KEGG   Ailuropoda melanoleuca (giant panda): 100467620
Entry
100467620         CDS       T01329                                 
Symbol
MYO3A
Name
(RefSeq) myosin-IIIa isoform X1
  KO
K08834  myosin III [EC:2.7.11.1]
Organism
aml  Ailuropoda melanoleuca (giant panda)
Pathway
aml04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:aml00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100467620 (MYO3A)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:aml01001]
    100467620 (MYO3A)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:aml03037]
    100467620 (MYO3A)
   04812 Cytoskeleton proteins [BR:aml04812]
    100467620 (MYO3A)
Enzymes [BR:aml01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     100467620 (MYO3A)
Protein kinases [BR:aml01001]
 Serine/threonine kinases: STE group
  STE20 family
   100467620 (MYO3A)
Cilium and associated proteins [BR:aml03037]
 Other cilia and associated proteins
  Stereociliary proteins
   100467620 (MYO3A)
Cytoskeleton proteins [BR:aml04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     100467620 (MYO3A)
SSDB
Motif
Pfam: Myosin_head Pkinase PK_Tyr_Ser-Thr IQ ABC1 Pkinase_fungal Kinase-like AAA_22 nSTAND3 ABC_tran
Other DBs
NCBI-GeneID: 100467620
NCBI-ProteinID: XP_034499817
Ensembl: ENSAMEG00000004928
Position
15:23291692..23528437
AA seq 1642 aa
MLPLTGKTIIFDNFPDPSDTWEITETIGKGTYGKVFKALNKKNGQKAAVKILDPIHDIDE
EIEAEYNILKTLSDHPNVVRFYGMYFKKDKINGDKLWLVLELCNGGSVADLVKGFLKKGK
RMSETIIAYILREALLGLQHLHNNKTIHRDIKGNNILLTTEGGVKLVDFGVSAQLTSTRY
RRNTSVGTPFWMAPEVIACEQQLDTTYDARCDTWSLGITAIELGDGDPPLADLHPMRALF
KIPRNPPPKLRQPEIWSAEFNDFISKCLTKDYEKRPTVSALLQHKFITQIEGKDVMLQKQ
LMEFINIHQGMGGTEKARHERIHTKKSNFTRSLMSSLKDVDDLATLEVLDENTVSEQLEK
CYSRDQIYIYVGDILIALNPFQSLGLYSTEHSKLYIGAKRTANPPHIFAMADLGYQSMIT
YNSDQCIVISGESGAGKTESAHLLVQQLTVLGKANNRTLQEKILQVNNLVEAFGNASTII
NDNSSRFGKYLEMKFTSSGAVVGAQISEYLLEKSRVIRQALGEKNFHIFYYIYAGLAEKK
KLAHYKLPENKPPRYLQNDHLRTVQDMMNNSFYKSQYELIEQCFKVIGFTMEQLGSIYSI
LAAILNVGNIEFSSVATEHQIDKSHISNHAALENSASLLCIQADELQEALTSHCVVTRGE
TIIRPNTVEKATDVRDAMAKTLYGHLFSWIVNRINSLLKHGTSLSGNADELSIGILDIFG
FENFKKNSFEQLCINIANEQIQYYFNQHVFTWEQNEYLNEGVNARMIEYEDNRPLLDMFL
QKPMGLLSLLDEESQFPKATDQTLVEKFEGNLKSQYFWRPKRMELSFGIHHYAGKVLYNA
SGFLAKNRDTLPTDIVLLLRSSENNVIRQLVSHPLTKTGNLPHSKTRNIINYQMRTSEKS
INLTKDQSGEATHHAIETTNMKTQTVASYFRYSLMDLLSKMVVGRPHFVRCIKPNNERQA
RKYDKEKVLVQLRYTGILETARIRRLGYSHRILFSNFIKWYHVLCYKWNEEPPGSPDACA
AILEKAGLDNWALGKTKVFLKYYHVEQLNLMRKEAIDKLILIQACVRGFLDLRRYQKIQE
KRKESAILIQSAARGHLVRKQRKAVVNTKNTAVTTIQTHDQEFDYKKNFENKRDSSTKKQ
TENAVATNETAIPAANNTGSTSVVKPSTFKAEDEATLAVENNNRGYQTQNEINNMFGEET
TREPHLVGDPWAEEHPQKKCMKDLEENSKLRQVEKENTVIENYYQRYAEERNFEESKAAY
LERKAIAGRPSYPELWSVENETKQPSFKRTLEPSLSQKSVYQNANSKEQEKKTSVVTQKA
PTCGQQRSQLRPGMVRERQAEAAVRAPEEDRAAVFIQSKYRGYKRRQQLRKDRMSSFKNQ
