Hipposideros armiger (great roundleaf bat): 109386153
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Entry
109386153 CDS
T04661
Symbol
MYO1H
Name
(RefSeq) unconventional myosin-Ih
KO
K10356
myosin I
Organism
hai
Hipposideros armiger (great roundleaf bat)
Pathway
hai04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
hai00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
109386153 (MYO1H)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
hai01009
]
109386153 (MYO1H)
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
hai04131
]
109386153 (MYO1H)
03036 Chromosome and associated proteins [BR:
hai03036
]
109386153 (MYO1H)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
hai04812
]
109386153 (MYO1H)
04147 Exosome [BR:
hai04147
]
109386153 (MYO1H)
Protein phosphatases and associated proteins [BR:
hai01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
109386153 (MYO1H)
Membrane trafficking [BR:
hai04131
]
Endocytosis
Phagocytosis
Others
109386153 (MYO1H)
Others
Actin-binding proteins
Myosins
109386153 (MYO1H)
Chromosome and associated proteins [BR:
hai03036
]
Eukaryotic type
Chromatin remodeling factors
B-WICH complex
109386153 (MYO1H)
Cytoskeleton proteins [BR:
hai04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
109386153 (MYO1H)
Exosome [BR:
hai04147
]
Exosomal proteins
Proteins found in most exosomes
109386153 (MYO1H)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Myosin_head
Myosin_TH1
Zeta_toxin
nSTAND3
AAA_6
AAA_22
TsaE
IQ
Motif
Other DBs
NCBI-GeneID:
109386153
NCBI-ProteinID:
XP_019504608
UniProt:
A0A8B7RW83
LinkDB
All DBs
Position
Unknown
AA seq
1003 aa
AA seq
DB search
MGTKKEDMRRHIRLHMESTLTSRDKVGVQDFVMLDAYTSESAFLDNLRKRFSQNLIYTYI
GTLLVSVNPYQELGIYTLSQMELYEGVNFFELPPHLYAIADNAYRMMCSELNNHLILISG
ESGAGKTEASKKILQYLAMTCPMTDSLQIARDRLLLSNPVLEAFGNAKTLRNDNSSRFGK
YMDIQFDFQGIPVGGHIISYLIEKSRVVYQNQGERNFHIFYQLLEGGDEELLAYLGLERD
PRLYKYLSQGHGANESSMNDKNDWKTISNAFSVIDFTEHDLENLFGIIASVLHLGNICFG
VNHQGCATIPVTREIKWIAKLLGFQPSVLLEALTHRKIEAQTEEVLCPLTLELSTFARDA
MAKAVYGRTFTWLVNKINSSIVNKEFTKKTVIGLLDIYGFEVFDKNGFEQFCINYCNEKL
QQLLIERTLKAEQAEYEMEGIEWEPIQYFNNKIICDLVEERHKGIISILDEECIRPGPAT
DLSFLQKLEEKVGKHAHFRTRKLADPMGRKRIGWMEFQLFHYAGEVTYCTKGFLEKNSDI
LYRHLKEVLCTSKNGILKECFLVAELENRRRSPTVGTQFKNSLSSLLEILISKEPSYIRC
IKPNERKEPSELYKSLCPDTWPHWHGPPAEGVKRLVRYIGYKPEDYKLGRTKIFIRFSRT
VFATEDAFELSKHQLAAKIQATYKACLERRVYVKKRQAAIKLETHWRGALARKEMKRRKW
AVQVIRKFIKGFINRDKPLGPDNEEFVVFVRKKYILKLRYYVPKNVLDKNWLTPPGILEN
ASYLLWKLCKRNLVRKYCRGLTAERKALMQQKAVTSTIFRGRKEGYAETLNQPFANSRLD
EEDINPKVLQLINSEKIQYGIPVIKYDRQGFKARQRQLILTQKAAYVVELAKIKQKIEYS
ALKGVSTSNLRDGIVVIHVSPGVSKQKGDAILQCEHIFEVVTKLAMLVKKENMVNVVQGS
LQFYISPGKEGTIVFDTGPEEQIYKDKNGQLTVVSAVSEEGSK
NT seq
3012 nt
NT seq
+upstream
nt +downstream
nt
atgggaaccaagaaagaagacatgaggaggcacattcgtctgcacatggaaagtacgctg
acctcccgggacaaggtcggggtgcaggattttgtgatgttggatgcatataccagcgaa
tctgcttttttggacaatcttcgcaagcgtttcagtcagaacctcatctatacatatatt
