KEGG   Maylandia zebra (zebra mbuna): 101472409
Entry
101472409         CDS       T02814                                 
Symbol
fmn2
Name
(RefSeq) formin-2
  KO
K02184  formin 2
Organism
mze  Maylandia zebra (zebra mbuna)
Pathway
mze04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mze00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    101472409 (fmn2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mze04812]
    101472409 (fmn2)
Cytoskeleton proteins [BR:mze04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Formins
     101472409 (fmn2)
SSDB
Motif
Pfam: FH2 Hemerythrin DEP HycH
Other DBs
NCBI-GeneID: 101472409
NCBI-ProteinID: XP_004570442
Position
Unknown
AA seq 1498 aa
MGNQETKQKKAAAASSNGSYPSLDEGWREGGGDVKKGGKKLHGKHGGKGTGSAGGRGVTN
GTGLKNKNKSESKSSVFSIRKRKGNLKGKGDVCSSVKGSKEDVLASQHDELDSTKTPDLS
ADELGQSDTEAAFPEKRKKQGKRDDGDERDEKHEMQQKASTANSPAEDGGQKGGSSGSDT
DIYSFHSAADHEDLLADIQLAIRLQQQQHGGVTSIVETQGGGGRNLIWGEGKDRRKQSNG
VVKLTPPEVLDLTPELELGSDALSFLEGGSIIGSVKQNEPLPTQNSPFNAEVIEKNEDRH
LELKGQGQREAALCVSTGTKDQHALLQQRPHTDISIATEGGATVCPVTMTTVGNSFHDFT
FDSTGKITGEEEGASAETQQEQVRELEMDANLSLPLPDDNHRSPEPLEGLSSRTVFEEGE
IHLGSGTSAESLEDCLSADSEPSPSTSTKASPSNQQFRRSSACFSPLLPQESPTLAKRLL
KSAHPATCSSPVVKPYPPIFPSYIKTTTRQLSSPGHSPSHSPLSPRRAHHNFHRMMAEGW
QVRRKRSRSLASPLSRSADWTEELDRRLRGKEEDGGGLLSSGEYLGGHTGGGSQPICGTR
RFSCGQVSTCGFQDVFTGRTLLEKLFLQQQADEPEEAERLCSRILAMGLLLPFTDCFREQ
LGGSTTHITATASPKFDHDQLYTWAAVNQPPHSLDLCEGKQPIQIKGPWPQAKPGGDNRN
GLQSAQSELHADIMGLRQQHVNKEEECVFPSIKLKEKHVNVIQQLEQTIEDLRTKIAELE
RLPPLVDKDSMKVTTSTTDRECGGEEDLLRGVCDAHLQTEAFSVGGLEAKSVQTSPMDDS
SKFKVPCSEPDRVDRFLEPPPSHDGYLCSCQLQPPAPPPPLLGGSESGVCPPYSGQTVAP
PPPPLPEIVPPPPPPPPPLPPGLGVPPPLPGCLAPPPPPPLPPPLHHGLAAPPPPPPALV
PPLTRGMVPPPPPPPPPLPGVKGPPPTEACVPPPPPPPPLPGVKGPPPPQACVPPPPPPP
PPPGNICVPPALPGALGSLPPPLPLGLYSLGLTQEKPPRKALLEPPRPMKPLYWTRIQLH
TKKDMSSSLVWETIEEPNVDFQEFVELFSKTAVKEKKQPLSDTITKSKAKQVVKLLNNKR
SQAVGILMSSLHLDMKDIHHAILNLDNTVVDLETLQALYENRAQQEELDKIEKHIKSTKD
KENAKPLDKPEQFLYQLTLIPNFNSRVFCILFQSSFCECMSSITRKLDTLQRVCKVIQDS
ETVKKILGLILAFGNFMNGGNRTRGQADGFSLDILPKLKDVKSSDGMKSLLSYIVAYYLR
HFDEDAGRETCVYPLPEPHDLFQASQLKFEDFQKDLARLRKDLRACISEVEKVCKISDEE
NLEPFKEKMDDFLKQAKSELEMLDSQLSSTHKLFLELTVFFSVKAKAGEKEVSPNIFFSI
WHEFSSDFKDQWKKENKTILKERLKAAEESFRQAKEKASYSVKPKQSSGIKAKLGMKI
NT seq 4497 nt   +upstreamnt  +downstreamnt
atgggtaaccaagagacaaagcaaaagaaagcagcagcagcatcaagcaacggaagctac
