Oncorhynchus mykiss (rainbow trout): 110514705
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Entry
110514705 CDS
T07259
Symbol
kif13a
Name
(RefSeq) kinesin-like protein KIF13A isoform X1
KO
K17914
kinesin family member 13
Organism
omy
Oncorhynchus mykiss (rainbow trout)
Pathway
omy04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
omy00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
110514705 (kif13a)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
omy04812
]
110514705 (kif13a)
Cytoskeleton proteins [BR:
omy04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
110514705 (kif13a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Kinesin
Kinesin_assoc
Microtub_bd
CAP_GLY
DUF3694
KIF1B
FHA
Yop-YscD_cpl
Motif
Other DBs
NCBI-GeneID:
110514705
NCBI-ProteinID:
XP_036792226
LinkDB
All DBs
Position
2:6688891..6839464
Genome browser
AA seq
2034 aa
AA seq
DB search
MKMSDTKVKVAVRVRPMNRRETELHTKCVVDMEDNQTVLHPPPSNNKGENSRKQSKVFAF
DHCFWSMDESNMPKYAGQEVVFQCLGEGILENAFQGYNACIFAYGQTGSGKSFSMMGNKK
APGLIPRLCCSLFERIGREDSQVLSFKVEVSYMEIYNEKVRDLLDPKGSRQSLKVREHKV
LGPYVDGLSQLAVTNFEDIEVLMSEGNKSRTVAATNMNEESSRSHAVFSIIVTQTLYDLK
SGNSGEKVSKMSLVDLAGSERVSKTGAAGERLKEGSNINRSLTTLGCVISALADQSAGKG
GKNKFVPYRDSVLTWLLKDNLGGNSKTCMIATVSPAADNYEETLSTLRYADRAKRIVNHA
VVNEDPNARIIRELREEVEKLRVQLSQAESLKAPELKERLQESEKLIQEMTVTWEQKLRN
TEEIATERQQQLESMGISLETSGIKVGDDKCFLVNLNADPALNELLVYYLKEHTRVGADT
SQDIQLFGIGIQSEHCVLEISPDGGEVTLTPIENARTCVNGTMTVSLVHLWHGDRILWGN
NHFFRINLPGRKRRERLKELERERASPRESYVEVDVETGSEASSEQDYSYEFAQTEVMMK
TLGNNDPMQNVVQVLEKQYLEEKRTALEEQRMMYERELESLRQQLSPERTNQHQRSSSDR
LTFPTHTPSHHSKIRPWTEERDELFRQSLSRLREQVVKANTLVREANFLAKEMNKLTDYQ
VTLQIPAANLSANRKRGAIVSEPAILVRWKGKGTQVWTIDKLDNKLVDMRDHYRDWKEGA
EDTHTKLNDHKQHSESFYEAQENHNLIGVANVFLECLFHDIRLQYAVPIISQQGEVAGRL
HVELMRVSGAVPDRLEGGDDSSENSSESSIYDVMDTQGEMVHMARKLTCRVRIREATGLP
LNLSNFVFCQYTFWEGAEPTVAPPMVSPDTPTTPRTPDAQFTVRFDHCKEYVVHVTEEFL
EFIADGALAIEVWGHRCAGNGRSPWELDALLAKTRTLRDRWSEVSRRIELWVSIQELNEQ
GDYSDVEMHPGKDIGTGGVFQLRQGHSRRLQVCVKQVQDSGTLPLLVETVLSVSIGCVSA
RSTKLQRALDSYQREEEDGDMDSYQEEDLNCVRDRWSEALIKRREYLDEQINKIINKQEK
SEEDMEREARLVEQWVGLTEERNAVLVPAPGSGIPGAPAHWAPSAGMEAHFPVLFLDLNA
DDLTVTQQLTGPNAAGVNSILPKEHGSQFFYLPIIRHSDDEVSALCSWDSSIHDSVHLNR
VTSPNERIYVIIKATVQLSHPVSMELVLRKRISVNIYNKQSFTQSLKRRMSLKNTLYSCG
VTYEILSNIPKASEEPEERETLALMAARGDGEESQDGQTYIEQYTRGLLEVENILSLERL
