KEGG   Rattus norvegicus (rat): 309523
Entry
309523            CDS       T01003                                 
Symbol
Kif20b
Name
(RefSeq) kinesin-like protein KIF20B
  KO
K10402  kinesin family member 20
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:rno00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    309523 (Kif20b)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rno04131]
    309523 (Kif20b)
   03036 Chromosome and associated proteins [BR:rno03036]
    309523 (Kif20b)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rno04812]
    309523 (Kif20b)
Membrane trafficking [BR:rno04131]
 Endosome - Golgi transport
  Rab GTPases and associated proteins
   Rab associated proteins
    309523 (Kif20b)
Chromosome and associated proteins [BR:rno03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    309523 (Kif20b)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Kinesins
     309523 (Kif20b)
SSDB
Motif
Pfam: Kinesin Microtub_bd ADIP
Other DBs
NCBI-GeneID: 309523
NCBI-ProteinID: NP_001101079
RGD: 1308497
Ensembl: ENSRNOG00000018929
UniProt: A0A0G2K7C2
Position
1:241840898..241896451
AA seq 1773 aa
MESHLNQDGVPRPSYVFSADPIARPSEINFDGVKLDLSHEFSLVAANPGANSLESKNYLQ
VCLRIRPFTQSEKGHEAEGCVQVLDSQTVLLKDPQSILGHLSEKSSGQMAQKFSFSRVFG
PETSQKEFFQGCIMQPVKDLLKGHSRLIFTYGLTNSGKTYTFQGTEENIGILPRTLNVLF
DSLQERLYTKMSFKPHRCREYLQLSSDQEKEESANKNTLLRQIKEVTIHNDSYDILCGRL
TNSLTIPEFEETMNNCEQSSLNVDNIKYSVWVSFFEIYNESIYDLFVPVSSKLQKRKMLR
LSQDVKGYSFIKDLQWIQVSDSKEAYRLLKLGVKHQSVAFTKLNNASSRSHSIFTIRILQ
IEDSEIPRVTRVSELSLCDLAGSERSMKTQSEGERLREAGNINTSLLTLGKCISVLKNSD
KSKIQQHVPFRESKLTHYFQSFFTGKGKICMIINISQCCSAYDETLNVLKFSTVAQKVYV
PDTLSSSQEKSFGSTKSLQDVSLGSNLDNKILNVKRKTVSWENSLEDVVENEDLVEDLEE
NEETQNMETELTDEDSDKPLEEGGVCAGHGKNKKLLDLIENLKKRLINEKKEKLTLEFKI
REEVTQEFTQYWSQREADFKETLLHEREILEENAERRLAIFKDLVGKPGESQDEPASRFC
TMELETEEAIACLQLKYNQVKAELAETKEELIKAQEELKNKESDSLVQALKTSSKSLLTS
GQIVTKLVSVLGGEGGRINNIQDIKQENTVTCKVDTSLISNKSTGNETTEMPKKSRTQTH
SERKRLNEDGLQLGEPPAKKGLILISPPITEDQDKREEMQQSVSEGAEEDSRVLQEKNEE
LKRLLTIGENELRNAKEEKAELNKQVVSLQQQLCFFEEKNSSLRAEVEQIQASYDLAAAE
LHTQRAVNQEQKDRILQLSGKMETAARRIESNVSQIKQMQTKIDELRSLDSPSHISKIDL
LNLQDLSSGANLLNTSQQLPGSDLPSTWVKEFHTQELSRESSFHSSIEAIWEECKEIVKA
SSKKSHQIQGLEELIEKLQVEVKNCRDENSELRAKESEDKNRDQQLKEKESLIQQLREEL
QETTVSLRVQVQLVAEREQALSELSRDVTCYKAKVKDLEVMVETQKEECKRLAELEQSIL
EKESAILKLEASLKELEAKHQDHIRSTTHLNAEEVKFREEITQLANNLHDTKQLLQSKEE
ENEISRQETEKLKEELAANSVLTQNLQADLQRKEEDCAELKEKFTDAKKQIEQVQREVSV
MRDEEKSLRTKINELEKKKNQYSQEIDMKQRTIQQLKEQLSNQKMEEVVQQYEKVCKDLS
VKEKLIEAMRLTLVEQEQTQAEQDRMLEAKSQEADWLAGELDTWKDKFKDLETRSNQKVT
TEAMEDSDVLSEKFRKLQDELQESEEKHKADRKKWLEEKAVLTTQAKEAETLRNREMKKY
AEDRERCLKLQNEVETLTAQLAEKTGELQKWREERDQLVTAVETQMQALLSSSKHKDEEI
QQLRKAVAKSTGTENQTMNLKPECNDSVDLGGVETELQSTSFEISRNTAEDGSVVLDSCE
VSTENVQSTRFPKPELEIQFTPLQPNKVAVKHPGCATPVTIKIPKARKRKSGEVEEDLVK
CENKKNSTPRSNVKFPVSEHRNSSFKKEQKVFLCPSSKKTYSLRSQASTVGANVASKKKE
GTLQKFGDFLQHSPTILQSKAKKIIETMSSPKLSTVEVSKENVSQPKKAKRKLYRNEISS
