KEGG   Ficedula albicollis (collared flycatcher): 101812620
Entry
101812620         CDS       T02815                                 
Symbol
MYO3A
Name
(RefSeq) myosin IIIA
  KO
K08834  myosin III [EC:2.7.11.1]
Organism
fab  Ficedula albicollis (collared flycatcher)
Pathway
fab04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:fab00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    101812620 (MYO3A)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:fab01001]
    101812620 (MYO3A)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:fab03037]
    101812620 (MYO3A)
   04812 Cytoskeleton proteins [BR:fab04812]
    101812620 (MYO3A)
Enzymes [BR:fab01000]
 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
     101812620 (MYO3A)
Protein kinases [BR:fab01001]
 Serine/threonine kinases: STE group
  STE20 family
   101812620 (MYO3A)
Cilium and associated proteins [BR:fab03037]
 Other cilia and associated proteins
  Stereociliary proteins
   101812620 (MYO3A)
Cytoskeleton proteins [BR:fab04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     101812620 (MYO3A)
SSDB
Motif
Pfam: Myosin_head Pkinase PK_Tyr_Ser-Thr IQ Pkinase_fungal ABC1 Kinase-like AAA_22 nSTAND3
Other DBs
NCBI-GeneID: 101812620
NCBI-ProteinID: XP_016151638
Position
2:complement(17411252..17517594)
AA seq 1619 aa
MLPLTGKTIIFDSFPDPSDTWEIIETIGKGTYGKVFKVLNKKNGSKAAVKILDPVHDIDE
EIEAEYNILKALSDHPNVVKFYGMYYKKDVKNGDQLWLVLELCNGGSVTDLVKGFLKRGE
RMNELIIAYILREALMGLQHLHENKTIHRDIKGNNILLTTEGGVKLVDFGVSAQLTSTRL
RRNTSVGTPFWMAPEVIACEQQLDSSYDARCDAWSLGITAIELGDGDPPLADLHPMRALF
KIPRNPPPTLQQPELWSPEFNDFINKCLTKDYEKRPTVSTLLQHDFIKQIEGKENVLQRQ
LMEFIDVHQQMGVTEKARFERIHTKKGNYSKSLVSNQEEVDDLATLEVLDENTVTEQLQK
GYAKDQIYTYVGDILIAVNPFRNIDIYSSQHSKLYIGAKRTANPPHIFAVADIGYQSMVT
YNSDQCIVISGESGAGKTQSAHLLVQQLTVLGKANNRTLQEKILQVNNLVEAFGNAGTII
NDNSSRFGKYLEMKFTCGGTVVGAQISEYLLEKSRVVHQAVGEKNFHIFYYIYAGLAEKK
KLAHYKLPEYRPPRYLQNDHFRIVQDFMNNSFYKSQFELIEQCFKVIGFTLEELGSVYSV
LAAILNVGNIEFSAVVSEHMIDKSNISNPVALENCASLLCIQADELQEALTSHCVVTRGE
TIIRPNTVEKATDVRDAMAKALYGRLFSWIVNRINTLLKPDKHLSENDDGLNIGILDIFG
FENFKKNSFEQLCINIANEQIQFYFNQHVFAWEQNEYLYEGVDARVIEYEDNRPLLDMFL
QKPMGLLSLLDEESRFPQATDQTLVEKFEDNLKSKYFWRPKRVDLTFGIYHYAGKVLYNA
SGFLAKNRDTLPADIVLLLRSSENNLTRQLVTHPLTKTGNLAHTKSKTTISYQMWTSQKS
ISHTKNEAGDTGHHPRETTSMKTQTVASYFRYSLMDLLSKMVVGQPHFVRCIKPNNDRQA
NKFDKEKVLVQLRYTGILETARIRRQGYSHRILFANFIKRYYLICYKTNDDPPVSPETCA
AILEKAHLDNWVLGKTKVFLKYYHVEQLNLMRKETVDMIILIQAYVRGWLGSRRYKKIKE
QREQSAIKIQSVARGYLFRKKRKERTETRNKAAITIQSHYRGYKERKVFKSRRESLRKQE
IENAATISKKKDDEELQDPEESPTEVESAVPGTEEAAAIAEDELSAVEFLEAQLQPAQND
TLEEVASEETQEEPDVVTDSKCSGYSDMGNVQKQQQTSTEGEAASVKQNLAVEEISEGEE
QDSLEELPSKSSVRTSAEPRLQQEQDNQDTLNADWQNQESAVVQHRTNRDVERNHLNREA
VMPTGGKGITRKESLRRGSWKQSEAEKQGSEDKEKAAVVIQSNYRGYRRRGQLRKEGKLP
