Tachysurus fulvidraco (yellow catfish): 113662674
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Entry
113662674 CDS
T08119
Symbol
myo15b
Name
(RefSeq) unconventional myosin-XVB isoform X1
KO
K10361
myosin XV
Organism
tfd
Tachysurus fulvidraco (yellow catfish)
Pathway
tfd04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
tfd00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
113662674 (myo15b)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
tfd04812
]
113662674 (myo15b)
04147 Exosome [BR:
tfd04147
]
113662674 (myo15b)
Cytoskeleton proteins [BR:
tfd04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
113662674 (myo15b)
Exosome [BR:
tfd04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
113662674 (myo15b)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MyTH4
SH3_2
SH3_9
FERM_M
SH3_1
RA
Motif
Other DBs
NCBI-GeneID:
113662674
NCBI-ProteinID:
XP_027033519
LinkDB
All DBs
Position
8:10051600..10074151
Genome browser
AA seq
1620 aa
AA seq
DB search
MDVGMLEIPAELSARLRSATGRPHGSGVTEVAPPQVKAEHRLSLPPDIDSYPFSRYANTV
LKDGWCQAQGLSLQRPLTSLEAGDSRIALEIYKLIIRFCGDSEMTGWQEQMLGNYIVEKG
QSRPSLRDEILAQLVYHTWGCEDVERSLRSWFLLASCLSAFTPSPLLDKTLLKYVSDQGP
GEYRSLCQHKLLTSLQLPSPACRQHSPTQLEWTANQRKGKMVVEVNTFNEEKLTAEVESW
TTGEQLASWLLSFRGVPELPRGWSVSLLADEGWSDLNGCDYVMDLLASAENDTPLGQTSA
HPDYLFSDMGNRVMASDLDDFIPPAPSMQAPGLPPFEAPQRDSYDQYSSSQGSRAPKLDS
YVDDLFDPVLDQGPPDFERTAMLNRRMRGGGGMHPSMYNGAGVPMPAYMGMPMNPAMPSY
ATTPMMPNMMPGVAQMPMMPPMPSMMMPGAMAQSAMPTSPPAINPQQLAEQQQAFINQQA
LLMAQQMTLQAMTLSQQQQEEKLQKQRKQQQQSEKQQRADPQSSQSTTPAEQPTHSTARK
PNNPPVQHTPPVLQQPRKDDNTAQNPESFQAKRAFFQKIGTQEAPSKPPPKFAKPLLYAP
AEQGKAPPPVPTMPKVKPPPEPSIPPESSTSDHESPPMSPSKPEPSSNIRDIIKRYQSKP
PPDPKAFEPVRVPPKHFMKKNDPKEEALAILRAKGPVSPQKKVWAPPPPQKKEPLFPLPP
AAPPAPPSEPQRPGPRSISNSMKQKQRSLADLFGSQRSHAPPTISPEPAPVLPNNIPDPP
LMPAPGLNQLPMTNEESVRSQLHKFTASVSFSYSRMPGKLFLRKELFYPREKFTRPYILN
LLCEQIMRDTYSDACVRISREERRKMKDLLGRFHVGTSISTVQDDAMKKRVVMAARDNWA
NYFTRLFSITGGNADDTQILGVSHRGIKMLKIVRASGINPKHLKLLRSYSYAEMLSVELK
DAETVLISLKSEDLRIHSSQAPQITHVVRLFLSELTKGSEYVIALKSYVTDDRSLLSFQK
GDVIKLLQMDGLQNGWNFGSTGGRSGLFPADITQPSAPPDYHSMAISRQLERKKSMRSSR
TSLMPPGGRSSKKSTSLESRASQHSIERSEVGSVHSSEIDLQQYHMTEFARKFFREAILR
PNERGQATGVRELEQMVQYTAEPINESLILFSDKELSVLGVQSFMHVMQFMTDQPLRKDQ
TEGKCASFIVQLAKEKEFLRDELYCQIIKQTSNNPHKESCARGWLLLYLITGFFPCSSTL
LPYVTRHLQSCGQDPNHPYREKAQVCKDNLKQSLAFGGRRYIPSHVEMEAILAGRSTRML
PILLPGEVEFTCKVRSFSVASEVMIDICTEMGVSDPAEVNEFALLATRKHDGQVRPIHPD
EYVLDFLLDDGSVLLSFHRLIWKHPLHFENDLYVEFHYHLILADYLRGKYILPGNSSTFK
QEVAEFAAIQHLALGFGQQPTPQELKRYFPCMDGVNANDQNLHSVALRHFSLIANTNPTD
AKLHFIKTLSSLHLFGFNVFMAQKVSHKGCPSPCLLAVNHEHINILHPQTQLSALTIPVE