PINISGQVILMEQKAKETDHQILKRRLRTRTAK
NT seq 5322 nt   +upstreamnt  +downstreamnt
atggaatctcatttgaatcaagacggagtgcctagaccatcttatgtttttagtgctgac
ccaattgcaaggccttcggaaatcaattttgatggcgttaagcttgatctctctcatgag
ttttccttagttgccgcaaaccctggggcaaacagtttggaatctaaaaattacctccag
gtttgtcttcgaataagaccatttacacagtcggaaaaaggacacgaggctgagggctgt
gtgcaagttctggattcacagactgttctgctgaaagaccctcaaagcatccttggccac
ttaagtgagaagagctccggacagatggcacagaaattcagcttttctagggtttttgga
cccgaaacttcacagaaagagttctttcagggttgcattatgcagccagtaaaagacctc
ttaaaagggcacagtcgactgatcttcacatatgggctgaccaattctggaaaaacatat
acatttcaaggcacagaagaaaacattggcattctgcctagaacactgaatgtattgttt
gatagtcttcaggaaagactctatacaaagatgagcttcaaaccacatagatgtagagaa
tacctacagttgtcatctgatcaagagaaagaggaaagtgctaacaaaaatacattgctg
cgacaaattaaagaggttaccatacataatgacagttatgacattctttgtggacgctta
acaaactctttgactataccagaatttgaagaaaccatgaacaattgtgaacaatctagt
ctcaatgtggataatataaaatattcagtgtgggtttctttctttgagatttacaatgaa
agtatttatgatttgtttgttcctgtgtcctctaagttgcaaaagagaaaaatgctacgc
ctttcccaagatgtaaagggctattcttttataaaagatctgcagtggatccaggtatct
gattctaaagaagcatatagactcttaaaactaggagtgaagcatcagagtgttgccttc
acaaaactgaacaatgcttctagcagaagtcacagcatattcactattagaatattacag
atagaagactcggaaatacctcgtgtaacacgagttagtgaattgtcgctatgtgatctc
gctggttcagaacgaagcatgaagacgcaaagcgaaggagaaaggctaagagaggctggg
aatatcaacacttctttactgactctgggaaagtgcatcagtgttctgaagaacagtgac
aagtccaagattcaacaacatgtgccttttcgagaaagtaaactgacccactatttccaa
agcttttttactggaaaggggaaaatatgtatgatcatcaatattagtcagtgttgttct
gcctatgatgagacactcaatgtactgaagttctcaactgttgcacaaaaggtctatgtt
ccagatactttaagttcttctcaagagaaatcgtttgggtctaccaaatctttacaagat
gtatccctaggcagtaatttggataataaaatactaaatgtaaaaagaaaaactgtttca
tgggaaaatagtctggaagatgtggttgaaaatgaagatttggtcgaggacttagaagaa
aatgaagaaacacaaaacatggaaactgaacttacagatgaagatagtgataagccgtta
gaggaaggcggagtctgcgcaggtcacgggaagaacaagaaactgttggatttaatagaa
aacttgaaaaaaagactaataaatgaaaaaaaagaaaagttaacattggaatttaaaatc
cgagaagaagtgacacaggaattcactcagtattggagccaaagggaagctgattttaag
gaaacacttcttcatgaacgggagatattagaagaaaatgctgaacgtcgcttagcaatt
ttcaaagatttggttggaaaacctggtgagagtcaagatgaaccagcaagcagattttgt
accatggaacttgaaactgaagaggctattgcttgtttgcagctaaagtataatcaagtt
aaagcagaattagctgaaactaaagaagaattaattaaagcccaagaagagctaaaaaat
aaagagagtgactctctggttcaggcactcaagacatcaagtaagagcttgttaacttca
ggtcagatagttaccaagctggtttcagtacttggaggtgaaggcgggagaatcaataat
atccaggatataaagcaggaaaataccgtaacatgtaaagttgatacatctttaatcagc
aataagtccactggtaatgaaacaactgaaatgcccaagaagagtagaacccagacacat
tcagaaaggaaaagattaaatgaagatggacttcagcttggtgaaccaccagcaaagaaa
gggcttatacttattagtccacccatcactgaagaccaagacaaaagggaagaaatgcaa
cagtctgtttcagaaggtgcagaagaagacagtagagttttgcaggaaaagaatgaagag
ctaaaaagacttttaactattggtgagaatgaactcagaaatgcaaaggaggaaaaggca
gaattaaataaacaggttgtgagtttgcagcagcaactttgtttctttgaagaaaagaac
tcatccctgagggcagaggtagagcaaatccaggccagttatgaccttgcagctgctgag
ctgcatactcagagagctgtgaaccaggagcagaaggacaggatcctgcaattgtcaggg
