Haliotis asinina (tropical abalone): 137295192
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Entry
137295192 CDS
T10448
Name
(RefSeq) unconventional myosin-XVIIIa-like isoform X1
KO
K10362
myosin XVIII
Organism
hasi Haliotis asinina (tropical abalone)
Pathway
hasi04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
137295192
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
hasi04131
]
137295192
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
hasi04812
]
137295192
Membrane trafficking [BR:
hasi04131
]
Endosome - Golgi transport
Others
Others
137295192
Others
Actin-binding proteins
Myosins
137295192
Cytoskeleton proteins [BR:
hasi04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
137295192
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_head
Myosin_tail_1
SH3_Myosin-XVIIIa
IQ
ABC_tran
AAA_22
Motif
Other DBs
NCBI-GeneID:
137295192
NCBI-ProteinID:
XP_067682616
LinkDB
All DBs
Position
1:complement(59430105..59554288)
Genome browser
AA seq
2156 aa
AA seq
DB search
MSGDLVTISEFSRSEMLDSRQKSRTSSQGSRTNGFDGHDIDKEVHGAHCDRKQSWREAEY
RSQTPDSSRSSNRSTAPSLSGGRPSPRGSSGSKTDTSPIGKSSEASMRFKGGKTVLFQYE
PEQVKLGCDHCSRLRRSEIYEEEFQSHGPRVRRSESGNDVSEFSPRTRLPSEEFDRTGNS
RKMSGTDSPSKTNVRRISSSGSVNMDRSTPQARNVRRTSSGAKVDKDSTSKQRVQRSSSS
GDKHREYGALHTASRVRRSESGNSINVEQGRPPSRNSESRPVSRNSDRPPSRASDRPPSR
NMDRPPSRNMDRQHSRNADRPPSRNMERPHSRNSDVYRPPSRNSFYRSDSNRSINSDLGG
SRSQLSGQEESLFRRSESNRSINSDYGGNSHSRGYALFGDSVSDQSLHRNHSRVRRSTSG
SNLHTDLHSSRRRSDGYHRTSVGQIHSPKQPLILRCAPRDGGISLDSGNLLQRSPSGYEF
ESLADAFARRKRQLLAAAHKKSIMAKSEDEVNTEKAWMDTEKVWLVHKGGFAASHLLKAD
PGSLPEGKVKVKVESSGDVLEVDEDDVEKANPPQFDRAEDLASLRYLNESSALHTLRQRY
AGNLIHTYGGPSLIILNPMQQLPLYSDKVVQMFKGCKQEDMPPHVFSMAQIAYREMLSSR
RDQSIIIMGRSGSGKTINARHILHYLTLTAGSIYNILNVEKLNAIMSLLESFGNSRTLLN
TNASRFTQITTLDFDHSGQINSASIQVLMFEKTRIVRRPEGEPTFHVFYYMLAGVEAQLR
NELQLQVLNEHNLFMTPLQKPDDRQKASLQWGKVIHALQAIGVTDEESKAIFSVLAAIFH
LGVAGATKGSNNKSQFSKPAAAQKAASLLGTTVEELARSIFTMSSTSTLTRSTSMRVGPG
SEKTGSLSSDSGASPLEHLEAFVVGLYSDVFNAVVSLINRSLSSNVRTQFSITVLDAPGF
QNPSTCGRQSGASFEDLCNNYTQERMQLFFHNLSFTQQQDRYAQENIDCDFEFVTNSPAA
LVSLIDKAPQQGTVRTSTQDLRDAEKKGLLWILDEEAIFPGATEDSFMERFFSQHGEQPV
RRDSLLRKGSLGHTFILNHFQGTNPVQYNASGWLKACRDSPISKNATVVLQDSKKHNMST
LFTSVKAPVAGVVSGSIVGMEGTTSLRRVGSMRRTFMSGAAGLKKKSICLQMKFQVDSVM
ETVRKTKCHFLHCIVPQHSAGLCELKSSLSNATKPNSQDEILLNVPLVRAQIRGFEIIDA
VRLFRQGFPDYMQFSEFRQKFEVLVAPNARPDKDMDEKKAVLQVMDNLDIDKLSYRIGLS
QVFFRPGALAQLEVTRDEKITGTVTAFQSFCRGFLGRRKLEKLRVQHLAVNCIQKNVRKY
MSIRDWEWWRLYTKVQPLLNVHRTEEELRNAEAELEQMKTKLEKVEKDRADYKLQCDKLE