ccatcgctagatgaaggatggagagaggggggaggggacgtaaaaaaaggaggaaagaaa
ctccatggtaaacatggaggtaaaggaacaggcagtgcaggaggaaggggagtgacgaac
ggcacaggactaaaaaataaaaataaatcagagtccaagtcttctgttttctccatccgg
aagcgaaagggtaaccttaaaggaaaaggagacgtgtgttcatcagtgaaaggctcaaaa
gaggatgttttagcatctcagcacgatgagctggacagcacaaaaacacctgatctgtct
gcagatgagctggggcagtcggacactgaggctgcctttcctgagaagagaaagaagcag
gggaaaagggatgatggagatgagagagacgagaagcatgagatgcagcagaaagcatcg
accgcaaactctcctgcagaagatggagggcagaagggagggagctcaggatcagacact
gatatctacagtttccactcagcagctgaccatgaggatttgcttgcggatatccagctc
gctataaggctccagcaacagcagcatgggggggttacctcaattgtggaaacacaagga
gggggaggaaggaatctaatttggggggaaggaaaggataggaggaaacagagtaatggg
gtagttaaattaactcctcctgaggtgcttgacctgaccccagaattagagctggggtct
gatgccttgtcattcctggagggaggatctattattggctctgtcaagcaaaacgagcca
cttcccacacagaatagccccttcaacgcagaggttattgagaagaatgaggacaggcat
ctggagctaaaggggcaggggcaaagagaagctgctctttgtgtttccacaggcacaaaa
gaccagcatgctttgcttcagcagcgccctcacacagatatttccatagctactgaaggg
ggggcaacagtctgcccggtgaccatgacaactgttggtaacagtttccacgattttaca
tttgacagcactgggaaaatcacaggggaagaggagggagcaagtgctgaaacccagcag
gagcaggtgagggagcttgagatggatgctaatctcagtcttccactgccagacgacaac
catagaagtcctgagccactagagggactgagttcaagaactgtatttgaagaaggtgag
attcacttaggctcaggtaccagcgctgagtctcttgaggactgcttaagtgctgactct
gaacccagcccctctaccagcaccaaggcttccccctccaaccagcagtttaggaggagc
agcgcctgctttagcccactacttcctcaggagagccccacattggccaaacgcctcctc
aagtctgcccaccccgccacctgctctagtcctgtggtgaaaccttaccctcccatcttc
ccgtcctacatcaaaaccactacaagacagctcagttccccagggcactcaccatctcat
agccccctctccccacgcagagctcaccataactttcacaggatgatggctgaaggttgg
caggtgcgcagaaaacgctccagaagccttgctagccctttgagtcgctcagctgactgg
acagaggaactagacaggcgattgagaggcaaggaggaagatggaggtggcttactgagc
tcaggagaatatttggggggccacacaggaggaggcagccagcccatctgtggaacgaga
agattttcatgtggacaagtatctacttgtggttttcaggatgtctttacaggtcgaact
cttctggagaagctgttcttgcaacagcaagcggatgagccagaggaggctgagaggctc
tgctctaggatcttagcaatgggcctcctgctgccattcacagactgcttcagagaacag
ctggggggaagcactacccacatcaccgccaccgcatcacccaagttcgatcacgaccag
ctttacacatgggcagctgtcaaccagccaccacactctttggatctctgtgaggggaaa
caaccaattcagattaaaggcccttggcctcaagccaaaccaggtggagataacaggaat
ggacttcaatctgcacaatcagagctccatgcagatatcatgggtttgaggcagcaacat
gtaaacaaagaggaagaatgtgtttttccttcaataaaactgaaggaaaaacatgttaat
gtcatccagcaactggaacaaaccatagaagatctcaggactaagattgctgagctggag