RQAVTVKEALSVKGRNIRRSFSTPNVQHTSCSKTDLIGWEDVDWKDHCDLHQDVSDCTPQ
DGGSLCGTPLRNKTENHVRSPSGLVPESPTFFNSSPFKALSPQTPKFLKSLLPVREESKT
KRVLEARPLLGQESMRSSCVDSSVLLPPPCHGQAPWRRPRAGSEGHRSPSTATLTPSTLT
LSTCTSRKLSLTLPHTADSEEETDMALSLGLGPQDFHSFQSYIPEDFANFEVYNAALESQ
EGGTGGRGELRGVRGHGGGGEREGAPRSPTASSCTSGYFSHSASDATLSDVPFGASDSSD
QLSASAMAQDRNDPDRETHNLHPHESPSFHCTSTARGCVQTRSVSPWGDTQTPAFPPGVP
SQPLPTTSPSSPVSIPNCSEQPPSPSSPVSIPNCSEQPPSPQPRRCVLSVSQEFTDFKGA
DDGMEDLGELGHFQSGDAPHISPVPAEEEKGGSGSRHQTSDKDLVVINTQQQQHTSHPGN
ARLPQPHSHLHNGKQCIGSVAMPCPPPSSPPGQLAGGEPQIQEPIQGDLPPGSPCPSPCC
PSPNPSSTEASGDSCSGDEGSGSPVAQLPDWMAPGEQVWVGKRSGTVHYVGGVEFAKGIW
VGVQLDLAVGKHNGTVQGRVYFRCPPGHGVFVKPSCLTRGPPSMDTTDPQPLVR
NT seq
6105 nt
NT seq
+upstream
nt +downstream
nt
atgaaaatgtcggataccaaggtaaaagttgcagtcagagtccgacccatgaaccggaga
gaaacggaactgcatacaaaatgtgtggtggatatggaggataaccaaactgttctgcat
ccaccgccttccaacaataaaggagaaaacagcaggaaacaatctaaggtgtttgccttt
gaccactgtttctggtccatggatgagtccaacatgcccaagtatgctggtcaagaggtg
gtgttccagtgccttggtgagggaatactggaaaacgcctttcagggatacaatgcctgc
attttcgcctacggacaaacagggtcagggaagtccttctccatgatggggaataagaag
gctccagggctgatccccaggctgtgctgctccctgtttgagaggatcggccgggaggac
agccaggttctctccttcaaggtggaggtctcctacatggagatatataacgagaaggtc
cgtgacctgctggaccctaaagggagtcgtcagtctctgaaggtcagagagcacaaggtt
ctgggtccgtatgtggacggtctgtcacaactggcggtcaccaactttgaggacattgag
gtgttgatgtcggaggggaataagtcgaggacggtagcagccaccaatatgaatgaggag
agcagtcgttcccacgccgttttcagcatcatcgtcacacagacactctacgacctgaag
tctgggaactcaggggagaaggtgagcaagatgagcctggtggatctggctggtagtgag
cgtgtatctaaaactggagctgcaggggagaggctgaaggagggcagcaacatcaacagg
tctcttaccacactgggctgtgtgatctctgcgctggcggaccagtctgcagggaagggg
gggaagaataagtttgttccttacagagactctgtcctcacctggcttctcaaggacaac
ctgggtggcaacagtaagacgtgtatgatcgccacggtgagcccagcagctgataactac
gaggagacgttgtccacgctgcgttacgcagaccgcgccaagaggatcgtcaaccacgcc
gtggtcaatgaagaccccaacgcacgcatcatcagagagctccgggaggaagtggagaaa
ctcagagtacagctctctcaggctgagtctctaaaggctccagagctgaaggagaggctt
caggagtcagagaagctgatccaggagatgaccgttacctgggagcagaaactacgcaac
acagaggagatcgctacggagcgtcagcagcagttagagagtatggggatctccctggag
acgtctgggatcaaagttggagatgacaagtgcttcctggtcaacctgaacgcagacccc
gccctcaatgagctgctggtctactacctaaaggaacacacgcgtgtgggtgcagacacc
tctcaggacatccagctctttgggattggtatccagtcagaacactgtgtgttggagatc
agcccagacgggggggaggtcaccctcacccctatagagaatgccagaacctgtgtgaat
ggaaccatgactgtgtccttggtccacctgtggcatggagaccgcatattgtggggcaac
