KEGG   Dictyostelium discoideum (cellular slime mold): DDB_G0286355
Entry
DDB_G0286355      CDS       T00245                                 
Symbol
mhcA
Name
(RefSeq) myosin II heavy chain
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
ddi  Dictyostelium discoideum (cellular slime mold)
Pathway
ddi04814  Motor proteins
ddi04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:ddi00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    DDB_G0286355 (mhcA)
   04820 Cytoskeleton in muscle cells
    DDB_G0286355 (mhcA)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ddi04812]
    DDB_G0286355 (mhcA)
   04147 Exosome [BR:ddi04147]
    DDB_G0286355 (mhcA)
Cytoskeleton proteins [BR:ddi04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     DDB_G0286355 (mhcA)
Exosome [BR:ddi04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   DDB_G0286355 (mhcA)
SSDB
Motif
Pfam: Myosin_head Myosin_tail_1 Myosin_N Filament Tup_N IQ AAA_22 AAA_16
Other DBs
NCBI-GeneID: 8625606
NCBI-ProteinID: XP_637740
dictyBase: DDB_G0286355
UniProt: P08799
Structure
Position
4:4451077..4457427
AA seq 2116 aa
MNPIHDRTSDYHKYLKVKQGDSDLFKLTVSDKRYIWYNPDPKERDSYECGEIVSETSDSF
TFKTVDGQDRQVKKDDANQRNPIKFDGVEDMSELSYLNEPAVFHNLRVRYNQDLIYTYSG
LFLVAVNPFKRIPIYTQEMVDIFKGRRRNEVAPHIFAISDVAYRSMLDDRQNQSLLITGE
SGAGKTENTKKVIQYLASVAGRNQANGSGVLEQQILQANPILEAFGNAKTTRNNNSSRFG
KFIEIQFNSAGFISGASIQSYLLEKSRVVFQSETERNYHIFYQLLAGATAEEKKALHLAG
PESFNYLNQSGCVDIKGVSDSEEFKITRQAMDIVGFSQEEQMSIFKIIAGILHLGNIKFE
KGAGEGAVLKDKTALNAASTVFGVNPSVLEKALMEPRILAGRDLVAQHLNVEKSSSSRDA
LVKALYGRLFLWLVKKINNVLCQERKAYFIGVLDISGFEIFKVNSFEQLCINYTNEKLQQ
FFNHHMFKLEQEEYLKEKINWTFIDFGLDSQATIDLIDGRQPPGILALLDEQSVFPNATD
NTLITKLHSHFSKKNAKYEEPRFSKTEFGVTHYAGQVMYEIQDWLEKNKDPLQQDLELCF
KDSSDNVVTKLFNDPNIASRAKKGANFITVAAQYKEQLASLMATLETTNPHFVRCIIPNN
KQLPAKLEDKVVLDQLRCNGVLEGIRITRKGFPNRIIYADFVKRYYLLAPNVPRDAEDSQ
KATDAVLKHLNIDPEQYRFGITKIFFRAGQLARIEEAREQRISEIIKAIQAATRGWIARK
VYKQAREHTVAARIIQQNLRAYIDFKSWPWWKLFSKARPLLKRRNFEKEIKEKEREILEL
KSNLTDSTTQKDKLEKSLKDTESNVLDLQRQLKAEKETLKAMYDSKDALEAQKRELEIRV
EDMESELDEKKLALENLQNQKRSVEEKVRDLEEELQEEQKLRNTLEKLKKKYEEELEEMK
RVNDGQSDTISRLEKIKDELQKEVEELTESFSEESKDKGVLEKTRVRLQSELDDLTVRLD
SETKDKSELLRQKKKLEEELKQVQEALAAETAAKLAQEAANKKLQGEYTELNEKFNSEVT
ARSNVEKSKKTLESQLVAVNNELDEEKKNRDALEKKKKALDAMLEEMKDQLESTGGEKKS
LYDLKVKQESDMEALRNQISELQSTIAKLEKIKSTLEGEVARLQGELEAEQLAKSNVEKQ
KKKVELDLEDKSAQLAEETAAKQALDKLKKKLEQELSEVQTQLSEANNKNVNSDSTNKHL
ETSFNNLKLELEAEQKAKQALEKKRLGLESELKHVNEQLEEEKKQKESNEKRKVDLEKEV
SELKDQIEEEVASKKAVTEAKNKKESELDEIKRQYADVVSSRDKSVEQLKTLQAKNEELR
