KEGG   Homo sapiens (human): 55785
Entry
55785             CDS       T01001                                 
Symbol
FGD6, ZFYVE24
Name
(RefSeq) FYVE, RhoGEF and PH domain containing 6
  KO
K05724  FYVE, RhoGEF and PH domain containing 5/6
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:hsa04990]
    55785 (FGD6)
Domain-containing proteins not elsewhere classified [BR:hsa04990]
 Pleckstrin homology (PH) domain-containing proteins
  Dbl-Like RhoGEF family proteins
   55785 (FGD6)
SSDB
Motif
Pfam: RhoGEF PH FYVE PH_13 IQ_SEC7_PH PH_11 PH_9 FYVE_2 DZR_2 DUF2688
Other DBs
NCBI-GeneID: 55785
NCBI-ProteinID: NP_060821
OMIM: 613520
HGNC: 21740
Ensembl: ENSG00000180263
UniProt: Q6ZV73
Position
12:complement(95076749..95217467)
AA seq 1430 aa
MTSAAEIKKPPVAPKPKFVVANNKPAPPPIAPKPDIVISSVPQSTKKMKPAIAPKPKVLK
TSPVREIGQSPSRKIMLNLEGHKQELAESTDNFNCKYEGNQSNDYISPMCSCSSECIHKL
GHRENLCVKQLVLEPLEMNENLENSKIDETLTIKTRSKCDLYGEKAKNQGGVVLKASVLE
EELKDALIHQMPPFISAQKHRPTDSPEMNGGCNSNGQFRIEFADLSPSPSSFEKVPDHHS
CHLQLPSDECEHFETCQDDSEKSNNCFQSSELEALENGKRSTLISSDGVSKKSEVKDLGP
LEIHLVPYTPKFPTPKPRKTRTARLLRQKCVDTPSESTEEPGNSDSSSSCLTENSLKINK
ISVLHQNVLCKQEQVDKMKLGNKSELNMESNSDAQDLVNSQKAMCNETTSFEKMAPSFDK
DSNLSSDSTTVDGSSMSLAVDEGTGFIRCTVSMSLPKQLKLTCNEHLQSGRNLGVSAPQM
QKESVIKEENSLRIVPKKPQRHSLPATGVLKKAASEELLEKSSYPSSEEKSSEKSLERNH
LQHLCAQNRGVSSSFDMPKRASEKPVWKLPHPILPFSGNPEFLKSVTVSSNSEPSTALTK
PRAKSLSAMDVEKCTKPCKDSTKKNSFKKLLSMKLSICFMKSDFQKFWSKSSQLGDTTTG
HLSSGEQKGIESDWQGLLVGEEKRSKPIKAYSTENYSLESQKKRKKSRGQTSAANGLRAE
SLDDQMLSRESSSQAPYKSVTSLCAPEYENIRHYEEIPEYENLPFIMAIRKTQELEWQNS
SSMEDADANVYEVEEPYEAPDGQLQLGPRHQHSSSGASQEEQNDLGLGDLPSDEEEIINS
SDEDDVSSESSKGEPDPLEDKQDEDNGMKSKVHHIAKEIMSSEKVFVDVLKLLHIDFRDA
VAHASRQLGKPVIEDRILNQILYYLPQLYELNRDLLKELEERMLHWTEQQRIADIFVKKG
PYLKMYSTYIKEFDKNIALLDEQCKKNPGFAAVVREFEMSPRCANLALKHYLLKPVQRIP
QYRLLLTDYLKNLIEDAGDYRDTQDALAVVIEVANHANDTMKQGDNFQKLMQIQYSLNGH
HEIVQPGRVFLKEGILMKLSRKVMQPRMFFLFNDALLYTTPVQSGMYKLNNMLSLAGMKV
RKPTQEAYQNELKIESVERSFILSASSATERDEWLEAISRAIEEYAKKRITFCPSRSLDE
ADSENKEEVSPLGSKAPIWIPDTRATMCMICTSEFTLTWRRHHCRACGKIVCQACSSNKY
GLDYLKNQPARVCEHCFQELQKLDHQHSPRIGSPGNHKSPSSALSSVLHSIPSGRKQKKI
PAALKEVSANTEDSSMSGYLYRSKGNKKPWKHFWFVIKNKVLYTYAASEDVAALESQPLL
GFTVIQVKDENSESKVFQLLHKNMLFYVFKAEDAHSAQKWIEAFQEGTIL
NT seq 4293 nt   +upstreamnt  +downstreamnt
atgacttctgcagccgagataaagaagccaccagtggcccccaagcccaagtttgttgtg