EVQSLRSFCPKKEKVPAVEINFGNPSHVNTIAIYLKQARELIHIIAIIMDLVTPTPRNCT
NT seq
4863 nt
NT seq
+upstream
nt +downstream
nt
atggatgtgggaatgctggaaatcccagctgagttatcagctcgattgcgtagtgcaaca
ggccgtccacatgggtcaggggtcacagaggtagctccaccgcaggtcaaagctgagcat
cgcctctccttgcctcctgatattgacagctacccattctcccgatacgccaacacagtt
ctcaaggatggatggtgccaggctcagggtctttccctacagagacccctcacctctctg
gaggcgggggattcccgcatcgctctggagatatacaaactgattatacgcttctgtgga
gactcggagatgactggatggcaggagcagatgttagggaattacatagtggagaaaggc
caaagcagaccttcactcagggatgagatcttggctcagctcgtctatcatacatggggt
tgtgaggatgtggagcgctcactgagaagctggtttctcctggcctcctgtctcagtgcc
ttcacaccatctcctttactggataaaactctgctcaagtatgtgtccgaccagggtcca
ggagaatatcgctctctgtgtcagcataaacttctcacatcacttcagctgccatctcct
gcttgtagacaacactcacctactcagcttgaatggactgccaatcagagaaaggggaag
atggttgtagaggtcaacaccttcaatgaggagaagttaacagcagaagtggaatcctgg
actacaggagaacaactggcatcctggcttttgagctttagaggtgtgcctgagcttccg
cggggctggtctgtgtctctgctagctgatgagggctggtctgatctaaacggctgtgat
tacgtgatggatctgctggccagtgcagagaatgatactcccttgggacaaacatctgcc
catcctgattatcttttcagtgacatggggaacagggtgatggcctcagatttggacgac
tttatccctccagccccctccatgcaggctcctggcctccctccttttgaagccccccaa
agggactcttatgatcagtatagctcatctcagggatcccgagcacctaagctggattcc
tatgttgatgacctttttgatcctgtcctggatcagggacctccagactttgagcgaact
gccatgctaaaccgcaggatgaggggaggaggagggatgcacccaagcatgtataatgga
gcaggagttccaatgccagcttatatgggaatgcccatgaatccagccatgccatcctat
gcaaccacaccaatgatgcctaacatgatgcctggagttgcccaaatgcctatgatgccc
cctatgccatctatgatgatgccaggtgcaatggcacaatccgctatgcccaccagccct
ccagccatcaacccacagcagctggctgaacagcagcaagctttcatcaaccagcaagct
ttgctcatggcccagcagatgacgttgcaggcaatgacactgtcccaacagcagcaggaa
gagaagctgcaaaaacagcgcaagcaacagcagcagtcagagaagcagcagcgtgcagat
cctcagagttcacagagcaccacccctgcagaacagcccactcacagcacagcacgtaaa
cccaacaatccacctgtgcagcatactcccccagtgctccagcaacctagaaaagatgac
aacacggcacagaacccagaatcttttcaggcaaaaagagccttcttccagaagattgga
actcaggaagctccttcaaaacctcctccgaagtttgctaaaccacttctctatgcccca
gctgaacagggcaaagctccacctccagttccaactatgcctaaagtaaaaccacctcca
gaacccagtataccaccagagtcatcaacatcagatcatgaatcacctccaatgtcacct
tctaaaccagaacccagcagcaacattcgagatatcatcaagcggtaccagagcaagcct
cctccagatcccaaggcctttgagcctgtcagggttcctcccaagcactttatgaaaaag
aatgaccctaaagaggaggcactggccattctcagagcgaaaggaccagtttctccacag
aagaaagtgtgggcccctcctccaccacaaaaaaaagagccactatttcctcttcctcct
gctgctcctccagctcctccatctgagcctcaaagacctggtcctcgctccatctccaac
agcatgaaacaaaagcagcgttctctagctgacctctttggctcacagcgctctcatgcc
ccacccactatttctccagaacccgcccctgttctcccaaataacatccctgacccaccc
ctaatgcccgcacctggactaaatcagcttccaatgaccaatgaagagagtgttcgctcc
