Oncorhynchus keta (chum salmon): 118381929
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Entry
118381929 CDS
T09424
Name
(RefSeq) LOW QUALITY PROTEIN: unconventional myosin-X-like
KO
K12559
myosin X
Organism
oke
Oncorhynchus keta (chum salmon)
Pathway
oke04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
oke00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
118381929
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
oke04812
]
118381929
Cytoskeleton proteins [BR:
oke04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
118381929
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_head
PH
MyTH4
SH3_19
RA_2
FERM_M
MYO10_CC
PH_3
PH_8
PH_11
RA
IRS
AAA_22
AAA_16
nSTAND3
ABC_tran
Motif
Other DBs
NCBI-GeneID:
118381929
NCBI-ProteinID:
XP_052355287
LinkDB
All DBs
Position
37:16904076..16986881
Genome browser
AA seq
2061 aa
AA seq
DB search
MEAFFAEGARVWVKEKEQLVPSTVSSCGDGNLVLTTDYGEVLYLQQAEVTRERVYAMHQS
SIDGVEDMSTLAELHEAAIMHNLYQRYQKDSIYTNIGSILAAVNPYKQIPGMYDLDRVEL
YSRHHIGQLPPHIFAVANECYRCIWKRHDSQCVLISGESGAGKTESTKLLLQFLSVMSQN
SAGTPPSEKTTPVEQSIVQSSPIMEAFGNAKTVYNNNSSRFGKFIQLHFSQSGNIHGGCI
VDYLLEKNRVVRQNPGERNYHIFYALLAGANKEHRELYFLDDPPESFHYLSQSGCLKDKS
LDDKQLFNSVMEALKVMEFTEEETRDVFRLLSGVLQLGNIQFMTAGGAQITTKQVLSNVS
ELLGLDCFQLSEVLTQRSMILRGEEICSPLTIEQAVDSRDSVSMALYSQCFSWIILRINQ
KIRGKDNFKSIGILDIFGFENFQVNRFEQFNINYANEKLQEYFNKHIFSLEQLEYNREGV
QWEAIDWMDNAECLDLIEKKLGMLALVNEESRFPKGTDFTLLEKLHSRHSTNPYYVKPRL
ADHQFGIRHYAGEVLYDVTGVLEKNRDTFRDDILNMLKESKLDFIYDLFERVGSRNSEET
LKMGTARRKPTVSSQFRDSLHSLMGTLSVSNPFFVRCIKPNNEKNPSVFDPEVVLNQLRY
SGMLETVKIRRAGFPVRRTFKDFISRYQIILQEKVGGAGDDKKRSTDLLTKYDRAKKEWQ
LGKTKVFMKESLEQHLEKERDEVRRKAGMVIRAHVLTYTARKHFKRVKGSVVTLQGYLRT
HIQRKWFLRRCLATRVLQKHRRGQVARASCRKLREERRKREEEERKKREQEEGGIEAAQG
SEKKEGKTEEEARQMEEILRIELEIERLQKQREDGVSQLCESSRQELRLRRDAEIKRLKK
EASRKATELIDLLDFGGLDPSLATAASASAERLQEGPGTATAGTQEEEVDEGFHAEEECT
VPLLPDFPPPAEADAAVDQDMFAHLPPPPPAFAEGSTATPPPPLLDSSSPTPVPPPPPPY
QLGMALTPLSHLPPHHCLLKRGREKEKRGRKKRVMEGGRVLSVGEAEEPIYSMPVDSGES
DYDEEEGSVTAGDDGSASGQNSNRGSAAMTEEEALRKSTCTNASIESYRGSSDSYIESDD
EHDGLLDTDEEVHNGRVTLLNGNGPPYFHSYLYMKAGLMIPWRRRWCVLKDETFMWFRSK
QESLKSGWLHKKGGGLSTLSRRNWKMRWFVLREHKLMYFDNDSEEKLKGTIDIRAAKEIV
NNHEKENALNIVTDERTYQVFAESPEDASAWYNVLSKVHVYTPEQLMDMSHEQANPKNAV
GTLDVGLIDSVCASDNPDRPNSFVIITANRVIHCNTDTPEEMHHWISLLQKPKGDAKIDG
QEFLVRGWLQKEMKTGTKSNVLKLKKRWFVLTHNSLDYYKSSERNSSKMGTLVLNSLCSV
