KEGG   Rhinopithecus roxellana (golden snub-nosed monkey): 104662426
Entry
104662426         CDS       T03989                                 
Symbol
MYO7B
Name
(RefSeq) LOW QUALITY PROTEIN: unconventional myosin-VIIb
  KO
K21868  myosin VIIb
Organism
rro  Rhinopithecus roxellana (golden snub-nosed monkey)
Pathway
rro04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:rro00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    104662426 (MYO7B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rro04131]
    104662426 (MYO7B)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rro04812]
    104662426 (MYO7B)
Membrane trafficking [BR:rro04131]
 Others
  Actin-binding proteins
   Myosins
    104662426 (MYO7B)
Cytoskeleton proteins [BR:rro04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     104662426 (MYO7B)
SSDB
Motif
Pfam: Myosin_head MyTH4 FERM_M IQ SH3_9 SH3_2 SH3_1 ABC_tran AAA_22 nSTAND3
Other DBs
NCBI-GeneID: 104662426
NCBI-ProteinID: XP_030772331
Position
14:132504297..132582956
AA seq 2116 aa
MSGFRLGDHVWLEPPSTHKTGVAIGGIIKETKPGKVLIEDDEGKEHWIRAEDFGVLSPMH
PNSVQGVDDMIRLGDLNEAAMVHNLLIRYQQHKIYTYTGSILVAVNPFQVLPLYTLEQVQ
LYYSRHMGELPPHVFAVANNCYFNMKRNKRDQCCIISGESGAGKTETTKLILQFMATVSG
QHSWIEQQVLEANPILEAFGNAKTIRNDNSSRFGKYIDIYFNPSGVIEGARIEQFLLEKS
RVCRQAPEERNYHIFYCMLMGMSVEDKQLLSLGTPSEYHYLTMGNCTSCERLNDAKDYAH
IRSAMKILHFSDSESWDLSKLLAAILHLGNVGFMASVFENLDASEVMETPAFPTVMKLLE
VQHQELRDCLTKHTILIRGEFVTRPLNIVQAADRRDAFVKGIYRHLFLWIVKKINAAIFT
PPAQDPKNVRRAIGLLDIFGFENFQNNSFEQLCINFANEHLQQFFVQHVFTMEQEEYRSE
NISWDYIHYTDNRPTLDLLALKPMSIISLLDEESRFPQGTDLTMLQKLNSVHANNQAFLQ
PKNMYDARFGIAHFAGEVYYQVEGFLEKNRDVLSTDILTVVYSSKNKFLREIFNLESAET
RLGRGTIRQAKAGNHLFKSADSNKRPSTLAGQFKQSLDQLMKILTNCQPYFIRCIKPNEY
KKPLLFDRELGLRQLRYSGMMETVHIRKSGFPIRYAFEEFSQRFGVLLPSAVRMQLRGKF
CQMTLGIADMWLRTDKDWKVGKTKIFLKDHQDTLLEVQRSQVLDRAALSIQRVLRGYRYR
KEFLRQRRAAVTLQAWWRGYCNRRNFKLILVGFERLQAIARSQQLVRQYQAMRQRTVQLQ
ALCRGYLVRQQVQAKRRAVVVIQAHARGMAARRNFQQRKANAPLVIPAEGQKSQGALPAK
KRKSIYDTVTDTEMVEKVFGFLPAMIGGQEGQAPPCFEDLESKTQKLPEVDLDTVPMVEE
PEEDVDGLAEYTFPKFAVTYFQKSASHTHIQRPLRYPLLYHEDDADCLAALTVWNVILRF
MGDLPEPVLYARSSQQGSSMMRQIHDTLSRGHGAQAPQHSRFAQVASQLNIGGEALEPDG
LGADRPMSNLEKVHFIVGYAILRPSLRDEIYCQICKQLSENFKTSSLVRGWILLSLCLGC
FPPSERFMKYLLNFIGQGPATYGPFCAERLRRTYANGVRAEPPTWLELQAVKSKKHIPLQ
VILATGESLTVSVDSASTSQEMCVHIAHKQGLSDHLGFSLQVAVYDKFWSLGSGRDHVMD
AIAQCEQLAQERGESQRQSPWRIYFRKEFFTPWHDSREDPVSTELIYRQVLHGVWSGEYS
FEKEEELVELLARHCYVQLGASAESQAVQELLPSCIPHRLYRTKPPDRWASLVTAACAKA
