KEGG   Hippocampus comes (tiger tail seahorse): 109529324
Entry
109529324         CDS       T04969                                 
Symbol
fmn2
Name
(RefSeq) formin-2
  KO
K02184  formin 2
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Pathway
hcq04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    109529324 (fmn2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hcq04812]
    109529324 (fmn2)
Cytoskeleton proteins [BR:hcq04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Formins
     109529324 (fmn2)
SSDB
Motif
Pfam: FH2 DEP DUF4080 FliJ
Other DBs
NCBI-GeneID: 109529324
NCBI-ProteinID: XP_019748214
Position
Unknown
AA seq 1465 aa
MGNQEAKQKKSAAASSNGGHPSFEEGWSEGGGDVTRRGGKKHHGKNESKGTSNARGGGGG
GGDGVGGRTHGTGPAKKKNKCESKSSVFSIRKRKAHHKDELGQSDAEPGFLETKKKQQGG
SECEARAGIAAETGAAKTASPTEDGGPKGGSSGSDTDIYSFHSAADHDDLLADIQLAIRL
QQQCEGLDTAGGSQVQGESSVNCGAEAKRLQSNGVGKLPPIETLDLTPELELGSDALSFL
EVGTLLVTDQQTEKPEELPVHFLSPIEKSEGRENGEKEMDGIQELNGKEEKARKSPASGP
EVTKDQHVWTQQFPPTAIALDKGATVKAVTTATGSNFPNFTLDGTQAREQEAGGENQIEE
LQEPGANEALSPALEDGHRKSSVAMVALISGNVCEEVASAESLEDCLSIGSESNHIAPPA
AAANTSPSRRSSVCFTPSQGSPTLAKHIHRSNQAISPSNPAVKPYPPVLPSYIKTTTRQL
SSPGHSPALSPSLSPMSPRRAHQHFQRMMAGDQQVTKQDSRSNAGPLSRSADWTEELERK
MRCKLNNGESGDLEAYRYRGGGSQPLCATRRSSCGQIAACSFQDVFTGRTLLEKLFHQQQ
QEEPEEAERLCSRILAMGLLLPFTDCFRQRLGANPAHINSIGSPKFHHDQLYTWAAVNQP
TISLDPLEGKQPGYLKDSRPNGDNTGVKAADPEYHTGILGLRQQPNESQNCQEEVLLKTV
KLKEKHVNVIQQLEQTIEDLRSKIAELERQPPLLDIDIKTAKDCVGMEGLLREVSDAHFQ
TEADHFLCSLEAKSVQTSPMDDSFKFKVPYSEPSGVNNSLQIPFSQCSCQQQPLPTLPGG
PSLPLPVQIAVPVAPPAPPLPVGSIPQPPPPPPPPPPPLPGGHAPPPPPPLPGGPVPPQP
PPVPGGAAPLPPPPPLPGGPAPPPPPPPPPLPGQSAPPPPPPLPGGPAPPPPPPPPLPGG
LAPPPPPPLPGGPSANPPHYCGPPRPPPPPGTICIPPAPSGVLGSLPPPLPLGLYTLGLT
QEKKPRKAVVEPPRPMKPLYWTRIQLHTKKEISSASVWETIEEPDVDFKEFVELFSKTAV
KEKKQPLSDTITKSKAKQVVKLLSNKRSQAVGILMSSLHLDMKDIQHAVLNLDNTIVDLE
TIQALYENRALPEELDKIEKHIKSTKDKENAKPLDKPEQFLYQLSQIPSFSGRVFCILFQ
SSFSECMSSLMKKLDTLLSVCKVLQDSEKVKQILGLVLAFGNFMNGGNRTRGQADGFSLD
ILPKLKDVKSSDSMKSLLCYIVAYYLRNFDEDAGKDTCVYPLPEPHELFQTSQMKFEDFQ
KDLTRLRKDLRSCTSEVERVCKASIEDNLQPFKDKMDDFILEAKHELEALETHLSSTHKL
FLELTVFYSVKAKAGEKEVSPNTIFSIWYEFSSDFKDLWKKENKSILKERLRVAEECFRQ
AKERASYSVKPKHATGIKAKLGMKI
NT seq 4398 nt   +upstreamnt  +downstreamnt
atgggcaaccaggaagccaaacaaaaaaaatctgcagcggcatccagtaatggtggccac
ccttcatttgaagagggatggagcgagggaggaggggatgtgacaaggcggggtggaaag
