Ostrea edulis (European flat oyster): 125672156
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Entry
125672156 CDS
T09123
Name
(RefSeq) myosin heavy chain, non-muscle isoform X2
KO
K10352
myosin heavy chain 9/10/11/14
Organism
oed
Ostrea edulis (European flat oyster)
Pathway
oed03273
Virion - Lassa virus and SFTS virus
oed04814
Motor proteins
oed04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
oed00001
]
09120 Genetic Information Processing
09125 Information processing in viruses
03273 Virion - Lassa virus and SFTS virus
125672156
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
125672156
04820 Cytoskeleton in muscle cells
125672156
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
oed04812
]
125672156
04147 Exosome [BR:
oed04147
]
125672156
Cytoskeleton proteins [BR:
oed04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
125672156
Exosome [BR:
oed04147
]
Exosomal proteins
Exosomal proteins of bladder cancer cells
125672156
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_tail_1
Myosin_head
Myosin_N
PUMA_CC
ERM_helical
TolA_bind_tri
IQ
AAA_22
Crescentin
Motif
Other DBs
NCBI-GeneID:
125672156
NCBI-ProteinID:
XP_048764232
LinkDB
All DBs
Position
4:53997077..54059624
Genome browser
AA seq
1975 aa
AA seq
DB search
MADDPYAGVSAQELQYLAVDRNKINDPMVQAEWASKKLIWIPHEMHGFCAACIVSDHGDE
IEVVVEETGKRVRVHRDDCQKMNPPKFNKVEDMAELTCLNEASVLHNLKDRYFSGLIYTY
SGLFCVVVNPYKRLPIYTEKVVDLYKGKKRHEVPPHVFAITDTAYRSMLQDREDQSILCT
GESGAGKTENTKKVIQYLAHVAASNRSNRSSVSNLHVTPHIVQQSKDINLGELENQLLQA
NPILEAFGNAKTIKNDNSSRFGKFIRINFDSSGYISGANIETYLLEKSRAVRQADQERCF
HIFYQLFTGASAEQKKDFLLDDIRNYRFLSGGKIPLTGVDDGTEFRSTAEAMTIMGIGPE
EQSSILRVVSAVLMFGNMQFKQESRNSDQASLPDDTVAQKACHLLGLPVTSIVQAFLRPK
IKVGRDQVTKAQTKEQVEFAVEAMSKALYERMFRWLVTRINRSLDRTKRQGASFIGILDI
AGFEIFKMNSFEQLCINYTNEKLQQLFNHTMFILEQEEYQREGIEWKFIDFGLDLQPTID
LLEKPLGILALLDEECWFPKATDKTFIDKVVAQHSTHPKFRKPDFRADADFSLIHYAGQV
DYSASQWLMKNMDPLNENVVSLMQNSSDPFVSAIWKDAEIVGMGATAGGDTMFGSRTRKG
MFRTVGQLYKEQLAKLMATLRNTNPNFVRCIIPNHEKKAGKIDSPLVLEQLRCNGVLEGI
RICRQGFPNRILFQEFRQRYEILCPNCIPKGFMDGKKAVERMIAALELDPNLYRIGQSKI
FFRAGVLAHLEEERDLKLTDIIIQFQSLCRGLIARRNYQRRLQQLSAIRVIQRNCAAYLK
LRNWAWWRLFTKVKPLLPVTGQEEKISQKEKEVEKYKENFEKQKADYEEIERRYAQIIEE
KSILAEQVQASEELAAEAEEGQRRIAAKKDELEEILHEMEIRIEEEEDKCNQLMDDRKKF
QQTVADLEDQLEDEEQARQKLQLEKVSAESKIKKLEEDMAVQDDTNQKLSKDKRILEERY
NEVQSQLVEEEEKAKQLGKLKNKYEAIIADLEERLRKETQARQELEKIKRRLETELNDLR