NRLSEMTADLVEENTTSNNATELLEAETAERMRLEKDLKDLQSKYNTIKRQNEKLEQEVM
QSRIWQAQTLEGELDDDADDSIYKDRYERLSKELVMTKKRLHQQHEEEMEQELQSRRLLE
KRLHEAVEEAEEQRRLVQLTKKKVQRITQEMQDTKLHLEEQMTRNNELERKQRRFDTELN
MAQEDVRDEHVLREKLQKERDNLMSEKYTLEQDVQRYKMDYESQVEKNERLEKELSDLLS
SGKDNNEVVVLKRAKHTLESKLREQEEELDDQAGQIQQLEQGKLRLEMNLERQRQQHLKE
LEEKDEEMEEMRFKTQKKLRQMESQVEEEYEEKRRIMEEKNNLERQMQDLGARAPSRDKD
TEKRLRRTLKKTKALLKDAGNTLQKQKTVEGAKSQINQLKNQLDDAQFTSQAAVKAKKRM
ELEIQDLQQQIEDISHSKQEAEDRCMSLLREKSDLQNKLEENEEDMAEVMKKYKAVVQQQ
SVDHITLSSQLQQIEDLSTEKSSLQQEVENLSSKVMSYEDSSVDKHSVTRLENKIRELEA
KLDLEQTTRQRVEVQLSRLKEQLEKEKTEKGDAVMAKMQIEESMKRLQKQLRELREELTD
SQKKEFDACNKKQELDSRVEELEVDAIQNQSDLKLAFKRINDLQAALEEDLDSDDSLMSD
SDDLDDLSDEDIDSFLASHNQAPLGERGSRSTSVTSASHEDTPHSPRFNDIDCSEA
NT seq
6471 nt
NT seq
+upstream
nt +downstream
nt
atgtcaggagatttggtaacaatttctgaattttctcgaagcgaaatgcttgactcgagg
cagaaaagtcggacctcatcacaggggtcaaggacaaatggatttgatggacatgacatt
gacaaggaggtgcacggtgcacattgtgataggaaacaaagttggagggaagcggaatat
cgttcacagacacctgattcaagtagaagtagcaaccgttcaacagctccaagcctgagt
ggaggcagaccatctccaagaggtagttctggatctaagactgatacatcccccattgga
aagagcagtgaagcgtctatgagatttaaaggtggaaagaccgttttgttccaatatgaa
ccagagcaggttaaacttggttgtgaccactgctctcgattaagacgttctgagatttac
gaggaagagtttcaaagtcatggacctcgtgtgagacgcagtgaaagtggaaatgatgtg
agtgaattttcaccacgaacccgtcttccaagtgaggaatttgacagaacagggaactca
aggaaaatgagtggcactgattccccatcaaagacaaatgtccgaagaatcagtagcagc
ggatccgtcaacatggatcggtcgacgccccaggccagaaatgttcgacggacatctagt
ggagctaaagtggataaagattctacttcaaaacaaagagttcaacggagcagtagtagt
ggagataaacatcgtgagtatggagcattgcatacagcgtctcgggttcgcaggtcagaa
agcggaaacagtatcaatgtagaacaaggtcgacctccatctcggaattcagaatcccga
cctgtttcccgcaactcagacagacctccttcaagggcctcggatagaccaccttcccgt
aacatggatagaccaccatcacgtaatatggatagacaacattcccgaaatgctgaccga
cctccttcaagaaatatggaaagacctcattctagaaactcggatgtatacaggccccct
tcacggaactcattttaccgcagtgacagcaacaggagtattaattcagatttgggaggg
tcaaggtcacagctgtcaggtcaagaggaaagtttatttcgtcgaagtgaaagcaacagg
agtattaattctgattatggtggaaattcacattcacgtggctatgctttgtttggagac
agtgtgtcggatcagtcgttacacagaaatcattcccgagttcgtaggagcacaagtggg
agtaaccttcacactgatcttcatagctcacggaggaggagcgatggctaccacaggaca
agtgttggtcaaattcattcccccaaacaacctctgattctaagatgtgctcctcgagat
ggaggtattagtttagactcaggaaacttactacaacggtcaccaagtggatatgagttt
gaaagtctcgcagatgcttttgctcgaaggaaaagacagttactggctgcagcgcataaa
aaatcgataatggcaaagtctgaggatgaagtcaacacggagaaggcctggatggacaca
gagaaggtgtggctggtccacaagggtgggttcgcagcctcacacctcctcaaagcagat
ccagggtcacttcctgaaggcaaggtcaaggtcaaggttgaaagttcgggagatgtgttg