FQPEERVHRETGYWNIVVHGRKHSYRLYTKMLNEALRWIAAIQAVIDSKTPIETPTLQLI
RDIKDSSLNPEAVEQTYRRNPILRYTQHPLHSPLLPLPYGEVIQRQQGYASLQDEAIRVF
NSLQEMETLADPVPIIRGVLQTCQDLRPLRDEVYCQVIKQTNHVPQPNQPNQRAHWHLLT
CMSCTFLPSRTILRYLRFHLKRVREHFPNTEIERYSAFINESLKKTKTRDFIPSQEEIVA
LLVRQEMTTTVYCHGGGSCKISINSHTTAGEVVEKLIRGLAMEDSRNLFSLFEHNKVTDR
ALESRVIVADVLAKFERLSGTEEVEEEGQWRLYFKLYCFLDMESMPKEGVEFAFMFEQAH
ESLISGHFPAPEETLQQLAALRLQYLHGDGASRAGWSLCSVYPMGRLRTRIFHSTKQGGV
AGGEGGGGQVGSVKGDGQDRRRTPSFLDGSLRRSFKTGSLKKQKEEEGQQVEMWVKEETS
ATRAHVLDKWTKLQGLPQHQALLKYMSIVKEWPGYGSTLFDVECKEGGFPHDLWLGVSAD
NLSVYKRGEPKPLQTFQYEQITFFGAPQPCTYQITVDGNDLFFHTPLVMEIAKIMKAYIN
MMVKKRCSIMSVSSVASAFVR
NT seq
6186 nt
NT seq
+upstream
nt +downstream
nt
atggaagcgtttttcgcggagggggcccgtgtgtgggtcaaggagaaggagcagctggtc
ccctctactgttagctcctgtggagacggaaacctggtcctcactaccgattatggagag
gtgttgtatctccagcaggctgaggtgactagagagagagtgtacgctatgcatcagtcc
agtatagatggggtggaggacatgtccactctggcagaactacacgaagctgccatcatg
cacaacctctaccagcgctaccagaaggacagcatctataccaacataggcagtatcctg
gcagcggtgaacccttataaacagatcccaggcatgtatgacctagatagagttgagctg
tacagtcgacaccacatcggacaactcccgccccatatctttgctgtagccaatgagtgt
taccgctgcatctggaaacgacacgacagccaatgcgtcctcatcagtggggagtcgggg
gctggtaagacagagagcaccaagctgctgctccagttcctgtctgtgatgagccagaac
tctgctgggacgcctccttctgagaaaaccacaccagtggagcagtccatcgttcagagc
agtcctatcatggaggcgtttgggaatgccaagacagtgtacaacaacaattctagtcgc
tttgggaagttcatccagctccacttctcccagagcgggaacatccatggtggatgtatc
gttgactatttactggagaagaaccgcgtggtgagacagaaccctggagaacggaactac
cacatcttctacgccctgctggccggagccaacaaggaacacagggagctgtatttcctg
gacgaccctcctgagtcattccactacctcagccaatcaggctgtctcaaagacaagagc
ctggacgataaacagctcttcaacagcgtcatggaggcgctgaaggtgatggagttcact
gaggaggagaccagagacgtgttcagactgctgtctggagtcctacagctgggcaacatt
cagttcatgaccgcgggaggagcgcagattaccaccaaacaggtgctcagtaatgtcagt
gagctactcgggctggactgcttccagctgtctgaggtgctgacgcagagatccatgatc
ctcagaggagaagagatatgctctccactcaccatagagcaggcggtggattcccgggac
tctgtctccatggctctgtattctcagtgtttttcctggatcattctccggatcaaccag
aagatcagagggaaagacaacttcaagtccatcggaatactggacatcttcggcttcgag
aacttccaggtgaatcggtttgagcagttcaacatcaactacgccaacgagaagctgcag
gagtacttcaacaaacacatcttctccctggaacaactggagtacaacagagagggagtc
cagtgggaagccatagactggatggataacgctgagtgtctggacctcatagagaagaaa
ctggggatgcttgcgttggtcaacgaggagagtcgcttccccaaagggacagacttcaca
ctgctggagaaactacacagcaggcactctacaaacccttactatgtgaagcctcgactg
gctgaccatcagtttggcatcaggcactatgctggagaggttctgtatgatgtcaccggg