NTAEEAEGQLDRAERSKKKAEFDLEEAVKNLEEETAKKVKAEKAMKKAETDYRSTKSELD
DAKNVSSEQYVQIKRLNEELSELRSVLEEADERCNSAIKAKKTAESALESLKDEIDAANN
AKAKAERKSKELEVRVAELEESLEDKSGTVNVEFIRKKDAEIDDLRARLDRETESRIKSD
EDKKNTRKQFADLEAKVEEAQREVVTIDRLKKKLESDIIDLSTQLDTETKSRIKIEKSKK
KLEQTLAERRAAEEGSSKAADEEIRKQVWQEVDELRAQLDSERAALNASEKKIKSLVAEV
DEVKEQLEDEILAKDKLVKAKRALEVELEEVRDQLEEEEDSRSELEDSKRRLTTEVEDIK
KKYDAEVEQNTKLDEAKKKLTDDVDTLKKQLEDEKKKLNESERAKKRLESENEDFLAKLD
AEVKNRSRAEKDRKKYEKDLKDTKYKLNDEAATKTQTEIGAAKLEDQIDELRSKLEQEQA
KATQADKSKKTLEGEIDNLRAQIEDEGKIKMRLEKEKRALEGELEELRETVEEAEDSKSE
AEQSKRLVELELEDARRNLQKEIDAKEIAEDAKSNLQREIVEAKGRLEEESIARTNSDRS
RKRLEAEIDALTAQVDAEQKAKNQQIKENKKIETELKEYRKKFGESEKTKTKEFLVVEKL
ETDYKRAKKEAADEQQQRLTVENDLRKHLSEISLLKDAIDKLQRDHDKTKRELETETASK
IEMQRKMADFFGGFKA
NT seq 6351 nt   +upstreamnt  +downstreamnt
atgaatccaattcatgatagaacttcagattatcacaaatacttaaaagttaaacaaggt
gattctgatttatttaaacttactgtttcagataagagatacatttggtataatccagat
ccaaaagaaagagattcatatgaatgtggtgaaattgtttcagaaacctctgattctttc
acattcaaaaccgttgatggtcaagacagacaagtcaaaaaggatgatgccaatcaacgt
aatccaatcaaattcgatggtgtcgaagatatgtctgaattatcatacctcaatgaacca
gcagttttccacaatctccgtgttcgttacaatcaagatttaatttacacctattcaggt
ctctttttggttgccgtcaatccattcaagagaattccaatctacactcaagagatggtt
gatatcttcaaaggtcgtagaagaaatgaagttgccccacatattttcgccatttctgat
gttgcctatcgttcaatgttagatgatcgtcaaaatcaatcactcttaatcactggtgaa
tctggtgctggtaagactgaaaacaccaaaaaggtcattcaatatcttgcatctgtcgct
ggtcgtaatcaagccaatggtagtggtgtattggaacaacaaattctccaagccaatcca
atccttgaagcttttggtaatgccaaaaccacccgtaacaacaattcatctcgtttcggt
aaattcattgaaattcaattcaacagtgctggtttcattagtggtgcttcaattcaatcc
taccttttagagaaatcacgtgtcgttttccaatctgaaaccgaacgtaattatcacatt
ttctatcaactcttagctggtgccaccgccgaagaaaagaaagctcttcacttggctggt
ccagaatcattcaactacttaaatcaaagtggttgtgttgatatcaaaggtgtctctgat
agtgaagaattcaaaatcactcgtcaagctatggacattgttggtttctcacaagaagaa
caaatgtcaatctttaagatcattgctggtatcttacatttaggtaacatcaaattcgaa
aaaggtgctggtgaaggtgctgtcctcaaagacaaaaccgccctcaacgctgcttcaacc
gtctttggtgtcaatccatcagtccttgaaaaggctctcatggaaccacgtattttagcc
ggtcgtgatttagttgctcaacatctcaacgttgaaaaatcctcatcatcaagagacgct
cttgtcaaagctctctatggtcgtcttttcctctggttggtcaaaaagatcaacaatgtc
ctctgtcaagagagaaaagcttactttattggtgttttggatatttcaggttttgaaatt
ttcaaagtcaattcattcgaacaattatgtatcaattataccaatgaaaaactccaacaa
ttcttcaatcaccatatgttcaaattggaacaagaagaatatcttaaagagaaaatcaat
tggactttcatcgattttggtcttgattcacaagccactatcgatttaattgatggtcgt
caaccaccaggtattttagctcttttggatgaacaatctgttttcccaaatgccaccgat
aatactttaatcaccaaactccacagtcactttagcaagaagaacgccaaatacgaagaa
ccacgtttctccaaaaccgaatttggtgttacccattatgctggtcaagtcatgtatgag