PYTQRQATPLAVQEQVVDAARLQWPLLFSRLFEVITLSGPRLPKTQLILAVNWKGLCFLD
QREKTLLELSFPEVMGLVAKREAQGRQRLLLSTMHEEYEFASPSSVAVAELVALFLEGLK
ERSVFAMALQDRKATDDATLLAFKKGDLLVLTKKQGLLASENWTLSQNDRTGKTGLVPMA
CLYTIPTVTKPSAQLLSLLAMSPEKRKLAAQEGQLAEPRPEEPPKEKPHTLEEFSFEFFR
APEKDTVSMAVLPLARARGHLWAYSSEPLRQPLLKRVHANIDLWDIACQIFVAILRYMGD
YPSRQAWPSLELTDQIFMLALQHPALQDEVYCQILKQLTHNSNRHSEERGWQLLWLCTGL
FPPSKGLLPHAQKFIDTRRGKLLAPDCSRRIQRVLRTGPRKQPPHQVEVEAAEQNISRIC
HKVYFPNDTSEMLEVVANTRVRDVCDSIATRLQLASWEGCSLFIKIADKVISQKEGDFFF
DSLRQVSDWVKKNKPQKEGAPVTLSYQVYFMRKLWLNITPGKDVNADTILHYHQELPKYL
RGFHKCSREDAIHLAGLIYKAQFNNDRSQLASVPKILRELVPKDLTRLMSSEEWKKSILL
AYDKHKDKTVEEAKVAFLKWICRWPTFGSAFFEVKQTSEPSYPDIILIAINRHGVLLIHP
KTKDLLTTYPFTKISSWSSGSTYFHMVLGSLGRGSRLLCETSLGYKMDDLLTSYVQQLLS
AMNKQWGSKAPALAST
NT seq 6351 nt   +upstreamnt  +downstreamnt
atgtcagggttcaggctgggtgaccacgtgtggctggagcctccctccacccacaagact
ggcgtggccattggaggcatcatcaaagagaccaagccaggcaaggtcttgattgaagat
gacgagggcaaggaacactggatccgagcagaggactttggtgtcctcagccccatgcac
cccaattcagtccagggcgtggacgacatgatccgcttgggggacctgaacgaggcggcc
atggtgcacaacctcctgatccgctaccagcagcacaagatctacacgtacacaggttcc
atcctggtggccgtgaacccgttccaggtgctgccgctctacaccctggagcaggtacag
ctctactacagccgccacatgggggagctgcccccgcatgtctttgccgtcgccaacaac
tgctacttcaacatgaagaggaacaagagggaccagtgctgcatcatcagtggcgagtct
ggggctggcaagacggagaccaccaagctcatcctgcagttcatggccaccgtcagtggc
cagcattcgtggattgagcagcaggtcctggaagccaatcctatcctggaggcctttgga
aacgccaagacaatccgcaatgacaactcaagccgctttgggaagtacattgacatctat
tttaaccccagcggggtgatcgagggcgcacgcatcgagcagtttctcctggagaagtcc
cgggtctgccggcaggcccctgaggagcgaaactaccatatcttctactgcatgctcatg
gggatgagtgttgaagacaagcagctgctgagcctgggcacgccctccgagtaccactac
ctgaccatggggaactgcacttcctgtgagaggctcaacgacgccaaggactatgcccac
atccgctcggccatgaagatcctccatttctccgactccgagagctgggacctcagcaag
ctgctggctgccattctccacctggggaacgtggggttcatggcttcggtcttcgagaac
ctggatgcctcagaggtgatggagacgcctgcctttcccactgtgatgaagttactggag
gtgcagcaccaggagctccgggactgtctgaccaagcacaccatcctcatccgaggggag
ttcgtcaccaggcccctgaacatcgtccaggctgctgaccggagggacgcctttgtcaag
ggcatctataggcacctcttcctgtggattgtcaagaagatcaatgccgccatcttcaca
ccaccagctcaggaccccaaaaatgtgcggagggccatcggcctcctggacatatttggc
tttgaaaatttccagaacaatagcttcgagcaactctgcatcaacttcgccaacgagcac
ctgcagcagttctttgtgcagcacgtgttcaccatggagcaggaggagtaccgctcggag
aacatctcctgggattatatccactacaccgacaatcggcccaccctggacctgctggcc
ctcaagcccatgagcatcatctccctcctggacgaagagagccgcttcccacaggggaca
gatctcaccatgctgcaaaaactgaacagtgtccacgccaacaaccaggccttcctacag