KIVATPTEVARNTQDLYSYPTKHEESCNFRTKNDNDSKAVLEKEACDLAIFSRQISKLSE
EYFILQKKLNEMILSQQLKPLYLGVYPHKPINRRVSSQQCLSGISKEEEPKILRPPRRPR
KPKTLNNSEDSTYYYLLHKSIQEEKRRPRKDRPPRLPPMKSHRTTGPEHPKNPELHQGKL
LDLEDFYYKEFLPSRSGPKEHKPSLREGRQQGEHQHRCFNADKRCWAEENQEREEKDSAA
NPYDYRRLLRKTSQRQRLVQQV
NT seq 4929 nt   +upstreamnt  +downstreamnt
atgcttccattaactggaaaaacaatcatctttgataactttcctgatccttctgataca
tgggaaatcaccgaaacgattggcaaaggaacttacgggaaagtttttaaagcgttgaat
aaaaaaaatggccaaaaagcagcagtgaaaattctggacccaattcatgatatcgatgaa
gagatcgaagcagagtataacatcttaaagacgctttccgaccaccccaatgtggtcaga
ttctacggcatgtactttaagaaggataaaataaatggagacaaactgtggttggttctt
gagctgtgcaatggaggatccgtggctgatcttgtgaagggatttctgaagaagggcaaa
agaatgagtgaaaccataattgcctatattttacgtgaagcactattgggacttcagcat
ttgcataacaacaaaaccatccaccgtgacataaaaggaaataacattctgttgaccact
gagggtggagtcaaactggtagattttggtgtgtctgcacagctcaccagtactcgatac
cgtcggaatacatctgtaggaacgccattttggatggctcctgaggtgattgcatgtgaa
cagcaattggataccacttatgatgccaggtgtgacacatggtccctggggatcacagcc
atcgagctaggggacggagatcctccattagccgacctgcatcccatgagagcgctcttc
aaaataccaaggaatccaccccccaaactaaggcagcctgagatatggtcagcagaattc
aatgacttcattagcaagtgcttgactaaagattatgaaaagcgtccaacagtgtcagct
cttttacagcataaattcattactcaaattgagggcaaagatgtgatgttgcaaaaacaa
ctcatggaattcatcaacattcatcaaggcatgggaggcacagaaaaggccagacatgaa
cgtattcataccaagaagagtaacttcactagatcactaatgtccagtctgaaggatgta
gacgatttagcaaccctagaagttttggatgagaatacagtctcagaacaacttgagaag
tgttattccagagatcagatttatatctatgtgggagacatactcattgctcttaaccct
tttcagagtctgggtctttattccacagagcattccaaactatatattggagcaaagaga
actgccaatcctcctcacatttttgcaatggctgacttaggataccaatcaatgataaca
tataattcagatcagtgcattgttatttctggagaaagtggtgctggaaagacagaaagt
gctcatcttttggttcagcagctgacggtgcttggaaaggctaataacagaaccctgcaa
gagaagattttacaagtgaacaatttggtggaagcctttggcaatgcctccactattata
aatgacaattccagccgatttggaaaatacttagaaatgaaatttacttcttccggagct
gttgtgggagcacagatttctgaataccttctggaaaaatcgcgagttatccgccaagct
cttggagaaaaaaattttcatattttttactacatctacgctggcttagctgaaaagaag
aaactagcccattacaagttgcctgaaaataagccccccagatatctacaaaatgaccac
ctcagaacagtacaggacatgatgaataatagtttctataaatcccaatatgaattaatt
gagcagtgtttcaaagtcataggttttacaatggagcaacttggaagtatatacagtata
ttggctgcaatcttgaatgttggcaacattgaattttcttctgtggcaactgaacaccag
attgacaagagccacatttccaatcatgcagctctggagaactctgcttctctgctttgc
attcaggcagatgagctacaagaagctcttacctcccactgtgtggttactagaggagaa
accatcatacggcccaatactgtagaaaaagccactgatgtccgagatgctatggcgaaa
actttatatgggcatctctttagttggatagtcaatcgtattaacagcttactgaagcat
ggcacgtcactaagtgggaacgctgatgaactgagcattggcattctggatatatttggc
tttgaaaatttcaagaaaaattcctttgagcagctgtgcattaacattgcaaatgaacaa
attcagtattatttcaatcaacacgtgttcacatgggaacagaatgaatatctaaatgaa
ggtgttaatgccagaatgattgaatatgaagataaccgtcccctcctagatatgtttctg
cagaagccaatgggtctgctatccctgctcgatgaagaaagtcagtttcccaaggccact