gttctggagaagaacagagatacattcagagacgacatcctcaacatgctgaaggagagc
aaactggacttcatctatgatctgtttgagagagtgggcagcaggaacagtgaggagact
ctgaagatgggaacagccagacgcaagcctaccgtcagctcacagtttagggactctctc
cattccctcatgggcactctgagcgtgtccaaccctttttttgtgcgctgcatcaaaccc
aacaacgagaagaaccctagcgtgtttgacccggaagtggttctgaaccagctgaggtat
tctggaatgttagaaacagttaagatccgccgggccggcttccctgtccgcagaaccttc
aaagacttcatcagccggtatcagatcattctacaagagaaggtgggtggagcgggggat
gataagaagaggagtacagacctgctgaccaaatacgaccgtgccaagaaggagtggcag
ctgggaaagaccaaggtgtttatgaaggagtctctggaacagcatctggagaaagagaga
gacgaggttcgccgtaaagcaggcatggtcatcagagcccacgtcctcacctacaccgcc
aggaagcactttaagcgtgtgaaggggagcgtcgtcaccctccaggggtaccttcgtacc
cacatacaacggaaatggtttctacggcgatgcttggcgacacgggtactccaaaaacac
agacgaggacaggtggcccgcgcaagctgccgtaaactcagagaggagaggaggaagaga
gaggaggaggagaggaagaagagagaacaggaggagggaggcatagaggctgctcagggt
tctgagaagaaggaaggaaagacggaagaagaggcccgtcagatggaggagatcttgcgt
atagagttggagatcgagcgcctacagaaacagagggaggatggggtctcccagctctgt
gagtcctccaggcaggagctccggctacgtcgggacgcagagatcaagaggctgaagaag
gaggcctctcgtaaggccacagaactaatcgacctcctggactttggaggtctggatccc
agtttagccaccgctgctagtgctagtgcagagcggctccaggaggggccaggcacagcc
acagccggaacccaggaggaggaggtggacgagggcttccatgccgaggaggagtgtact
gtccctctcctcccagacttccctcccccagccgaggctgacgctgccgtggaccaggat
atgttcgcccacctgccgccccctccacctgccttcgctgagggctctacagctacacca
cctccccctctcctcgattcatcctcacccactcccgtccctcccccgcctcccccttac
cagctggggatggctctgacacccctctcccacctccccccccaccactgcctcctgaag
agggggagggaaaaggaaaagagggggagaaaaaagagggtgatggagggaggacgagta
ttgagcgttggagaagcggaggagccgatctacagcatgccggtcgacagcggcgaatca
gattatgacgaggaggagggctctgtcaccgcgggagacgatggttccgcatccgggcag
aatagcaacagaggcagcgcggccatgacagaggaagaagctctgaggaagtccacgtgt
accaatgccagcatagagtcatacaggggcagctctgactcatacatagagagtgatgat
gagcatgatgggctgttggacacagatgaggaggtacacaacggcagggtcactcttctc
aacgggaacggacctccgtacttccatagctacctctacatgaaggctggtttaatgatt
ccatggcgcaggcggtggtgtgtgttgaaggatgagaccttcatgtggttccgctccaaa
caggagtccctcaagtctggctggctccataagaagggaggaggactgtccactctgtcc
cgcaggaactggaagatgcgttggtttgttctgagggaacacaaactgatgtactttgac
aacgacagcgaggagaaactgaagggaaccatcgacatccgcgccgccaaggagatcgtg
aacaaccatgagaaggagaatgcgttgaacatcgtgacagatgagaggacgtaccaggtg
tttgctgagtcgccagaagacgccagtgcgtggtataacgtcctcagtaaggttcatgtg
tatactcccgagcagctgatggacatgtctcatgaacaggccaaccccaagaacgctgtg