attcaagattggttagaaaagaacaaagatccattacaacaagatctcgaactttgcttc
aaagattcatcagacaacgttgtcaccaaacttttcaatgatccaaacattgccagtcgt
gcaaagaaaggtgcaaactttatcactgtcgccgctcaatacaaggaacaattagcctca
ctcatggccacccttgaaaccaccaacccacatttcgttcgttgtatcattccaaacaac
aaacaattaccagccaaactcgaagataaagttgtcctcgaccaattacgttgcaatggt
gtcctcgaaggtattcgtattactcgtaaaggtttcccaaatcgtattatctatgccgat
ttcgtcaaacgttactatttattagctccaaacgttccaagagacgctgaagactcacaa
aaagccaccgatgctgttctcaaacatcttaacattgatccagaacaatatcgtttcggt
atcaccaagattttcttccgtgccggtcaattagctcgtattgaagaagctcgtgaacaa
cgtatctctgaaatcatcaaagccattcaagctgccactcgtggttggatcgctcgtaaa
gtctacaaacaagcacgtgaacacactgttgctgctcgtatcatccaacaaaatctccgt
gcttacattgatttcaaatcatggccatggtggaaactcttctcaaaggctcgtccatta
ttaaagagaagaaactttgaaaaggaaatcaaagaaaaggaaagagaaatcttagaactc
aaatctaatctcaccgactctaccactcaaaaggataaattagagaaatcactcaaagat
actgaatccaatgtactcgatctccaacgtcaactcaaagctgaaaaagaaaccctcaaa
gctatgtacgatagcaaggatgccttagaagctcaaaaacgtgaattagaaatccgtgtt
gaagatatggaatctgaactcgacgaaaagaaattagctttggaaaacctccaaaaccaa
aaacgttcagtcgaagaaaaagtcagagacttggaagaagaattacaagaggaacaaaaa
ttacgtaatacccttgaaaaattaaagaagaaatacgaagaggaattagaagaaatgaaa
cgtgtcaatgacggtcaatctgataccatctctcgtttagaaaaaatcaaggatgaatta
caaaaagaagttgaagaattaactgaaagcttctctgaagaatccaaagataaaggtgtt
ttagaaaagactcgtgtcagattacaaagtgaattggatgatttaaccgtaagattagat
agtgaaaccaaagacaaatctgaattactccgtcaaaagaagaaactcgaagaagaactc
aaacaagttcaagaagctctcgctgctgaaactgctgctaaattagctcaagaagctgcc
aacaagaaattacaaggtgaatacactgaattaaacgaaaaattcaactctgaagtcact
gctcgttcaaatgttgaaaaatcaaagaagaccctcgaaagtcaattggttgccgtcaac
aacgaattagatgaagagaagaagaatcgtgatgcccttgaaaagaagaagaaagcttta
gacgctatgttagaggaaatgaaagatcaattagaatccactggtggtgaaaagaaatca
ctctatgatctcaaagttaaacaagaatcagatatggaggctttacgtaatcaaatctct
gaactccaatcaactattgccaaattagaaaagattaaatccactttagaaggtgaagtt
gctcgtttacaaggtgaattagaagctgaacaattagccaaatccaacgttgaaaaacaa
aagaagaaggttgaattagatttggaagataaatctgctcaattagctgaagaaaccgcc
gccaaacaagctttagataaattaaagaagaaattagaacaagaattatctgaagttcaa
actcaactctctgaagccaacaacaagaatgtcaactctgattccaccaacaaacatttg
gaaacctctttcaataatctcaaattagaattggaagctgaacaaaaagccaaacaagct
cttgaaaagaaacgtctcggtttagaatctgaattaaaacatgtcaatgaacaattggaa
gaagaaaagaaacaaaaagaatccaacgaaaaacgtaaagttgatttagaaaaggaagtc
tctgaactcaaagaccaaattgaagaagaagttgcctccaagaaagctgtcactgaagcc
aagaacaagaaagaatctgaactcgatgaaatcaagagacaatatgctgatgttgtttca
tctcgtgataaatcagtcgaacaattaaagaccttacaagccaagaatgaagaattaaga
aacactgctgaagaagctgaaggtcaattagatcgtgctgaaagaagcaagaagaaagct