gcaaataataagccagccccacctcctattgcacctaaacccgacattgtgatttctagt
gttccacagtcgacaaagaaaatgaaaccagcaatagccccaaaaccaaaagtcctgaag
acctcacctgttcgagagattgggcagtcgccatcaaggaaaatcatgttgaacctggaa
gggcataaacaggaattagctgaaagcactgacaactttaattgtaaatatgaaggcaat
cagagcaatgattatatttcaccaatgtgttcctgcagttctgagtgtatccataagctg
ggccatagagagaatttgtgtgtaaagcagcttgttttagagcccctggaaatgaatgaa
aatttagaaaacagtaaaattgatgagactttgactataaaaactaggagtaaatgtgat
ttgtatggtgaaaaagccaagaaccagggtggggttgttttaaaggcaagcgttttagaa
gaggagctcaaagatgccttaatacaccaaatgccaccttttatttctgcacagaagcac
aggcccacagacagcccagaaatgaatggtggctgtaattcaaatggacaattcagaatt
gaatttgcggatttgtcaccttccccatccagctttgaaaaagttcctgatcatcacagt
tgccacttacagcttcctagtgatgaatgtgaacattttgaaacttgccaggatgacagt
gaaaaaagcaataattgctttcagtcatctgaactagaggctctggaaaatgggaaaagg
agtactttaatatcttcagatggagttagtaagaaatcagaagtcaaagaccttggtccc
ttagaaattcatttagtaccatataccccaaaatttccaactcccaagcccagaaagaca
cgaactgctcgtctgttacgccaaaagtgtgtagatactcctagtgaaagcactgaagaa
ccggggaattcagacagtagctcttcctgtcttactgaaaatagtttgaaaatcaataaa
atcagtgttctgcatcagaatgttttgtgtaagcaggaacaggtggataaaatgaagcta
ggaaataaaagtgaattgaatatggaatccaacagtgatgcacaggacttagtcaattca
cagaaagccatgtgtaatgaaacaacttcctttgaaaaaatggcaccttcttttgataaa
gactctaatttgagttctgacagcacaactgtagatggttctagtatgtcgcttgctgtg
gacgaagggaccggttttataagatgtactgtatctatgagcctgcctaagcagctcaaa
ttaacttgcaatgaacatttgcaatctgggagaaacctgggagtttctgcccctcaaatg
caaaaggaatctgttataaaagaggaaaattctctacgaattgtccccaaaaaacctcaa
agacatagcttgcctgctacaggagtgcttaaaaaggctgcctccgaggagcttttggaa
aaaagttcttatccttcaagtgaagaaaaaagttcagagaagagtctagaaagaaatcac
cttcagcatttgtgtgcccaaaaccgtggtgtgtcatcctcctttgatatgcctaaacgg
gcttcagaaaagccagtgtggaagttacctcatcctattttacccttttcagggaaccca
gaattcttaaagtctgtcaccgtatcgtcaaacagtgagccttcaacagccctaaccaag
cccagagcaaaatcgttatctgctatggatgtggaaaagtgcactaagccttgcaaagac
tctacaaagaaaaactcttttaaaaagttgctcagcatgaaactgtccatctgtttcatg
aagagtgactttcaaaaattttggtccaagagtagccaactcggagacaccaccacaggc
cacctctccagtggggagcagaaggggattgaaagtgattggcaaggcttgttggtagga
gaggagaagagaagtaaacccatcaaggcatattccacagaaaactatagcctggaatct
caaaagaagaggaagaagtctcggggccagaccagtgcagctaatggtctgagagctgag
tctttggatgaccaaatgctctcccgggagtcatcatctcaggcaccttacaagtctgtt
acaagcctctgtgcaccggagtatgaaaatatacgccattatgaggaaataccagagtac
gagaacttgccatttattatggctatacggaaaactcaagagttggaatggcagaattcc