gaagtggatgaggatgatgttgaaaaggcaaatccccctcagtttgaccgagctgaagac
ctggcatcacttcgttacctgaatgagtcaagtgccctgcacaccttgagacagagatat
gcagggaacctcatccacacctacggcggcccctccctcatcatcctcaaccccatgcag
caactgcctctgtattcagacaaggtagttcagatgttcaagggttgtaagcaggaggac
atgccgccccatgtattctccatggcccagattgcctaccgggagatgttgagttcccgg
agggaccagtccattatcatcatgggccggagcggcagcggaaagactatcaatgccaga
catatccttcattacctcacactgacagcaggcagcatctataacatccttaatgtggag
aagttgaatgccattatgtcactactggaatcttttgggaacagccgcacgctgctcaac
actaacgccagtcgcttcacacagatcacaacactagacttcgaccactccggacagatc
aactctgcgtctatacaggtgctgatgtttgagaagacccgcatcgtgcgtcgcccggag
ggggagccaacattccacgtgttctactacatgctggcaggggtagaggcccagctcagg
aatgaacttcagcttcaagttctgaatgaacacaacctattcatgacaccacttcagaag
cctgatgaccgacagaaagccagcctccaatgggggaaggtcatccatgccctccaggcc
atcggggtcacggacgaggagtccaaggccatcttctctgtgctggcggccattttccat
ctgggagtggcaggagcaacaaaaggaagcaacaacaaaagtcagttcagcaagccagca
gcagctcagaaggcagcatctctgctgggcaccacggtggaggaactggccagatccatc
ttcaccatgtctagtacctccactctcactcgcagcacctccatgagggttggaccaggg
tctgaaaagacaggtagcctgagttccgattctggagcttctcctttggaacatctggag
gccttcgttgttggactatactcagacgtcttcaatgctgttgtgtctctcatcaacaga
tctctgtcttccaacgtgcggacacagttctctatcacagtgctggatgcaccaggattc
cagaacccatcaacctgtggaaggcagagtggagcgtcatttgaggacctctgcaacaat
tacacccaagagagaatgcaactgttcttccacaacttgtccttcacccagcaacaggac
agatatgctcaggaaaacatcgactgtgactttgagtttgtcacgaacagcccagctgct
cttgtgtccctcatagacaaagctccacagcagggaacggtacgtacttccactcaagac
cttcgggatgctgagaagaaagggttgctatggatactggacgaggaggccatcttccct
ggtgccacggaagatagcttcatggaacgtttcttttcacaacatggagagcagccagtc
agacgtgacagtctgttgaggaagggttcccttgggcatacattcatcctgaaccacttc
cagggcaccaaccctgtacagtacaatgccagtggctggctcaaggcatgcagggacagt
cccatctccaaaaatgcaactgttgttctacaggactccaagaaacacaacatgagtacg
ttgttcaccagtgtgaaagccccagtggctggtgttgtcagcgggtccattgtggggatg
gagggaaccacgtcgctgagacgggttggcagcatgagaaggaccttcatgtcgggcgct
gctggactcaagaagaagtccatctgtctgcagatgaagttccaagtggattctgtgatg
gagacagtcaggaagacaaagtgtcatttcctgcactgtattgtaccacaacactctgct
ggcttgtgtgagctcaagtcgtcactgtcgaacgccaccaagccgaactcccaggatgag
attctactgaatgtcccacttgttcgagctcagatccggggctttgagatcattgatgct
gtcagacttttcagacaaggattcccagattatatgcaattttctgagttcaggcagaaa
tttgaagtcctggttgctcccaatgctcgcccagacaaggatatggatgagaagaaggct
gtgctacaggtgatggacaacctggatattgacaagctgagctacagaatcggcctgagt
caggtattttttcgtccgggggcactagcacagttggaggtaacgagagatgaaaagatt
actggcactgtgacagccttccagtccttctgcagagggttcctcggtcgtaggaagctt
gagaaactcagggtccagcatctggctgtcaactgcatccagaagaatgtgagaaaatac