EQLLEKRQQVEELQGILSKREEEVQFTLQKVEEEGAAKSTFQKQLRDLQTQMQELQEDLD
AEKESRNKAEKLKRDLNEELEALKTELEENLDATAAVQDIRAKREDELRDLKQALQSSQK
QHEASAHDLKHKYQHQIDQLNEDLDNVKKNKQTLEKAKQTLEAENQDLCNDLKSVQMAKT
ESERKRKQVEQQHQEAVIKLQETERSRGDSSDKASKLSVELDNVSKQLEQVETKNIQLSQ
KLSSLDAQLVDAQELASDETKAKLLAQSKLRQATDDISGLNERIEEEEENKRQLEKQVAE
LQVKFGELKKKSEEDAHHVENSEEQRRKLMREVEALTGKLEEARASADKFEKSKKKLQAE
VEDLTVELETQKSATSNMDKKQKKFDQMLSDEKAVSQRLATERDNVEREAREKETKIMNL
QRELEEMRDMYEKADKGRLASQRELEDLVSTSSDVGKNVHDLEKAKRTLESQVEEQRNTI
EELEDELQCSEDAKLRLEVNMQALKTQLERELQGKEEAVEDQKKLLLRQLRDMEAELEDE
RKQKAIAVNGRKKLENDMKDYMQQVEMANKVKEDAVKQLRRIQAQMKENQRELDEARITK
EEMQVSVKENERKIKSLDADILQLQEDLAAAEKAKRNAEAERDELQDELSSNTTGKSALL
EEKRRMDARLQQLEEELEEEQSNSEMLNDKARKALNQVEQLNTELNTERSLTQKMENQRS
TLERQNKDLKEKLAELENQIRTRTKATIAALEGKVSNLEEQLDVETKERTQLQRMLRRQD
KKLKDLAIQAEDERRHADQYKEQVDKMNNRVKALKRQIDEAEEEITRVNAQKRKLQRDLD
EQMEQNESASREISSLKKYRPSATARPARSMLSSIKTDLGEDDISADENPENSEV
NT seq
5928 nt
NT seq
+upstream
nt +downstream
nt
atggcggacgatccgtatgcaggtgtaagcgcacaagaactgcaatatttagcagtggac
agaaacaaaattaatgatcccatggtacaagcagaatgggcttcaaagaaactcatttgg
atacctcatgaaatgcatggtttttgtgctgcatgtattgtaagcgatcatggggacgag
attgaagttgtggtagaagaaaccggaaaacgtgtgagagttcacagggacgattgccag
aagatgaatcctcctaaatttaataaagtagaagatatggcagaacttacttgtctaaat
gaagcatctgttttacacaatttgaaagaccgatatttttcaggtttaatatatacatac
tccggcttgttttgtgtggtagtgaatccttacaagagactaccaatatacacagagaaa
gttgtagacctttacaaaggaaaaaaaagacatgaagtccctccacatgtatttgcaatc
acagacacagcctacaggagtatgctgcaagatcgggaggaccagtctattctttgcact
ggagaatcaggggctggaaaaacagaaaacaccaagaaagtgatccaatacttggctcat
gttgctgcctccaatagatccaatcgctcatccgtgtccaacctgcatgtcacgccgcat
atcgttcagcagagcaaagacatcaatcttggagaattggagaatcagctgctgcaggcc
aatcctattttggaggcctttggaaatgccaagaccatcaagaatgacaactcatctaga
tttggaaagttcatcagaattaactttgattcctcaggatacatatcaggagccaacata
gaaacatatcttttagaaaagtcaagggctgttagacaagcagatcaggaaagatgtttt
catattttctaccagttatttactggggcctctgcagaacagaagaaggatttccttttg
gatgatatcagaaactaccgctttttatcgggaggcaaaattcctctgactggggtagat
gatggtacagaatttcgatccactgcagaagccatgactattatgggcattggtccggag
gagcaatcttccattttgagagtagtgtcggctgtgctcatgtttggaaatatgcagttt
aagcaggaaagcagaaattcggaccaagcttctctgcctgatgatactgttgcacaaaaa
gcttgccacttacttggtctaccagtgacttccattgtgcaagctttcctcagaccaaaa
attaaggttggcagagaccaagtcaccaaggcacagaccaaagaacaggttgagtttgca
gtggaggcaatgtcaaaagcattgtatgagagaatgttcaggtggctagtgacgagaatc