gaccagactctcgtggaaaaatttgaaggtaacctgaaatcacagtatttctggaggccc
aaaagaatggaacttagttttggaattcaccactatgcaggaaaggtcctgtataatgca
agtgggttcttagctaaaaatagagacactcttccaactgatattgtgctgcttttgagg
tcatcagaaaacaatgtcattcgccaactagtcagtcaccctttgacaaaaacaggtaat
ctgccacattctaaaaccagaaatataataaattatcaaatgaggacttcagaaaaatca
atcaacttgacaaaggatcaaagtggagaagccacacatcatgccatagagaccaccaac
atgaagacacaaacagttgcatcatattttagatattccctgatggatttgttatccaaa
atggtggtgggccggcctcactttgtccgttgcatcaaaccaaataatgaacgtcaggca
agaaaatatgacaaagagaaagtcctcgtacagcttcgctacacaggaattctggaaaca
gcgagaattcgaaggctgggatactcacatcggatacttttctccaacttcataaagtgg
taccatgttctctgctacaagtggaacgaagagcccccagggagccctgacgcctgtgcc
gccatcttggaaaaagctggtcttgataactgggctcttggaaaaacaaaagtgttcctg
aaatattatcatgtagaacagttaaatttaatgcgaaaggaagccattgacaagcttatt
ttgattcaagcctgtgtcagaggattcttggatttaagaagataccaaaaaatacaggag
aaaaggaaagagagtgctatcctaatacagtcagctgcaagaggacatctagtcaggaaa
caaagaaaagcagttgttaacacaaaaaacacagcagtaacaacgattcagacccatgat
caggaatttgactacaagaaaaactttgaaaataaaagggactcttctacgaagaaacag
acagaaaatgcagtcgctactaatgaaacagccattccagctgcaaacaatacaggaagt
acatctgtagtgaagccttccactttcaaagctgaagacgaagccactctggccgttgaa
aataacaacagaggatatcaaactcagaacgaaattaataacatgtttggagaagagact
acgcgtgaaccacatctggtaggggacccttgggcagaagaacacccccaaaagaagtgt
atgaaagacctggaagagaacagtaagctaaggcaagtggagaaggagaacactgtgatc
gagaattactaccagaggtatgcagaggaaaggaattttgaagaatccaaagcagcatat
ctagaaagaaaggccatagcaggaaggccaagctacccagaactttggtcagtggagaat
gagacaaagcagccttcgtttaaaagaacattggaaccgagccttagccaaaagtcagtc
tatcaaaatgcaaatagcaaggaacaggaaaagaagacatcggtagtcacccagaaggca
ccgacgtgcggccagcagagaagccagctgaggccagggatggtccgagagaggcaggct
gaagcagcagtccgagccccggaagaagatagagcggcagtgttcattcagagcaaatac
cggggctacaagaggaggcagcaattaaggaaggacaggatgtcttcttttaaaaatcaa
aagattgttgcgacaccgaccgaagtagcaagaaatactcaagatctgtattcctatccc
acaaagcatgaggaatcctgtaatttcaggactaagaatgacaacgactcgaaagcagtc
ttagagaaagaagcatgtgatttggccatcttttcaagacagatatcaaagttatctgaa
gaatatttcattctgcagaaaaaactgaatgaaatgattttgtcacagcaactgaagcct
ctttatctgggtgtctatcctcataagccaattaatagacgagtttcttctcagcagtgc
ctctcaggtatctctaaagaagaagagccaaaaatattgagacccccaagacggccccgg
aaacccaaaacattaaataactctgaggactccacatactattatctgctacataagtca
atccaagaagaaaaacgaagaccaagaaaagatagacctccccgtttacctcctatgaag
tcccatcgcactacaggtcctgagcatcccaagaacccagaactacatcagggaaaatta
ttagacctggaagatttctattataaggaatttttgcccagtcgttctggaccaaaggaa
cataagcctagtttaagagaaggaagacaacagggagaacaccagcatcgatgttttaat
gctgacaaaaggtgctgggcggaggagaaccaggagcgggaggaaaaggactccgcggcc
aacccctacgactaccggaggctcctgcgcaaaacctcccagcggcagcgccttgtgcag
caggtgtaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (10)   
   Pfam (10)   
All databases (61)   

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