aaacatcacggtaagaatgaaagtaaagggacaagcaacgctagaggaggaggaggagga
ggaggagacggggtaggaggaagaacacatggcactggtccagccaagaagaaaaacaaa
tgcgagtccaagtcctctgttttttcgattcggaagaggaaggctcatcacaaagatgag
ctcgggcaatcggacgctgaaccgggcttcctggaaaccaaaaagaaacaacaaggtgga
agcgaatgcgaagcgcgggcggggattgcagcagaaacgggagcggcgaaaactgcctcg
cccacagaggatggaggacccaaaggagggagttctgggtctgacacggacatttacagc
ttccactcggcggccgatcatgatgatttgctcgcagacatccagctggctatcaggctc
caacagcaatgtgaggggcttgatacggcgggtgggtcccaggtacaaggtgaaagcagt
gttaactgtggagcagaggcaaagagactgcaaagtaacggagttgggaaattacccccc
atcgaaacactcgacctgacgccggaattagagctcggctcagatgcgctgtctttcctg
gaagtcggaaccttgttggttacggaccagcagactgagaaaccagaagaattaccggtc
cacttcttgtcccctatagagaaatccgaggggagggaaaatggagagaaggaaatggac
gggattcaagagctcaatgggaaggaggagaaggcgagaaagtcccccgcgagtggtcct
gaagttacaaaagaccagcacgtctggacgcagcagttcccgcccacagccatcgctctg
gacaagggggctacagtcaaagcagttactacggcaactggaagcaacttccccaatttc
acattggacggtacacaagcgcgggagcaggaagcgggaggcgaaaaccagattgaggag
ctgcaggagcctggcgcgaatgaagctctgagtccagcgcttgaagacggccacagaaaa
agcagcgttgccatggtagcacttatttcagggaacgtgtgtgaagaagttgcgagcgct
gagtcacttgaagactgcttgagtattggatcagaaagtaaccacatcgctcctcctgct
gctgctgccaatacttccccctccaggaggagcagtgtttgctttacaccatcccaagga
agccccacattagccaaacacatccacaggtccaaccaggccatttccccctcaaacccc
gcggtgaaaccgtaccctcctgttttaccttcgtacatcaagaccaccaccagacaactc
agctcgccaggacattccccggctctgtctccttcccttagccccatgtcgccaagaaga
gctcatcaacatttccaaaggatgatggctggcgatcagcaagtcacgaaacaggactcc
cgaagcaatgctggtcccctgagtcgctcagctgactggacagaagagctcgagaggaaa
atgaggtgcaagctcaacaatggcgagtctggagatttagaagcctacaggtacagaggt
gggggaagccaacccctttgtgcaacaaggagatcttcatgtggacaaattgctgcatgc
agcttccaagatgtctttacaggtcgaactctcctggagaaactattccatcaacagcaa
caggaggagccggaggaagctgagaggctctgctccagaatattagcaatgggtcttctt
ctgcctttcacagactgcttcagacagcgactaggagccaaccctgcacatatcaactct
atcggatcacccaaattccatcacgaccagctgtatacgtgggcagctgttaaccagcca
accatttctcttgatcctcttgaggggaagcaaccaggttatctgaaagactccaggcct
aatggagacaatactggagtcaaagccgcagatccggaatatcatacaggcatcttgggt
ttgcgacagcaaccaaatgagagccaaaattgtcaggaggaggttttgctgaaaacagtg
aaactgaaggaaaaacacgtcaatgtcatccaacaactggagcaaaccattgaagatctc
aggagtaaaattgctgagctggagcggcagccccctctgctggacatagacatcaaaaca
gccaaggactgtgttggaatggaaggccttttgagggaagtgtctgatgctcactttcag