aagatggaaactgcggcaagacgtattgaaagcaatgtttcacagataaagcaaatgcaa
acaaaaatagatgaactgcgatctcttgattcaccttctcatatttcaaaaatagattta
ctcaatctccaggatctatcaagtggtgctaatttgctgaacacatcacaacagcttcca
ggtagtgacctaccgagcacatgggttaaagagtttcatactcaggagctcagcagggaa
agttccttccactctagcattgaagccatctgggaagaatgtaaagagattgtgaaggct
tcctccaaaaagtctcatcagattcagggactagaagaactaattgaaaaattacaggtg
gaagtaaaaaactgcagggatgagaacagtgagcttcgagcaaaggagagtgaggataag
aatcgagaccagcagctgaaggagaaagaaagtctaatccagcagcttagagaagaactt
caggaaaccactgtcagtctccgtgtccaagtacagctagtagcggaaagagagcaagct
ctttcagagctttcccgggatgttacctgctataaggcaaaagtaaaggaccttgaagtg
atggtagagacccagaaagaggaatgtaagcgcttagctgagttagagcagagcatttta
gagaaggaatctgccatcctaaagctggaagcgagtctaaaggaattggaagcaaagcac
caggatcacatcagaagtaccacacatttaaatgcagaggaagtcaagttcagagaagaa
attacacagttggcgaataatttgcatgatacaaaacagttacttcagtcaaaggaagaa
gaaaatgaaattagcagacaagagacagaaaagttgaaagaggagcttgctgcaaactct
gttcttacccagaatctccaagcagaccttcagcggaaggaggaagattgtgctgagcta
aaggagaagttcactgatgccaaaaagcagatcgagcaggtacagagggaggtatctgta
atgcgtgatgaagagaagtcgttgaggactaaaattaatgaactggagaaaaagaaaaac
caatattctcaggaaatagatatgaaacaacgaaccattcagcaacttaaggagcagtta
agtaatcagaaaatggaagaagttgtacaacagtatgagaaagtgtgcaaagatctcagc
gttaaggagaagctgattgaagctatgcgactgacactagtggagcaggagcaaactcag
gcagagcaggacaggatgcttgaggctaagtcacaggaagctgactggctagccggagaa
ttggatacatggaaagacaaattcaaagatctggagactagaagtaatcaaaaggtaact
acagaggccatggaggacagcgacgtgcttagtgagaagttcaggaagcttcaggacgag
ctgcaggaatctgaagagaaacataaagctgatagaaagaagtggttagaagaaaaagcg
gttcttacaactcaagcaaaagaagcagagactctacgaaacagggagatgaaaaaatat
gctgaggacagggagcgttgtctgaagctgcagaatgaagtggaaacactgacagcacag
ctggcggagaaaactggtgagcttcagaagtggagagaagagcgggaccagctggtcaca
gctgtggagacacagatgcaggctctgctctccagcagcaagcataaggacgaagagatc
cagcaactgagaaaggccgtggcaaagagcacggggacagaaaaccagaccatgaatctc
aagcctgaatgtaatgattcagtcgatcttggtggagttgaaactgaacttcagtcaaca
agttttgaaatttctaggaatacagcagaggatggatctgtagttcttgactcttgtgaa
gtgtcaacagaaaatgtacaaagtactcgatttccaaagcctgaactggagattcagttt
acacctctgcagccaaacaaagtggcagtgaagcaccctggttgtgccacaccagtcaca
attaagatccccaaggcacggaagaggaagagtggcgaggtggaggaggacttggtgaaa
tgtgaaaataagaagaattccacacccagaagtaatgtgaagtttcccgtttcagagcat
agaaattcctctttcaaaaaggaacaaaaggttttcttatgtccgtcatctaagaagaca
tactccttacggagccaagcatctacggttggtgcgaatgtagcctctaaaaaaaaagag
ggaacactacagaaatttggagacttcttacaacattctccaacaatccttcaatcaaaa
gcaaaaaagataattgaaacaatgagttccccaaagttatcaactgtagaagtaagtaaa
gaaaatgtatcccagcctaaaaaagccaaacggaaattgtacagaaatgaaatttcatct
cccatcaacatatctggccaagtgattttaatggaacagaaagcaaaagaaactgatcat
cagattctcaaacgacggcttcgaacacgaacagccaaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
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 (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (3)   
   Pfam (3)   
All databases (28)   

Download RDF
DBGET integrated database retrieval system