KEGG   Musa acuminata (wild Malaysian banana): 103999265
Entry
103999265         CDS       T03447                                 
Name
(RefSeq) kinesin-like protein KIN-4C
Organism
mus  Musa acuminata (wild Malaysian banana)
SSDB
Motif
Pfam: Kinesin Microtub_bd
Other DBs
NCBI-GeneID: 103999265
NCBI-ProteinID: XP_009419241
UniProt: A0A804KPU6
Position
9:complement(32278890..32293401)
AA seq 1286 aa
MMESSEEAKALHKDCVKVAVNVRPLVTTELLMGCTDCVTVVPGEPQVHIGAHAFTFDHVY
GSSGSLYSSIFEECVLPLIDALFHGYNATIFAYGQTGSGKTYTMGTNYTGEGDSGGIIPE
VMDMIFRKIDAMKDTTEFLVRVSFIEIFKEEVFDLLDPQSRTDGTSVVKPAVPRAPIQIR
ETANGGITLAGVTEAEVKSKEEMASYLTRGSICRATGSTNMNNQSSRSHAIFTIYVEQKK
ANNGYCSGMGNNEVAGEDILFAKFHLVDLAGSERAKRTGADGIRLKEGIHINRGLLALGN
VISALGDEKKRKDGGHVPYRDSKLTRLLQDSLGGNSKTVMIACISPADSNAEETINTLKY
ANRARNIQNKAVINRDPVAAEMQRMRSQLEQLQAELQFCRGGGAPFEELQVLRHKISLLE
ASNADLRQELKERQDICEHLKQCAFDAQVEKDKLILKIESARSGTSWDEIDEMEKIKDLD
LTNGYIKKIQELEAELLRVRSSSRPCGNYLMNCPALVDMASGCIERTLDFSMEVEEDEKE
REHSMLQDQIDKELRELDKRLEQKEAEMKQFAKSDTAFLKQHYEKKLLELEQEKKLLMKE
IEDLRFNLSSLSYTSDESAEKLKADYIQKLNMLETQVSELKKKQEAQAQLLRQKQKSDEA
SKRLQEEIQRIKSQKVQLQHKMKQDSEQFRSWKASREKEVLQLKKEGRRNEYEMHKLLAL
NQRQKMVLQRKTEEAALATKRLKELLEVKKSSREASATGNANGPGIQALVHAIEHELEVT
LRVHEVRSEYDRQMQERAAMAKEVSRLKEESEMLKRKIISESPQTMSPSARNSRILALET
MLKTSSGALVSMASQLSEAEERERVFSGRGRWNQVRSLAEAKNLMNYLFNLASSSRCHLH
DKEVKCREQDSEITELKNKLVALNISKRQLEEQLMEARNQNLQRLTAMRRNEDPAGSSGT
DICVYEEDGPSNAMHKDPRETQCSSQGVDNLDDMDTSESDMSDVFKSDDEASEESRSDLN
DEDWVQSGKKNIKKRFRNHQNGKSTTEESHTVENLLSEEPNEKGRIKVEKDGLDHCCSCS
KGSSCKTMRCECLALGSGCSTNCGCIPSKCTNRKSGLINTDMDEITNSEAAGSGGSHSSL
DHADDVNRKLVSEGTMLLQSALSKKTVENDVQPRKPLSNIGNTAMNRNAMKPGRRRKWRK
STFQLVPTGPSPPSMLQNNEATTIREDVPLRLPRAMDSMALDNNPPFVDRNSIRADESVS
TNKEIRGLISQGLRKKASKEKENHMI
NT seq 3861 nt   +upstreamnt  +downstreamnt
atgatggagagctcggaggaggccaaggcgttgcacaaggactgcgtcaaggtagccgtc
aacgtccggccgctcgtcaccacggagctcctcatgggctgcaccgattgcgtcaccgtc
gttcctggggaaccccaggttcatataggagcacatgcatttacattcgatcatgtttat
gggagttcaggatctctctattcctccatttttgaagagtgtgttctacctttgattgat
gcactatttcatggatataacgccaccatttttgcatatggacagacaggttcaggcaag
acctacacaatgggaactaactatacaggcgaaggtgatagtgggggtattataccagaa
gtaatggacatgatatttagaaagattgatgccatgaaggacacaacagaatttttagtt
cgagtatcttttattgagatatttaaggaggaagtctttgatttgttagatccacaatct
cgaactgatggtacttctgtagtcaaaccagcagtgcctagagctccgatacaaattaga
gagacagcaaatggtgggataacccttgctggtgttactgaagctgaagtgaagtcgaag
gaggagatggcatcttatctaactcgtgggtccatttgccgtgcaaccggaagtacaaat
atgaataatcaatcaagtcgttcacatgccattttcacaatatatgtggagcaaaagaaa
gccaataatggatattgtagtgggatgggtaacaatgaagtagctggggaggacatattg
tttgcaaagtttcacctagtggatcttgctggttctgaacgtgcaaaacgaactggagct
gatggaatccgactgaaagaaggcatacacattaataggggtttgttagctcttggcaac
gttatcagtgcacttggagatgagaaaaagcgaaaagatgggggacatgtcccatatcgt
gatagcaagttgactcgtctcttgcaggattctcttggtggtaatagcaaaacagttatg
atagcttgcattagccctgctgattcaaatgcagaagagaccattaatactcttaaatat
gccaatcgtgcacgcaatatccagaataaagcagtgataaaccgtgacccagtggctgct