cagctacacaaatttacagctagcgtctccttctcctactcacgtatgcctgggaagctc
ttcttgcggaaagagttgttctaccccagagagaagttcactcgtccatatatcctgaat
ttactgtgtgagcagattatgagagacacctactcagatgcctgtgtgcgaatctcccgt
gaagagcggcgcaaaatgaaagatttgctcggacgcttccatgtcggaacgagcatcagc
actgtgcaggatgatgccatgaagaaaagggtcgtcatggcagccagagacaactgggca
aattatttcacacgtcttttctccattaccggtggaaatgcagacgatactcagatactt
ggggtttcacatcgtggcatcaaaatgctgaagatagtcagagcatccggcatcaaccca
aaacacctcaaattgctccggagttacagctatgcagaaatgttgtctgtggagctgaag
gatgctgagactgttttaatcagcctgaaaagtgaggacttgcggatacactcttcacaa
gctcctcagataactcatgtggtgcgactcttcctcagcgagctgaccaagggttcagag
tatgttattgctctgaagagctatgtgacagatgacagaagcctgcttagcttccagaaa
ggtgatgtcatcaaactgctgcaaatggatggcctccagaacggatggaatttcggctca
accggaggcagatctggtcttttccctgctgatatcactcagccgtctgcacctccagac
taccacagcatggccattagccgacagctcgagaggaaaaagagcatgaggagctctcgt
acctcgctgatgccccctggtggacgctcatccaaaaagagcacaagtctggaatccagg
gccagtcaacacagcattgagcgcagtgaggtggggtcagtccacagctcagagatagac
ctccaacagtaccacatgactgagtttgccaggaagttcttcagagaggctattctcagg
ccaaacgagagaggccaagccactggagttagagagcttgaacagatggtgcaatacacg
gcagaaccaatcaatgaatctctaatcctgttttcagacaaagagctcagtgttctgggt
gttcagtctttcatgcatgtgatgcagttcatgactgaccaaccattaaggaaagaccag
acagaaggaaagtgtgccagttttattgtacagcttgcgaaagagaaggagtttctccgg
gatgagctctactgccagatcatcaaacagacctctaacaatccacacaaagagagctgt
gcacgaggctggcttctgctatacctgatcactggcttcttcccatgttcctccacatta
ctgccgtatgtgacacgacatctacagagctgcggtcaggatcccaaccatccataccga
gagaaggctcaggtgtgtaaggataatctcaaacaatcactcgcttttggaggacgcaga
tatattccttcgcatgtggagatggaagccatcttggctggtcggagcactcggatgttg
ccaatcctgctcccaggtgaagtggagttcacgtgcaaagtccgcagcttcagcgtggcg
agtgaagtcatgatagacatttgcacagagatgggtgtgagtgatccggccgaagtgaac
gaatttgccctccttgccacccgcaaacatgacggacaagtgcgtcccattcacccggat
gagtatgtgttggacttcctgctggatgatggctcagtcttgctctctttccatcgtctc
atctggaaacatcccctgcatttcgagaacgatctctatgtcgagtttcattaccacctg
atcctggctgattacctgagggggaaatacatcttgcctggtaacagttccacatttaaa
caggaggtggcagagtttgctgcaattcagcacctcgctttgggattcggtcaacagcct
acaccgcaagagctcaagcggtattttccctgtatggatggggtcaatgccaatgaccaa
aatctgcacagtgttgcactgagacacttttctctcattgcaaacaccaaccctactgat
gctaaattacacttcatcaagactctcagttcactgcacctctttggctttaacgtgttc
atggctcagaaagtcagtcacaaaggttgtccatcaccctgcctgttagcagtcaaccat
gaacacatcaacattcttcacccacaaacacagttgtcagctttaacaattccagtggaa
gaggtgcagtccttgcgctctttctgtcccaaaaaggaaaaagtcccagcagtagagatc
aactttggcaacccatctcatgttaacaccattgctatttatctgaaacaggccagggag
cttattcacatcattgctataatcatggacctagtgacaccaactcccaggaactgcaca
tga
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integrated database retrieval system
