Salmo trutta (river trout): 115164841
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Entry
115164841 CDS
T08542
Symbol
kif27
Name
(RefSeq) kinesin-like protein KIF27 isoform X1
KO
K24186
kinesin family member 27
Organism
stru
Salmo trutta (river trout)
Pathway
stru04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
115164841 (kif27)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
stru04812
]
115164841 (kif27)
Cytoskeleton proteins [BR:
stru04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
115164841 (kif27)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Kinesin
Microtub_bd
KIF21A
Motif
Other DBs
NCBI-GeneID:
115164841
NCBI-ProteinID:
XP_029573553
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All DBs
Position
27:29386336..29398339
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AA seq
1142 aa
AA seq
DB search
MLPASCLVMGEVCVRVAVRIRPLLPKEVLHNHQVCVRVVPDSAQVMLGSDRTFSFDHAFG
PTASQDQFYESCVKPLVASLVDGYNATVFAYGQTGSGKTYTLGGGHVASLVEEESGIIGQ
AAADLFVLLGERRAADVRSAADVRVSYVELYREELRDLLELHTAHRELHIREDDRGNTVV
VGARETVITSAEELQSVLEAGNALRHTGPTQMNERSSRSHAIVTVQLTQHNHDDGSVRSS
KLHLVDLAGSERAARTGNTGLRLKESVHINTGLLALGNVIRALSDPHRRGNHVPYRDAKI
TRLLRDSLGGSAHTLMVACVSPSHHNVTETLSVLQFASRARHVKNQPGLCPARACTGWQP
GEARVEELEQEVQTLREALRKRDKTGGGVFMTDSSKQTPQEEHDNRGAGLVEEPQYCCLA
QDAAFILEELQSSTLSPALQHRLQEWLGRHEELSHSCHTDHQHPVGDTGDKPHHNTILQL
RRELRKCQDTLAIDEQVFDQREAELQQVQRQVQTLLQEKQRHLQSLQEEREHRRKQSEQL
VEQQLLIDRLRGDLLTSRMASSGALLETGASGKSAKRPHSVPLISQGHCGTRKIHTSPPA
CSLERVMAAFKTRSQLLLAQIEEKDEVICPQREQEEAEEEDQGGSKGFRRSMNRTWTSRP
NPACFNQNQTQNTSLDQIEDGLQLPQPSKLPTEREERRVRRSQTVNLQRLQQAETQSRAS
LQTIGSRDLYRTKDLGTDNMAVFQNGACKDSEEKLSERRTWLEQEEERALQRRRGLQELE
EELRHREEVLQHREACVQERKQLQIKRLRSSQALSQDLLRVSARLGALDQELEERGGVRR
RLSSPAAGLCGVSMEELLKERESLRLRRDTLDTQLRDGRVLTPEEEHALLQLEEALEALD
AAVEFKNRSIQERQRELGDTSNPAHGDEDDDIMRALRELPLPEASALLVKYFNKVVCLRE
SEQRLQLRCEELELQSGEQEAVTREMEAALQRLTLDTDRRLTEQHREHQHSIQLLLQQCR
EGGSGNSGQAVQARLQQLERDLFFYKSSSRELKRKLRELVTKSLPPQAPELQTQGRKGAS
NGAGDSPSLQTPRVELAPVRLSRRELRQLSPSDPRSTRVRYTMRASRGSFQEDSIEVPRN
TY
NT seq
3429 nt
NT seq
+upstream
nt +downstream
nt
atgttaccagcgtcctgtttggtcatgggagaagtgtgtgtgcgggttgcggttcggatc
agacctttgcttcccaaagaggtgctacacaatcaccaggtgtgtgtgcgcgtggtgccc
gacagcgcccaggtgatgctgggaagcgaccgaaccttttcttttgaccacgcctttgga
ccgactgcatcgcaggatcagttttacgagtcatgtgtcaaacctctggtggcatccctc
gttgacggctacaatgctacagtgttcgcctacggacaaaccggttctggaaagacgtac
acccttggcgggggacatgttgcatctctggtggaggaggaaagtgggatcattggtcag
gctgcagcagatctgtttgtgctcctgggggagaggagggctgcagacgtcaggtctgca
gcggatgtgagggtgtcctatgtggaactgtaccgggaggagctcagggacctgctagag
ctccacaccgcacacagagagctgcacatcagagaggacgacaggggcaacacagttgtg
gtgggggccagagagactgtgattacctcagctgaggagttgcagagcgtcctggaagct
ggcaatgccctgagacacactggccccactcagatgaatgagcgctccagccgctctcac
gcaattgtcaccgtgcagttgacacagcataaccacgacgacggctctgtccgctcctct