aacagatctttggacagaaccaagcgacagggagcctccttcataggaattttggatata
gctggatttgaaatatttaagatgaactcctttgagcaactgtgtattaattacaccaat
gagaaattgcaacagctgtttaatcacacaatgtttatcctggaacaagaagaataccag
agagagggcattgagtggaagtttattgattttggactggatcttcagcccaccattgat
cttctagaaaaacccctgggtatcctagcactgctggacgaggaatgctggttcccaaag
gccacagacaaaacattcattgacaaagtcgtggcacaacattccacacatcccaagttc
agaaaaccagatttcagagctgatgctgatttcagcctcattcattatgccggccaggtg
gattactctgctagtcaatggttaatgaagaatatggatccactgaacgaaaatgtggtg
tctctaatgcagaattcctcggatccatttgtctcagcaatatggaaagatgctgaaatt
gttggtatgggagccactgctggtggagacactatgtttggatctcgaacaagaaaggga
atgtttaggactgttggtcaattgtacaaggaacagttagccaaactgatggccacgcta
cgcaacaccaaccccaactttgtgagatgtatcattccaaatcatgagaaaaaggctggc
aagattgattctcccctggtgctggagcagctaagatgtaatggtgtactggaaggaatt
aggatctgtagacaaggcttccccaacagaattctctttcaagagttccgtcagagatat
gaaattctctgtccaaattgcattcctaagggattcatggatggaaagaaggctgtagaa
agaatgattgcagccttggaactggatccaaacctgtaccgcatcggtcagagtaagata
tttttccgagctggtgtacttgctcatctggaggaggagagagatctcaaattaacagat
atcattatacagttccagtctctgtgcagaggattaatagccaggagaaattaccagagg
cgattacagcagcttagtgcaatcagagttattcagagaaattgtgcagcctaccttaaa
ctccggaactgggcatggtggagattgttcacaaaggtgaagccgcttttgcctgtcact
gggcaagaagagaagatctctcaaaaagaaaaagaagtggagaaatataaggaaaacttt
gagaagcagaaagctgattatgaggagatagagcgtagatatgctcaaattattgaagag
aagtctatactggccgagcaggttcaggctagtgaagaattggcagcagaggcagaggag
ggtcaacgacgtatagcagcaaagaaggatgaattagaagaaattctccatgaaatggag
attcgaattgaagaggaggaggataaatgcaatcaactaatggatgatcgcaagaaattc
caacaaaccgttgcagatttagaagatcaattagaagatgaagaacaagctagacagaaa
ttgcagttggaaaaagtttcagcggagtctaaaataaagaagttagaggaagatatggct
gttcaggatgacactaatcagaaattaagtaaagacaaacgcatcttggaagaacgatat
aatgaagttcagagtcagcttgttgaggaggaagaaaaagctaaacaactgggaaaactg
aaaaataaatatgaagccattattgctgatttagaagagcgcttaagaaaagagacacag
gctcgacaagaattggaaaagataaaaagacgtctagagactgagctaaatgacttgcga
gaacaactactggagaagagacagcaagtagaagaactccagggtatcttatccaaacga
gaggaagaagtgcagttcacacttcagaaagttgaagaggaaggagctgcaaagagtaca
ttccagaaacagttaagagatcttcagacgcaaatgcaagagttacaagaggatttggat
gccgagaaggaatcgagaaataaggcggagaaactgaaaagagatctgaatgaggaactg
gaggctcttaagactgagttagaggagaaccttgatgccacagcagctgtccaagacatc
cgggctaagagagaggatgaactccgagatctcaagcaagctctgcaatccagtcagaaa
cagcatgaagccagtgcacatgacttgaagcataaataccaacaccagatcgatcaatta
aatgaagacttggacaatgttaaaaagaataaacaaacattggagaaggcaaagcagaca