ggcaccctccttgtgtctgtgaatccataccaggagcttggaatctacaccctgagccag
atggaactttacgaaggggtcaatttctttgaactgccaccacatctctatgccatagct
gacaacgcttaccgcatgatgtgctcggagctaaataaccacctcatcctcatttctgga
gagagcggggcagggaaaacggaggcctccaagaagattctccagtatttagcaatgacc
tgcccaatgaccgactcattacaaatagcccgtgacagactgctgctctccaatccagtg
ctggaggcttttggaaatgccaaaacgctccggaatgacaactccagcagatttggaaaa
tatatggacatacagtttgactttcagggcattcccgtaggcgggcatatcatcagttac
ttgatagaaaaatctcgtgtcgtctatcaaaaccagggggagcggaatttccacatcttc
taccagctgctagagggcggtgacgaggagctccttgcttacctgggactggagcgagac
ccccgtctgtataagtacctctcacagggtcatggtgccaacgagtcgtctatgaatgac
aagaatgactggaaaaccatttccaatgccttttctgtcatcgattttactgaacacgac
cttgagaatctctttggaattattgccagtgtcctacacctggggaacatttgttttgga
gtgaaccaccagggctgtgccaccataccagtcacccgcgagatcaaatggatcgccaag
ctcctggggttccaaccatcagtccttctggaagctctcacccatagaaagatcgaagcc
caaactgaagaggtgctatgcccattgacgctagaactctctaccttcgcgagagatgca
atggcgaaggctgtttatggacgaacattcacttggctggtcaacaaaattaattcctcc
atagtgaataaggagttcaccaagaaaactgtgattggattgctggatatctatggcttc
gaagtctttgacaagaatggttttgaacagttctgtataaattactgcaatgaaaaactc
cagcaactgttaattgagagaaccctaaaagcggaacaggcagaatatgaaatggaaggt
atagagtgggagccaattcagtatttcaacaacaagatcatctgtgatttggtagaagag
agacacaaaggaatcatttccatcctggatgaagaatgcattcgtcctggtcctgctaca
gacttgagtttcctccagaaactggaagagaaagtgggcaagcacgcacacttccgaacc
cggaagctggcggatccaatgggccgaaagaggattggctggatggaatttcaactcttc
cactacgccggagaggtcacatactgcaccaaaggattcttggagaaaaacagtgatatc
ctctacagacatctgaaagaggtgctgtgcacgtccaaaaacggcatcctgaaggaatgc
ttcctggtggccgagttagaaaaccggagaaggtcgccaacagtggggactcagtttaaa
aacagcctgagcagccttctggaaattctcatctccaaggaaccttcgtacatccgttgc
atcaagcccaatgagaggaaagagcccagtgagttgtacaagtccttgtgcccagacact
tggccgcactggcacgggcctccagcagagggcgtaaagcggctggtcaggtacatcggc
tataaacctgaggactacaagttagggagaaccaaaatattcattcgtttctccagaact
gtgtttgctactgaagatgcctttgaattgagtaaacatcaattagctgcgaaaattcaa
gccacatacaaagcctgcctagaaaggagagtctatgtgaaaaagagacaagcagccatc
aaacttgaaacccactggcgtggagccctggctcggaaggagatgaaaaggagaaagtgg
gctgtgcaggttataaggaagttcataaagggatttatcaatcgagacaagcctcttggt
cctgacaatgaggagtttgttgtgttcgtgcggaagaaatacatcttgaagcttcggtac
tatgtcccaaagaatgtcttggacaagaactggctgacgcctcctggtatcttggaaaat
gcatcgtatctgctctggaaactgtgcaaaagaaacctggttcggaagtactgccgtggg
ctcacagccgagaggaaggcactgatgcaacaaaaggcagttaccagtacaatattcagg
ggaaggaaagaaggctacgcagaaactttaaaccaaccctttgccaacagtcggctagat
gaagaagacattaatcccaaagtgcttcaactcattaacagtgagaaaatccagtacggt
atcccggtcattaaatacgacaggcaaggcttcaaggcgcgacagcggcaactcattctt
actcagaaagcggcttacgtggtggaacttgccaaaatcaagcagaaaatagagtactca
gcactcaaaggtgtctctaccagcaatctgcgcgacgggatcgtagtgattcacgtttcg
ccaggagtcagcaagcaaaagggggacgccatcttacagtgtgaacacatatttgaagtg
gttactaaactcgccatgctggttaagaaggagaacatggtaaacgtcgttcaaggaagt
ttacagttttatattagtcctggaaaagaaggcacaatagttttcgacactggaccagaa
gaacaaatctataaagataaaaatggacagttaacagtggtgagtgctgtgtctgaggag
ggaagtaaatag
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