aaactccacctggtggatctggctgggtcggagcgggctgcgcgcactgggaacacaggc
ttgcgcctcaaagagtctgtccacattaacaccggcttgctggctctgggcaacgtcatc
cgtgcactctctgacccccatcgccgtggcaaccatgtgccgtaccgtgacgccaagatt
acacgcctcctccgggactcactgggtggctccgcccacacactcatggtggcctgcgtc
agcccctcccaccacaatgtcacagagacgttgagcgtgctgcagtttgcctcacgggca
cgccacgtgaagaaccagcctgggttgtgtcctgccagggcatgtacgggctggcagcct
ggagaggctcgtgtggaggagctggagcaggaagtccagactctgagagaggcactgaga
aagagggataagacagggggaggggtctttatgactgacagctccaaacagacccctcag
gaagagcatgacaacaggggtgcgggcctagtggaggagccccagtactgctgccttgca
caggacgctgccttcatattggaggagctccagagttccaccctgagtcctgctctgcag
caccgcttgcaggaatggctggggagacacgaggagcttagccactcctgccacactgat
caccagcaccctgtgggggacacaggggacaagcctcaccacaacaccatcctccagctc
agacgagagctcaggaagtgccaggatactctggctatagacgagcaggtatttgaccag
agggaggcagagctgcagcaggtgcagaggcaggtgcagacactgctacaggagaaacag
agacacctccagtccttacaggaggagagggagcacagacgcaaacagagcgagcagctg
gtagagcagcagctgttaatcgatcgtctccgcggtgacctcctgacctccaggatggca
tcctcgggagccttgctggaaaccggggcttctgggaagtctgcgaagagacctcacagt
gttcccctgatcagccaaggccattgtggtacaaggaagatccacactagtcctccggcc
tgttcgttggagagggtgatggctgcctttaagacccgcagtcagctgctgctggcacag
atagaagagaaagacgaggtcatctgcccacaaagagaacaggaggaagcggaggaggag
gatcagggggggagtaagggattcaggcgctcaatgaaccgcacatggacaagcagaccg
aacccagcctgttttaaccagaaccagacgcaaaatactagtttggaccagattgaggac
gggctccagttacctcaaccgtcaaaactccctacagagcgcgaggagcgcagagtgagg
cggagtcagacggtgaatctgcagcgcctacagcaggcggagacacagagcagggctagc
ctgcagaccattggctccagggatctatacaggaccaaggacctggggacagacaacatg
gctgtctttcagaatggagcgtgtaaagactcggaggaaaagctgtctgagagacgcacg
tggctggagcaagaggaggagcgtgctctgcagaggaggaggggcctgcaagagctggag
gaggagctgaggcacagagaagaagtgctgcagcaccgagaggcctgtgtccaggagagg
aaacagctgcagatcaagaggctccgctccagtcaggctctgagtcaggacttgctgcga
gtgtcagctcgtctgggagctttggatcaggagctggaggagagaggaggtgtaaggagg
agactgtcctccccggcagcagggctgtgtggagtgtctatggaggagctgctgaaggag
agggagagccttcgtctgaggagggacaccctggacacacagctgagagacggcagggtg
ctcacgccagaggaggagcatgccctgctgcagttggaggaggccctggaggcgttggat
gctgctgtagagtttaagaaccgttccatccaggagagacagagagagctcggggacaca
tcaaaccccgcccacggagacgaagatgatgacatcatgagggcgctaagggagctgccg
cttccagaggcctctgcactgttggtcaaatacttcaacaaggtggtgtgtctgagggag
tcggagcagcggctgcagctgcgctgtgaggagctggagctgcagagtggagagcaggag
gcagtgaccagggagatggaggcagctctacagcgcctcactctggacacagaccggcgg
ctcactgagcagcatcgagagcaccaacatagcatacagttactactgcagcagtgccga
gagggtggctcagggaacagtggtcaggcggtccaggctaggctgcagcagctggagaga
gacctgttcttctataagagctccagtcgtgagctgaagcggaagctccgagagctggtt
accaaatccctccccccccaggctccagaactgcagacccagggcaggaagggtgccagt
aatggagcaggggacagccccagcctgcagactcccagagtagagctggcccctgtccgt
ctgtcccgtagggagctgaggcagctctcaccctctgacccccgcagcactagggtgcgg
tataccatgagggccagcagaggctcattccaggaggactccattgaagtgcccagaaac
acttactga
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