gagatgcaaagaatgcgtagtcaattagagcaattgcaggccgaattacagttttgtcgt
ggtggaggtgcgccttttgaggaacttcaggttctccggcataaaatatcattgcttgaa
gcaagcaatgctgatctccgccaggagctaaaggagcgccaagatatctgtgagcactta
aaacaatgtgcttttgatgcacaggtggaaaaagataagttgattttgaagatcgaatca
gcccgtagtggaacgtcctgggatgagattgatgaaatggaaaaaattaaggacttagat
cttacaaatggttatataaaaaagatccaagagttggaagcagagttactacgggttcga
agttcttctcgtccttgtggaaattatttgatgaattgccctgctttggttgatatggcc
tcaggttgcattgagaggactcttgatttttccatggaagtggaagaagatgaaaaagag
agggaacactccatgttacaagatcaaattgataaggagcttcgggagttggacaaacgg
ctggaacaaaaggaggcggaaatgaagcaatttgcaaaatctgatacagcatttcttaaa
caacattatgagaagaaattattggagctggagcaggaaaagaaattattgatgaaggag
attgaagatcttcggttcaacctttcaagtctgtcatatacttctgatgagagtgctgaa
aagctgaaggcagactatattcaaaaactgaacatgcttgaaactcaggtatctgagttg
aagaagaagcaagaggcacaagctcagttgctgaggcaaaagcagaagagtgatgaagca
tctaaaaggttacaggaagaaattcagaggataaagtctcaaaaggttcaattgcaacat
aaaatgaagcaagattctgaacagtttaggtcttggaaggcttcacgagaaaaagaagtt
cttcagcttaagaaagaaggtcgaaggaatgaatatgaaatgcacaagctcttggctttg
aatcagaggcaaaaaatggtcttgcaaagaaagactgaagaagctgctttggcaactaaa
agactcaaggagctacttgaagtgaagaagtcctctcgtgaggcatctgcaactggcaat
gcaaatggtccaggtattcaggcattggtgcatgctatagagcacgaacttgaagtaaca
ttaagggttcatgaagtaagatcggagtatgacaggcagatgcaagagagagctgccatg
gctaaagaggtatcaaggcttaaggaagaatctgaaatgcttaagcggaaaattataagt
gaaagtcctcagacaatgtctccaagtgcccgaaattcaagaattttagctcttgaaact
atgttgaaaacttcatctggtgccttggtttccatggcttcacaattgtcagaagctgag
gagcgtgaacgagtttttagtggcagaggacgatggaatcaagtcagatcacttgctgaa
gcaaaaaatttaatgaactatttgtttaatttggcatcatcatcaaggtgccacttgcat
gataaagaagtgaaatgcagagaacaggattctgagataactgaactcaagaacaagttg
gtggcactcaatatctcaaagagacaattggaagaacaattgatggaagcacgtaaccag
aatttgcagaggttaactgccatgagacgtaatgaggatcctgctggaagttctggaact
gatatctgtgtttatgaggaagatggaccttccaatgctatgcataaggatccaagagaa
acccagtgttccagtcaaggtgttgataatctagatgatatggatacatcagaatctgac
atgtcagatgtgttcaagtcagatgatgaggcatcagaggagtctcgttctgatttgaat
gatgaagactgggtacaatctggaaagaagaacataaagaagcgatttagaaaccatcaa
aatggaaagtctacaacagaagaaagtcatactgtggagaacttattgtcggaggaacca
aatgaaaagggaaggatcaaagttgaaaaggatgggcttgatcattgctgctcttgttcg
aagggatcatcttgtaagaccatgagatgtgagtgcctagctcttggcagtggttgcagc
actaattgtggatgtattccttcaaaatgtactaacagaaaaagcggattgattaatact
gatatggatgaaataaccaactcagaagcagcaggaagtggtggaagtcattcttcgtta
gatcatgcggatgatgtgaatagaaaattggtatctgagggcacaatgcttctgcagagt
gcactgagcaagaaaactgtagagaatgatgtacaaccaagaaagcccttatctaatatt
gggaatactgcgatgaaccgaaatgcaatgaaaccaggcaggaggagaaaatggcgtaaa
tcaacatttcagcttgttccaactggaccttctccgccctcgatgctacaaaacaatgaa
gctacaaccatcagggaggatgttcccctaagactgcctcgagcaatggattctatggcc
ctagataataatcctccattcgtggataggaattccatcagagctgatgaatctgtgagc
accaacaaggagatcagaggtcttatttcccaggggttgcgtaagaaagcatctaaagag
aaggagaaccatatgatataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (63)   

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