agcagcatggaggacgctgatgcaaatgtgtatgaggtagaagagccgtatgaagctcca
gatggccagctgcagcttggacccagacatcagcattccagttcaggagcatcccaggag
gaacagaatgatcttggtcttggtgaccttccctctgatgaggaggaaatcatcaacagt
tctgatgaagatgatgtcagctctgagtcaagtaaaggagagcctgacccactggaagat
aaacaggatgaagataatggaatgaaaagtaaagttcatcatattgccaaggagatcatg
agctcagagaaagtgtttgtggatgtgttaaaacttttgcatattgatttccgggatgca
gtagctcatgcttccaggcaacttgggaaaccagtgattgaggaccggattctaaatcag
atcctatactacttgcctcagctgtatgagctcaaccgggatctcttgaaggaactggag
gaaagaatgttgcactggactgaacaacaaagaattgctgatatctttgtaaagaaggga
ccatatctaaaaatgtattccacatacatcaaagaatttgataagaatatagccttgctg
gatgaacagtgcaagaaaaatccaggttttgctgctgttgttagagaatttgagatgagc
cctcgctgtgctaatctggccctcaagcactacctgctcaagccggttcagaggatcccc
cagtacaggctgttgctgacagattatttgaagaatctcatagaagatgctggagattac
agagacactcaagatgcccttgctgttgttatagaggtagccaaccacgccaatgacacc
atgaagcaaggagacaactttcagaaacttatgcaaattcagtacagcttaaatggacac
catgaaattgtgcagcctggtcgggtttttctcaaagaaggaattctgatgaagctgtct
cggaaagtgatgcaacctcgaatgtttttcctgtttaatgatgccctgctgtatacaaca
ccagtgcagtctgggatgtataaactgaacaacatgctctcactggctggaatgaaggtc
agaaaacctacccaagaagcctatcagaatgaattaaagattgaaagtgtagaacgttcc
ttcattctctcagccagttctgccacagaaagggatgaatggctagaagcgatttccagg
gcaatagaagagtatgccaagaaaagaatcaccttctgtcctagtaggagtcttgatgag
gcagactcagaaaataaagaagaagttagtcctcttggatcgaaggctcccatctggatt
cctgataccagagccacaatgtgtatgatctgcacaagcgaattcactctcacctggaga
cgacaccactgccgggcctgtggaaagattgtatgccaagcttgttcgtctaataagtat
ggcttagattacctgaaaaatcaaccagcaagagtatgtgaacattgtttccaagaactg
cagaaattagatcaccagcactcccctaggattggatctcctggaaatcacaaatctcct
tcaagtgccttatcatcagtcttacatagcattccatcagggaggaaacagaaaaaaatc
ccagctgctctcaaagaagtatcagcaaacacagaggattcttctatgagtggctacttg
tacagatcaaagggcaataaaaaaccctggaaacacttttggtttgtcataaaaaataaa
gtactatatacatatgctgcaagtgaggacgtggccgctttggagagtcagcctttatta
ggattcactgttattcaagttaaagatgagaattccgagtctaaagtatttcagttactg
cacaaaaacatgttattttatgtattcaaagcagaggatgctcattcggctcagaagtgg
atagaagcatttcaggaaggcacaatattgtag

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Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (9)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (19)   
   RefSeq(nuc) (1)   
   GenBank (9)   
   EMBL (9)   
Protein domain (10)   
   Pfam (10)   
All databases (70)   

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