actgaagcagatcactttctgtgctccttggaagccaaatcggtgcaaacatcgccgatg
gatgacagctttaagtttaaagtgccttacagtgagccaagtggagtcaataattccctg
caaatcccatttagccaatgttcatgtcagcagcaacccctgcccacgcttccgggtggg
ccgtctcttcctttgcccgtacagatagcagttcctgtggcgccacctgctccacccttg
ccagtaggttcaataccacaaccaccaccaccacctccaccacctcctcctcctctccca
ggtggacatgccccgccacctcctcctcctcttcctggtggtccagttccaccccaacct
cctcctgtccctggcggtgctgctccactgccccctccgccacctctccccggtggacct
gctccaccaccaccaccacctcctcctcctctccctggtcaatcagctccacccccacct
cctcctctccccggtggaccagctccacccccacctcctcctccacctctccctggcggt
cttgctccacccccacctcctccactccccggtgggcccagtgccaatcctccccattat
tgtgggcctccccgacctcctcctccacccggtacgatctgcattcctccagctccgtcg
ggagttctgggctccttgcctcctcctctgcctttggggctatacacgctgggccttacc
caggagaagaaacccaggaaagcagtggtggagcctcccagacccatgaagccattgtat
tggaccagaatccagttgcacactaaaaaggaaatatcgtcggcatcggtgtgggagacg
atagaggagcctgatgtggactttaaggagtttgtagagttgttttccaaaacagccgtc
aaggagaaaaagcagccactctccgacacaatcaccaagtctaaagccaaacaggttgtc
aagctcctaagcaacaaacgctctcaggctgtcggaatcctgatgtcctcgctacacctt
gatatgaaagacatccaacatgccgtcttgaacttggacaacacgatcgttgacctggag
accattcaggccctttatgaaaatagggcgctgccagaggaactggacaagattgaaaaa
cacattaaatccactaaagacaaggagaatgcgaaacctctggacaaacctgaacagttt
ctctaccagctctcccagatccccagcttttctggtcgagtcttttgtatcctcttccag
tctagcttttctgagtgcatgtcctctttgatgaagaaactggatacgctgctgagtgta
tgcaaggtattacaagacagtgaaaaggtgaagcagattcttggtctggtgctggctttt
ggcaactttatgaatggaggaaatcgcacaagaggccaagctgatggcttcagtcttgac
atccttcccaaactcaaagatgtcaagagcagtgacagcatgaaaagtcttctgtgttac
atagttgcatactatctaaggaattttgatgaggatgctggaaaagacacttgtgtttat
cctctccctgagcctcatgagttgttccagacttcccagatgaaattcgaagactttcag
aaagacctgactcgactcagaaaagaccttcgatcatgtacctcagaggtggaacgagtg
tgcaaagcttccattgaagataacctacagcctttcaaggacaagatggatgattttatt
ttagaagcgaaacatgagcttgaagcattggaaactcatctcagcagcacacacaaactg
ttcctagagctcacagtattctactcggtgaaggcaaaggcaggggagaaggaggtttcg
ccaaacactattttctcgatctggtatgagttttcctctgactttaaggacctgtggaag
aaggaaaacaaatcgattctgaaggagaggctcagagtggcagaggaatgtttccgacaa
gctaaggagcgagcttcctacagtgtcaaacccaaacatgctacagggattaaagccaag
cttggcatgaagatctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (74)   
   KEGG ORTHOLOGY (1)   
   RefGene (70)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (84)   

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