aaccacttcttcaggataaacctgcctgggaggaagcggcgcgagcgtctgaaggagctg
gagagggaacgtgcgtcccccagggagagctatgttgaggtagacgtagagacaggcagc
gaggcctcctcagaacaggactacagctatgagttcgcccagacggaggtcatgatgaag
accctgggaaacaacgatcccatgcagaacgtggtccaggttttagagaagcagtacctg
gaggagaaacgcacggcgctggaggaacagaggatgatgtatgagagagagctggagtca
ctacggcaacagctgtctcctgagaggaccaatcagcatcagcgatccagcagcgaccgc
ctcaccttccccacacacacaccatcacaccacagcaagatacgcccctggactgaggag
agggacgagctgtttcgtcagagtctgtccaggctgagggagcaggttgtcaaggccaac
accctggtgagagaggccaacttcctggcaaaggagatgaacaaactgactgactaccag
gtcaccctccagatccctgcagctaacctcagtgccaaccgcaagcgtggagccatagtg
agtgaaccagccatcctggtgaggtggaaagggaaggggacacaggtctggaccatcgac
aagctggacaacaaactagtggacatgagagaccactacagagactggaaggagggagct
gaggacacgcataccaagctgaacgaccacaagcagcacagtgagtccttctatgaagct
caggagaaccacaacctgataggagtggccaacgtcttcctggagtgtctgttccacgat
atcagactacagtacgctgttcctatcatcagccagcagggggaggtagccggcaggctc
cacgtagagctgatgcgtgtcagcggggcggtgccggaccggctggaggggggagatgac
tcgtcagagaactccagtgagagcagcatctacgatgtgatggacactcagggagagatg
gtccacatggccaggaaactcacctgcagggtgcgtatcagggaggccacggggctgcct
ctcaacctgtccaacttcgtcttctgccagtacaccttctgggagggggcggagcctacg
gtggccccgcccatggtcagcccagacacgccaaccacgcctcgcacccccgacgcccag
ttcaccgtccgcttcgaccactgcaaggagtatgtggtccatgtgacagaggagttttta
gagttcatcgcagacggggcgctggccatcgaggtgtggggtcaccgctgtgccgggaac
ggacgctctccctgggagctggacgcactgctggccaagacacgcaccctacgagacagg
tggagtgaggtgtctcgtcgtattgagctgtgggtttctatccaggagctgaatgagcag
ggggactactctgatgtagagatgcatcctgggaaggacatcggtactggaggagtgttc
cagctcagacagggtcactcgcgcaggctgcaggtgtgtgtgaagcaggtgcaggactct
gggactctgcctctgctggtggagactgttctgtctgtctctatcggctgtgtgtcagca
cgctccaccaagctacagagagccctggacagctaccagagggaggaggaggatggagat
atggatagttatcaggaggaggacctgaactgtgtgagggaccgctggtctgaggccctc
atcaaacgacgagagtatctggacgagcagatcaacaagatcatcaacaaacaggagaag
tcagaagaggacatggagagggaggccaggctggtggaacagtgggtagggctgaccgag
gaaaggaacgctgtactggtgcccgcgcctggcagtggcatacctggtgcccctgcccac
tgggccccctctgctgggatggaagctcacttcccagtcctcttcctggacttgaatgca
gatgacctgacagtgactcaacagttaacgggacccaacgctgccggggttaactctatc
ctacccaaggagcacggcagccagtttttctacctgccaatcatcagacacagtgatgac
gaggtgtcagcgctgtgctcctgggactcatccatccacgactctgtgcacctgaaccgc
gtgacgtcacccaacgagcgtatctacgtgatcattaaagccacggtgcagctcagccat
cctgtctccatggagctggtgctgcgcaagaggatctctgtcaacatctacaacaaacag