gaattcgatttagaagaagccgtcaagaatttggaagaagaaaccgccaagaaagttaaa
gctgaaaaagccatgaagaaagctgaaactgactatcgttcaaccaaatctgaattggat
gatgccaagaacgtctcatctgaacaatacgttcaaatcaaacgtctcaatgaagaactc
tctgaattacgtagtgtcttggaagaagctgatgaacgttgtaactctgccatcaaagca
aagaaaaccgctgaatctgctttagaatcattgaaagatgaaattgatgctgccaacaac
gccaaagctaaagctgaaagaaaatccaaagaattagaagttcgtgtcgctgaattagaa
gaatcattggaagataaatctggtaccgtcaatgttgaattcattcgtaagaaggatgct
gaaatcgatgatttacgtgctcgtctcgacagagaaactgaaagtcgtatcaaatctgat
gaagataagaagaacactcgtaaacaatttgctgatttagaagctaaggttgaagaagct
caacgtgaagttgtcaccatcgatagattaaagaagaaactcgaatctgatatcatcgat
ttatcaactcaattggatactgaaaccaaatctcgtatcaagattgaaaagagcaagaag
aaactcgaacaaactctcgctgaaagaagagccgctgaagaaggttcatccaaagctgct
gatgaagaaattcgtaaacaagtctggcaagaggttgatgagttacgtgctcaattagat
agtgaacgtgctgctctcaatgcttctgaaaagaagatcaaatctttggtcgccgaagtc
gatgaagtcaaggaacaattagaagatgaaatcctcgccaaagacaaattagtcaaagcc
aaacgtgccctcgaagttgaattagaggaagtcagagaccaattagaagaggaagaagat
tctcgttcagaattagaagacagcaaacgtcgtctcactactgaagtcgaagatatcaag
aagaaatacgatgctgaagtcgaacaaaacaccaaattagatgaagccaagaagaaactc
actgatgatgttgatactctcaagaaacaattggaagatgaaaagaagaaattgaacgaa
tctgaacgtgccaagaaacgtttagaatctgaaaatgaagatttccttgccaaacttgat
gctgaagttaagaatcgttcacgtgctgaaaaggatcgtaagaaatacgaaaaggatctc
aaggataccaaatacaaattaaacgacgaagctgccaccaagactcaaaccgaaattggt
gccgccaaactcgaagatcaaatcgatgaattacgttccaaacttgaacaagaacaagcc
aaagccactcaagccgataagagtaagaagactttggaaggtgaaattgacaacttacgt
gctcaaatcgaagatgaaggtaagatcaagatgagattagaaaaagaaaaacgtgctctc
gaaggtgaattagaagaattaagagaaaccgttgaagaagctgaagactctaaatctgaa
gctgaacaatccaaacgtttagtcgaattagaattagaagatgctcgtcgtaacctccaa
aaagaaatcgatgccaaagaaatcgctgaagatgccaaatctaacctccaacgtgaaatc
gtcgaagccaaaggtcgtctcgaagaagaatccatcgctcgtaccaactctgatcgttca
agaaagagactcgaagctgaaattgatgccctcactgctcaagttgatgctgaacaaaaa
gccaagaatcaacaaatcaaagaaaacaagaagatcgaaaccgaactcaaagaatacaga
aagaaattcggcgaatcagaaaagaccaagaccaaagaattcctcgttgtcgaaaaactc
gaaacagattacaagagagccaagaaagaagctgctgatgaacaacaacaacgtcttact
gttgaaaacgatctccgtaaacacctcagtgaaatctcattactcaaagatgccattgat
aagttacaacgtgatcacgataagaccaaacgtgaattggaaacagaaactgccagcaaa
atcgaaatgcaaagaaagatggccgatttctttggtggtttcaaagcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (700)   
   KEGG ORTHOLOGY (1)   
   RefGene (695)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   DICTYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
3D Structure (48)   
   PDB (48)   
Protein domain (8)   
   Pfam (8)   
All databases (766)   

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