CKSQEKTIKEPTQARHVQNNNPQTSKGRESTSTEAEDPKTLKGDSEKEACDLAAFSRQIS
KLSEDYLALQQKLNEMILSHQLRPVMMSKDKQANGRLSSHVCQSVVAKVEDSRPMQRPPR
RPRKPKTLNNPEDSTYYTLIHKSIQDEKRKPRKESLSKVLDLDIYYQEISSTDSSSKDSS
TTTRRKRYPIERRTSILRATERSRVAERPLEESKAEDNPYDYRRLLRKTSQRRRLIQQF
NT seq 4860 nt   +upstreamnt  +downstreamnt
atgcttccgttgactgggaaaacaataatatttgatagctttcctgatccttcagatacc
tgggaaataattgagactattggcaaaggaacttatggaaaggttttcaaggtgttaaat
aagaaaaatggcagcaaagcagcagtcaaaattttggatcctgttcatgatattgatgaa
gaaattgaagctgagtacaacattttgaaagctctctctgatcatcccaatgtagtcaaa
ttctacggcatgtactataagaaagatgtgaaaaatggagaccagctttggctagttctt
gagctgtgcaatggtggatctgtgactgatctcgtgaaaggatttctgaagagaggtgaa
aggatgaatgaacttataattgcttacattttacgtgaagctctgatgggacttcagcac
ttgcatgaaaacaaaactatccaccgtgatattaagggaaataatatccttttgactact
gaaggaggagtcaagcttgtggattttggtgtgtctgcgcagctgaccagcactcgtctc
cggcggaacacctccgtgggcaccccgttctggatggctccagaggtgattgcttgtgag
cagcagctagatagctcctatgatgccagatgtgatgcatggtcactgggtattactgcg
atagagttgggagatggagatccaccccttgctgatttgcaccccatgagggcactcttc
aaaataccaaggaatcctcctccaaccctacagcagcctgaactgtggtcacctgaattc
aatgacttcatcaacaagtgcttgactaaagattatgagaagcgtccaacagtatctact
cttttgcagcatgattttattaagcaaattgaaggaaaagaaaacgtgctacaaaggcaa
ctcatggaatttattgatgttcatcaacaaatgggagtcactgaaaaggcaagatttgaa
cgtattcatactaagaaagggaactacagtaagtcactagtttcaaaccaagaagaggta
gatgatttagcaaccttggaggtactggatgagaatacagtcacagaacagctgcagaag
ggttatgccaaggaccagatctacacatatgttggggacattctcatcgctgtcaatccg
tttcggaacatagatatttattcttcacagcattccaagctgtatattggagccaaacgg
actgccaaccctcctcacatttttgcagttgctgacataggctatcagtccatggtgacg
tacaactccgatcagtgtattgttatttctggagaaagtggagctggcaagacgcaaagt
gcccatctgctggttcagcagctcactgttctgggcaaggctaataacaggactctgcag
gagaagattctccaggtgaacaaccttgtagaagcatttgggaatgcaggcaccatcata
aatgataactcaagcagatttggaaaatatctggaaatgaaattcacttgtggtggcact
gtcgtaggagctcagatttcagagtacctccttgaaaaatccagagttgtccaccaggca
gtaggagagaaaaatttccatattttttattatatttatgctggtctcgctgaaaagaaa
aaactggcacattataaactgccagaatacagacctcccagatatctgcaaaatgatcat
ttcagaatagtgcaagatttcatgaacaatagcttttataagtcccagtttgaattaata
gaacagtgcttcaaagtcataggttttacactggaggagcttggaagtgtgtacagtgtc
ctggctgccattttaaatgtgggtaacattgaattttctgcagtagtatctgaacatatg
attgacaagagcaacatttccaatccagtggcccttgagaactgtgcatccctgctgtgt
attcaggcagatgaactgcaagaggccctcacctctcactgtgtagtgactcgaggagaa
acaattattcgtcccaacacagtggaaaaagccactgatgtcagagatgccatggccaaa
gcactgtatgggcgcctcttcagctggatcgtcaatcgcatcaacactttactcaaacct
gacaaacatctaagtgaaaatgatgatggcttgaatattggaattcttgacatctttggc
tttgagaatttcaaaaaaaattcttttgaacaactgtgtatcaacattgccaatgaacaa
attcagttctacttcaatcaacatgtctttgcctgggaacagaatgaatacctttacgaa
ggtgttgatgcaagagttatagaatacgaggacaacaggcccctcctggatatgttcctg