agcttcacccagagtctgaagagaaggatgtccttgaagaacacactgtactcctgtgga
gtcacctatgagattctgtcaaatataccaaaggcgtctgaggagcctgaggagagagag
actctggccctgatggcagcgaggggagacggtgaggagagtcaggatggacagacctac
atagagcaatacaccagaggacttctggaggtggagaatatactgagcctggagagactc
agacaggcggtgacggtgaaggaagctctgtctgttaaagggagaaacatcagaaggagc
ttcagcacccccaacgtacagcacacttcctgcagcaaaacagacctgattggctgggag
gatgtagactggaaggaccattgtgaccttcatcaggatgtctctgactgcactccccag
gacggtggttctctgtgtgggacgccactcagaaacaagacagagaatcacgtgcgttcc
ccctcaggtctggtaccagagagccccaccttcttcaactccagcccgttcaaggccctc
tctccccagacgcccaagttcctcaagtctctgctgccagtcagagaggagagcaagacc
aagagagtcctggaggcacgaccactactgggacaggagagcatgcgctcttcatgtgtg
gacagctctgtgctgctcccccctccctgccacggccaagccccctggcgcaggcccaga
gcgggcagcgagggccaccgcagcccctccaccgccaccctcaccccctccaccctcacc
ctcagtacctgcaccagcaggaagctcagcctcacactgccacacaccgctgactctgag
gaggaaacagacatggccctgagtttgggtctgggccctcaggacttccacagcttccag
tcctacatcccagaggactttgccaactttgaggtgtacaacgctgccctggagagccag
gagggggggacggggggcaggggagagctgaggggggttcggggacatggtggagggggg
gaaagagagggggctccccggagccccaccgccagcagctgcaccagcggttacttctcc
cacagtgcctcagacgccacgctctctgacgtgccattcggggccagcgacagctccgac
cagctcagcgcctccgcaatggctcaagacagaaatgaccctgaccgggaaacccacaac
ctccacccccacgagtccccctccttccactgcaccagcacggcccgaggctgtgtccag
accagaagtgtctcgccgtggggtgacacccaaacccctgcgtttccccccggcgtcccc
tcccagcccctccccaccacctccccctcctcccctgtcagtattcctaactgctcagag
cagccaccctccccctcctcccctgtcagtattcctaactgctcagagcagccaccctcc
ccgcagccccgcaggtgtgtcctcagcgtcagccaagagtttacagacttcaagggggcc
gacgacggcatggaggatctgggtgagctgggacacttccagtctggggatgcaccacac
atatcccctgtcccagcggaggaggagaaagggggctctggcagcaggcaccagacctct
gacaaagacctggtcgtcatcaacacacaacaacaacaacatacatctcaccccggtaac
gcccggctccctcagccccactcacacctccacaacggcaaacagtgtatcggcagcgta
gccatgccctgcccaccaccctccagcccgccaggccagctagcaggaggagagccccag
atccaggagccaatccagggagacctacctccagggagcccctgtcccagcccatgctgc
cctagccccaaccccagcagcactgaggcctctggggactcctgcagcggagacgagggc
tctggttctccggtggcccagctgcctgactggatggctcccggggagcaggtctgggtg
gggaagaggagcggcacggtgcactacgtcggcggggtggagttcgccaaggggatctgg
gtcggggtgcagctggacctggctgtgggcaagcacaacgggacagtccaggggagggtt
tacttccgctgtcctccaggccacggggtgttcgtcaagccctcctgtctcactagagga
cccccctccatggacaccacagacccccagcctctggtccgataa
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