cgactgccccctctggtggacaaggacagtatgaaagtcaccacctccaccacagacagg
gaatgtggaggagaagaggacctactaaggggtgtgtgcgatgctcatcttcagactgag
gccttctctgttggaggcttggaggcaaagtctgtgcagacatcaccaatggatgacagt
tcaaagttcaaagtgccttgtagtgagccagacagagtcgacagattcctggagcctccc
cccagtcatgatgggtacctgtgttcgtgtcagctacagcctcctgctcctccaccccca
cttctagggggaagtgaaagtggagtctgccctccttattcagggcagactgtagcacct
cctcctccaccattaccagaaatagtcccacctcctccacctcctccaccccctcttcca
ccaggtttaggagttcctccacctctccctggttgtctggctccacccccacctcctccc
ttacctccacctctccatcatggtcttgctgcacctccacctcctcctcctgccctagtc
ccaccccttactcgtggcatggttccacctcctccccctcctcctcctccattaccagga
gttaaaggcccacctccaactgaagcctgtgtgcctccccctcctcctcctcctccatta
ccaggagttaaaggcccacctccacctcaagcttgtgtgcctcctcctccgcctcctcca
cctccaccaggaaacatctgtgttcccccagctcttccaggagctcttggctccctgcct
cctccactgccactgggcttatattctctgggtctgacacaagagaaaccacccagaaag
gccttgttagagccaccaagacccatgaagcctctctattggaccaggatccagctccac
accaagaaggacatgtcatcttcacttgtgtgggaaacaattgaggagcccaacgtagac
tttcaagagtttgtggaattgttctcgaaaacagccgtgaaggagaagaagcagccactg
tctgacaccataaccaaatccaaggctaaacaggttgttaagctcctaaacaataagcgt
tctcaggctgtaggaatcctcatgtcatctctgcaccttgacatgaaagatatccaccat
gccatcctgaacttggacaacactgtagttgacctggagaccctgcaggccctgtatgaa
aatagagcacaacaggaagaattggacaagatcgaaaagcacataaagtccactaaagac
aaagagaatgccaagcccctggacaaaccagaacaatttctctaccagctcaccttgatc
ccaaatttcaacagtagagttttctgcatccttttccagtccagcttttgtgagtgcatg
tcatctatcacaagaaaactggacacactgcagagggtatgcaaggtaatacaggacagt
gaaacagtgaagaagattctaggtctgattctggcctttggtaacttcatgaatggtggc
aatcgaaccagaggccaagctgatggtttcagccttgacatcctgcccaaacttaaagat
gtaaaaagcagtgacggcatgaaaagtcttctgtcttacattgttgcatattacctccga
cactttgatgaggatgctggcagggagacatgtgtgtatcctctccctgagccccatgac
ctgtttcaggcttcgcagctgaaatttgaagattttcagaaagatctggcacgactcagg
aaggatctgagagcatgcatatcagaagtagaaaaagtgtgtaagatttcagatgaggag
aacttggaacctttcaaagaaaagatggatgatttcctcaaacaagctaaaagtgaactg
gagatgctggattctcaactcagcagcactcataaactgttcctggaacttacagtgttt
ttctcagtgaaggccaaagcaggagagaaagaggtttcacctaacatattcttctccatt
tggcatgagttctcctctgacttcaaggaccagtggaagaaggagaacaaaaccattctc
aaagagaggttaaaagcagcagaagagagtttccgacaggccaaagagaaggcatcctac
agtgtcaaacctaaacaatcatcgggaattaaagccaagcttggcatgaaaatttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (81)   

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