cccaagaacatgtacgatgcaagatttggcattgcccattttgccggcgaggtgtactac
caagtagaaggcttcctggagaaaaaccgagatgtgctgagcacagatatcctcaccgtg
gtttactcctccaaaaacaagtttctgagggagatattcaacctggagtcagcagagacc
aggctgggccgtgggaccatccgccaggcaaaggcaggaaaccatctcttcaagtctgca
gactcaaataaacggccctccaccttagcaggccagttcaaacagtctctggaccagctg
atgaaaattctgaccaactgccagccttacttcatccgctgcatcaaacctaatgaatat
aagaagccgctgctgttcgaccgggagctgggtctgcggcagctgcggtactcgggcatg
atggagaccgtgcacatccgcaagtccggcttccccatccgctacgcgttcgaggagttc
tcgcagaggttcggcgtgctgctgcccagtgccgtgcggatgcagctgcgaggcaagttc
tgccagatgaccctgggcatcgctgacatgtggctgcggacagacaaagactggaaagtg
gggaagaccaaaattttcctgaaggatcatcaggacactctgctggaggtacagagaagc
caggtgctggacagagcggcgctcagcatccagagagtcctgcggggctacagatacagg
aaggagttcctgaggcagaggcgggcagctgtgaccctgcaggcctggtggagaggctac
tgcaacaggaggaatttcaagctgatccttgtgggctttgagcgcctgcaggctattgcc
cggagccagcagctggtgaggcagtaccaggccatgcggcagaggacggtccagctgcag
gccctgtgcaggggatacctggtgcgccagcaagtccaggccaagaggagggcagtggtg
gtcattcaggcccatgccaggggcatggctgccaggcgcaacttccagcaaaggaaggcc
aatgcgccgctggtcatcccggccgaggggcagaagagccaaggcgctctccctgccaag
aagcgcaaatccatctacgacaccgtcactgacacggagatggtggagaaggtgttcggc
ttcctccctgccatgattgggggccaggagggccaggccccaccgtgctttgaggatctg
gaatcaaagacccagaagctgcctgaggttgacctggacacagtccccatggtggaggag
cctgaggaggatgtggatggcctggctgagtacaccttccccaagttcgctgtgacttac
ttccagaaatcagccagccacacgcacatccagcggcccctccgatacccgctgctttac
cacgaagatgacgctgactgcttggccgccctgactgtgtggaatgtcatcctgaggttc
atgggcgacctcccagagccagtgctgtatgccaggagcagccagcagggcagctccatg
atgcggcagatccatgacacgctgagcagggggcacggtgcccaggctccacagcacagt
agatttgcacaggtggccagccagctgaacattggaggggaggcattggagcccgatggc
cttggtgcagaccggcccatgtccaacctggagaaggtgcacttcattgtgggctacgcc
atcctgcggcccagcctcagggatgagatttactgccaaatctgcaagcagctctcggag
aacttcaaaacaagcagcctggtccggggctggatcctgctcagcctctgcctcggctgc
ttccccccctcagagaggttcatgaagtatctactgaacttcattggccaagggccggcg
acctatggccccttctgtgccgagcgcctgagacgcacctatgccaatggggtgcgtgca
gagccccccacctggctggaactgcaggctgtcaagtccaagaagcacatccccctccaa
gtcatcctggccactggagagagcctgaccgtctctgtggactcagcctccacatctcag
gaaatgtgcgtgcacatcgctcacaagcagggcctcagcgaccacctgggcttctccctc
caggtcgccgtgtacgacaagttctggtccctgggcagcgggcgtgaccacgtaatggat
gccatcgcccagtgtgagcagctggcccaggagaggggtgagagccagcgccagtcaccc
tggcgcatctacttccggaaggaattcttcaccccctggcacgactcccgggaggacccc
gttagcactgagctcatttaccgccaagtcctgcacggagtctggtctggcgaatacagc
ttcgagaaggaggaagagctggtggagctgctggcccggcactgctacgtgcagctcggc
gcctcagcggagagccaggctgtccaggagctgctgcccagctgcatcccccacaggctg