atgtccatccgagactgggagtggtggcgactctacaccaaggtccagcccctcctcaac
gtccaccgcacagaagaagagctcaggaacgctgaggcggaactagaacagatgaagact
aagttggagaaagttgaaaaggatcgggcggactacaagctacagtgtgacaagctggaa
aacaggctgtcagagatgacggccgacctggtggaggagaacacaacctcaaacaatgcc
acagagctgctggaggcggagactgctgagaggatgaggctggagaaggacctcaaggac
ctgcagtccaagtacaatacgatcaagaggcagaatgagaaacttgagcaggaagtcatg
cagtcccgaatctggcaggctcagacgctggagggggagctggatgatgatgcagatgat
tccatctacaaggatcgctacgagcgactctccaaggagctggtaatgaccaagaagagg
cttcatcagcagcatgaggaggagatggaacaggaactgcagtcacgacgactccttgag
aagaggttacatgaagctgtagaggaggcggaggaacagcgccgcttggtgcagctaacc
aagaagaaggtgcagcgcattacacaggagatgcaggacaccaagctccaccttgaggaa
cagatgacgcgcaacaacgagctggagcggaaacaacgcaggtttgatacagagttgaac
atggcgcaggaggatgtacgagatgaacatgtgttacgagagaagcttcagaaggagaga
gacaatctgatgtctgagaagtacactctggagcaagatgtgcagcgctacaagatggac
tacgagtctcaggtggagaagaacgagaggcttgagaaggaactcagcgatctcctgtct
tcagggaaggataacaatgaggttgtggtgctgaagcgggcaaagcacacattggagtca
aagttgcgtgaacaggaggaagagcttgatgatcaggccgggcagatacagcagctggag
cagggtaaactaaggctggagatgaacctggagcgtcaacgccagcaacacctgaaggaa
ctggaggagaaagatgaggagatggaggagatgagattcaagacacagaagaagttgcgg
cagatggagtcccaggtagaagaagaatacgaggagaagaggagaattatggaggagaag
aacaacctagagagacagatgcaggacttgggagcacgtgcaccgtcccgggataaggac
accgagaagcgtctgaggaggacactgaaaaagaccaaggccttgttgaaggacgctggc
aacacactacagaaacagaagacagtagaaggagccaagtcacagataaaccagctcaag
aaccagttggacgatgcccagttcacatctcaggcagcagtgaaagccaagaaacggatg
gaactggaaatacaggaccttcagcagcagatagaggacatttcccactccaaacaggag
gctgaggaccgttgtatgtcactactgagggagaagtcggacctccagaacaagttggag
gagaacgaggaggacatggctgaggtcatgaagaaatacaaggctgtggtgcaacagcaa
tcggtggatcatataacactttcatcacaacttcagcagatagaagatttgtccacagag
aaaagtagtcttcagcaagaggtggagaacctctcatccaaggtcatgtcgtatgaggac
tctagtgtcgacaaacactctgtcacaaggctagagaacaagatccgagagctagaagca
aaactagacctagaacagacgactagacagagggtagaggtccagctgtcccggttaaag
gaacagctggagaaggagaagactgagaaaggagacgctgtcatggccaaaatgcagata
gaggagtctatgaagcgtcttcagaaacagctgcgagaactccgggaagagttgacagac
tcccagaagaaagaatttgatgcctgcaataagaaacaggaactggacagccgagtagag
gagctggaggtggatgctattcagaaccagtctgacctgaaactggccttcaagaggatc
aatgacctgcaggctgccctggaggaggacctggacagtgatgacagtctaatgtcagac
agtgatgaccttgatgacctgtcagacgaagacatagacagcttcttagccagtcataat
caggctccactaggggagcgggggagtcggtcaacatcagtgaccagtgcctctcacgaa
gatacacctcacagtcctaggttcaacgatatagactgtagtgaagcatag
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integrated database retrieval system