cagaaaccaatgggtttgttgtctctgctggatgaggaaagtcgattcccacaagcaaca
gatcagacacttgtagaaaaatttgaagataatttgaaatcaaaatatttttggagaccc
aaaagagtagatctaacctttggaatttatcattatgcaggaaaggttctatataatgca
agtggattcctagccaaaaatagagatactcttccagctgatattgtgctgctgctgcga
tcatctgaaaacaacctgactcgacagctggtaactcaccctctcacaaaaacaggtaac
ctggcacacaccaaaagcaaaactacaatcagttatcaaatgtggacctcccaaaaatca
atcagtcatacaaagaatgaagcaggagatactggacatcatccaagagaaacaaccagc
atgaaaacacagacagttgcttcttattttagatattctctgatggatttgttatccaaa
atggtcgttggccagcctcattttgtcaggtgcatcaagccaaacaacgaccggcaggcg
aacaagtttgacaaagaaaaggtgttggttcagctgcgttacacggggattctggagaca
gcgcggatccgcagacagggctactcacatcgtatactcttcgctaacttcataaaacgg
tattacctcatctgttacaaaacaaatgatgatcctccagtcagcccggagacctgtgct
gccatcttggaaaaagcccaccttgacaactgggttcttggaaaaactaaagtattcctc
aaatactatcatgtggagcagctcaatttaatgcggaaggagacagttgacatgattatt
ttgattcaagcttatgtcagagggtggctgggttcgaggagatacaaaaagataaaggaa
caaagggaacaaagtgctattaaaatacagtcagttgccagaggatacttattcaggaag
aagagaaaagaacgaactgaaacaagaaacaaagcagcaataacaattcagtctcactac
aggggatataaggaaaggaaggtcttcaaaagcaggagggaatcacttagaaagcaagaa
attgaaaatgcagcaactattagcaagaagaaagatgatgaagaacttcaagatcctgag
gaaagtccaactgaagtggagagcgctgtccctggaacagaagaagcagctgccatagca
gaggatgaattatctgctgtggaattccttgaagcacaactgcagccagctcaaaatgat
acactggaagaagtggcaagtgaggagactcaagaggaacctgatgttgtcactgacagc
aagtgctctgggtacagtgacatggggaatgtacagaagcaacagcaaacatctactgaa
ggagaggcagcgtctgtgaagcagaacctggcagtagaagagatcagtgagggtgaagaa
caggactctttggaagagttacccagcaaatcttctgtcagaacctcagctgaacctaga
ctccagcaagagcaagataaccaagacacactcaatgcagactggcaaaatcaagaatct
gctgtggtccagcacagaactaacagggatgtggaaagaaaccacctaaaccgtgaagca
gtgatgcctacaggaggcaaaggaatcacaagaaaagagtcactaagaagaggttcatgg
aagcaatctgaagcagaaaaacaaggttcagaagacaaagagaaggccgcagtggtaatt
cagagcaattaccggggttacaggaggagaggacaactcagaaaagaagggaagctacct
tgcaaaagtcaagagaaaacaataaaggagccaacacaagcaagacacgttcaaaataac
aatccccaaacatcaaaaggtagggaaagcaccagtacagaggctgaagaccctaagaca
ctgaagggagactcagagaaagaggcttgtgatttggcagcattttcacgacagatatca
aaattatctgaagattacttagcattgcagcaaaaactgaatgaaatgatattgtcccat
cagctgagacctgtgatgatgtccaaagataagcaagctaatggccggctttcttctcat
gtttgccagtcagttgtggccaaagtagaagactctcgcccgatgcagagaccccccaga
aggccacggaagcccaagacattaaataatccagaagactccacctactacactctaata
cataaatcaatacaagatgaaaaacggaaaccaagaaaagaaagtctgagcaaagtgcta
gatttagatatctactaccaggagatttcatctactgactccagctccaaggacagcagt
actaccacaagaaggaagagatacccaattgagcgcaggacttccattttacgagctact
gagcggtcgagggttgcagaaagacccctggaagagagcaaagccgaagataatccctat
gactacagacgactgctgcggaagacctcacagcgccggcgccttatccagcagttctag

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (39)   

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