tacaggaccaagcccccagacaggtgggcgagcctcgtcactgccgcctgcgccaaggcc
ccatacactcagaggcaagccacaccgctggccgtgcaagagcaggtggtggacgctgcc
cgcctgcagtggccgctgctcttctcccggctctttgaagtcatcacactctcaggcccc
cgcctgcccaagacgcagctgatcttggctgttaactggaaggggctttgcttcctggac
cagcgggagaagacactgctggagctctctttcccagaggtcatgggtctggttgccaag
agggaggcccagggcaggcagaggctgctgctctccaccatgcatgaggaatacgagttt
gcgtcgcccagcagtgtggccgtcgctgagctggtggccctgttcctggagggcctgaag
gagaggtccgtgttcgccatggccctgcaggacaggaaggccacagatgatgccaccctc
ctggccttcaagaagggggacctgttggtcctgacaaagaagcaggggctgctggcctct
gagaactggaccctcagccagaacgacaggacaggcaagacggggctggtgcccatggcc
tgcctctacaccatccccacggtcactaagccctcggcacagctgctgagcctgctcgcc
atgtcaccagagaagaggaagctggcggctcaggaggggcagctcgcagagccacgtccc
gaggagccacccaaggaaaagccgcacaccctggaggagttctccttcgagttcttcagg
gctccagagaaggatacagtgagcatggccgtgctgcccctggcccgtgcccgcggccac
ctgtgggcctattcctctgagccgctgcgacagccgctgctcaagcgagtccacgccaac
attgacctctgggacatcgcctgccagatctttgtcgccatcctccggtacatgggtgac
tacccctctcggcaggcctggcccagcctggagctcactgaccagatcttcatgctggcc
ctgcagcacccggccctgcaggacgaggtctactgccagatcctgaagcagctgacgcac
aactccaacaggcacagcgaggagcggggctggcagctgctgtggctctgcactggcctc
ttcccgcccagcaaggggctgctgccccatgcccaaaagttcatagacacccggaggggg
aagctgctggcccccgactgcagccgccgcatccagagggtcctcaggacagggccccgg
aagcagcccccgcaccaggtggaggtggaggccgcggagcagaacatctcccgcatctgc
cacaaggtctacttccccaatgacaccagcgagatgctggaggtggttgccaacacacgg
gtgcgggatgtgtgtgacagcattgccaccaggctgcagctggcctcctgggagggctgc
agtctcttcatcaagattgcagacaaggtcatcagccagaaggagggagacttcttcttt
gattccctgaggcaggtgtctgactgggtgaagaagaacaagccccagaaagaaggggcc
cccgtgacactctcctaccaggtgtacttcatgcggaaattgtggctcaacataactccg
gggaaggatgtgaatgcggacaccatactccattaccaccaggagctgcccaagtacctg
cgcgggttccacaagtgttcgcgggaggacgccatccacctggcgggcctcatctacaag
gcccagttcaacaacgaccggtcccagctggctagtgtccccaagatcctgagggaactg
gtgcccaaggacctcacacgcctgatgtcctcggaggagtggaaaaagagcatccttctg
gcctatgacaagcacaaggacaagacagtggaggaggccaaggtggccttcctgaagtgg
atctgccgctggcccaccttcgggtctgccttcttcgaggtgaagcaaacctcagagccc
tcctacccggacatcatcctcatcgccatcaaccgacatggggttctgctcatccacccc
aagaccaaggacctgctcaccacctatcccttcaccaagatttccagctggagcagcggc
agcacctacttccacatggtgctggggagcctgggccgtggcagccgcctgctgtgcgag
acctccctgggctacaagatggacgacctactgacctcatatgtgcagcagctcctgagt
gccatgaacaagcagtggggctccaaggccccagccctggccagtacctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (21)   

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