctccaggcgtcggtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (25)   

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