ggaactctggacgtggggctgattgactcagtctgtgcctctgacaacccagacaggccc
aactcctttgtgatcatcacagcgaaccgtgtgatccactgtaacactgacactccagag
gagatgcaccactggatcagcctgctgcagaaacctaaaggagacgccaagatagacgga
caggagttcctggttaggggttggctccagaaggagatgaagacaggaactaagagtaat
gttctgaagctgaagaaacgctggttcgtgttaacccataactccctggattactacaag
agctctgagcgaaactcctccaagatgggaaccctcgtcctcaactccctctgctctgtc
tttcaacctgaggaacgagtgcacagagagacagggtactggaacatcgtagtgcacggt
aggaagcactcgtatcgcctctacaccaagatgctgaatgaagctctgagatggatagca
gccatacaggcagtgatagacagcaagacacccatagaaacaccgacactacagctcatc
agagatatcaaggacagcagtctgaaccctgaggcagtggagcagacctacaggaggaat
cccatcctcagatacactcagcaccctctacactcccccctactgccactaccctacgga
gaagtcatccagagacagcagggctatgccagtcttcaggatgaagcgatccgagtgttt
aactctctccaggagatggagactctggcagaccctgttcctatcattcggggggtactg
cagacctgtcaggacctgagacctctccgagacgaggtatactgtcaggtgatcaagcag
accaatcacgtgcctcagcccaatcagcccaatcagcgggctcattggcacctcctcacc
tgtatgagctgtaccttcctcccaagccggaccatcctcagatacctgcgcttccacctc
aaaagggtgcgagagcatttccccaacacagagattgagcgttattctgcttttatcaat
gagtctctgaagaagaccaagaccagggactttattccgtctcaggaggagattgtggct
ctactggtgaggcaggagatgacaactacagtctactgccatggaggaggctcctgcaag
atctccatcaattcacacaccaccgctggagaggtggtggagaagttgatccgcggcctg
gccatggaggacagtaggaatctgttctctctgtttgagcacaacaaggtgacggaccga
gctctggagagcagggtcatagtggctgacgtcctcgccaagtttgagaggctgtcaggg
actgaggaggttgaggaggaaggacagtggagactctattttaaactttactgtttcctc
gacatggagagcatgcctaaggagggggtggaatttgctttcatgtttgagcaggcccat
gagtctctgatcagtggtcacttcccggccccagaggaaactttgcagcagctagccgct
ttacggctacagtatctccatggagacggggccagccgcgctgggtggagcctctgtagt
gtttacccaatggggcgcctccgcacgcgcatcttccactccaccaaacagggaggcgtg
gcaggaggagagggaggaggagggcaggtgggaagtgtcaagggggacgggcaggataga
aggagaacccccagcttcctggatggaagtctgaggcgcagcttcaagacgggctcgctg
aagaaacagaaggaggaagaggggcagcaggtagagatgtgggtgaaggaggagacatcg
gccaccagagcccatgttctggataaatggaccaagttacagggactcccccagcaccag
gctctgctcaaatacatgtccatcgtcaaggagtggcccggatatggctctacactgttc
gacgtggagtgtaaggaaggaggttttccccatgacctgtggctgggtgtgagtgctgac
aacctgtctgtgtataagagaggggaacccaaacctctgcagacgttccagtatgagcag
atcaccttctttggagctccacaaccctgcacctaccagatcactgtcgacggcaacgac
ttgttcttccacactccattggtgatggagattgctaagatcatgaaagcctacatcaac
atgatggtgaagaaacgctgcagcatcatgtctgtctccagcgtcgccagcgccttcgtc
aggtga
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integrated database retrieval system