ctggaggcagagaatcaagatttatgtaatgatcttaaatctgtacaaatggccaaaaca
gaatctgaaaggaagcgtaagcaagttgaacaacaacaccaagaagcagttattaaacta
caggaaacagaacgcagcaggggagattcatctgataaggcatcaaaacttagtgttgaa
ttggacaatgttagtaaacaacttgagcaagttgaaactaaaaacatacaactgagccag
aaactcagctccctagatgctcagcttgttgatgcacaggaactggcaagtgacgagacc
aaagctaagttgttggctcaatctaaactccgccaagctactgatgatatttctggtctg
aatgagcgaattgaggaagaagaagaaaataagaggcagttggaaaaacaagtagcagag
ctgcaagtcaagtttggtgagctgaagaagaaatcggaggaggatgcacaccatgtggag
aactctgaggagcagagaaggaagctgatgagggaagtggaggccctgactgggaagcta
gaggaggccagagcttcagcagacaaatttgaaaaatccaagaaaaaactacaggcagag
gttgaagatttaacagtcgagttggagacacagaagtcagcaacatctaatatggataaa
aaacaaaagaaatttgatcaaatgctgtctgatgaaaaggctgtttcacaaagacttgct
acggaacgtgataatgtggaaagagaggctcgtgagaaagagaccaagatcatgaacctg
cagagggaactcgaggaaatgagagacatgtacgagaaggctgataaaggacgattggca
tctcagcgtgagctcgaggatctcgtgtctaccagctcagacgtaggaaagaatgttcat
gatttggagaaggccaagaggacactagagagtcaggtcgaggaacagagaaatacaatt
gaggagctggaggatgagctacagtgttcagaggatgccaagctgagattggaagtgaac
atgcaagcactgaagactcaattggagagagagctccagggcaaggaggaggcagtggag
gaccagaaaaaacttctccttcggcagcttagagatatggaagctgaacttgaggatgaa
aggaagcagaaggcaatagcagtaaatggacgcaagaaactagaaaatgacatgaaagac
tatatgcagcaagtagaaatggcaaacaaggtgaaagaagatgctgtaaaacagctccgt
cgcattcaggcacaaatgaaagaaaaccagcgagaattagatgaagcacgaataaccaaa
gaggaaatgcaagtttcagtgaaggaaaatgagcgcaaaataaaatctctggatgcagac
attctgcagcttcaggaggatctggcagcagctgagaaagccaaacgcaatgctgaggca
gagagagatgaactccaggatgaactcagtagtaacaccactggaaaatcagctttgttg
gaggagaagagacgcatggatgctaggctccaacaacttgaggaagaacttgaggaagag
caaagcaatagtgaaatgttgaacgataaagcacgcaaagcattgaaccaggtagaacag
ctcaacaccgaactcaacactgagaggtcccttactcagaagatggagaatcaacgatca
acactggagaggcagaacaaagatttgaaagaaaaactagctgaacttgagaaccagatc
cgaactcgcaccaaggccaccatcgctgccctggagggcaaggtttctaatcttgaggag
cagcttgatgtagagaccaaggaaagaactcagctgcagagaatgcttagaagacaagat
aagaaactgaaagacctcgccattcaagcagaagatgaacgacgccacgctgatcaatac
aaagaacaggttgacaagatgaacaatcgtgtgaaggctctaaagagacagatagatgag
gcagaagaggaaatcactcgtgttaatgcacagaaaagaaaactgcaacgagatctggat
gaacagatggaacagaacgagtcagcctccagggagatttcatccctgaagaagtacaga
cccagtgctacagctcgaccagcacgttccatgttgtcatcaatcaagacggatctgggt
gaagatgatataagcgccgacgagaatccagaaaactcggaggtctag
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integrated database retrieval system
