KEGG   Monodelphis domestica (gray short-tailed opossum): 100016695
Entry
100016695         CDS       T01031                                 
Symbol
FGD6
Name
(RefSeq) FYVE, RhoGEF and PH domain containing 6
  KO
K05724  FYVE, RhoGEF and PH domain containing 5/6
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:mdo04990]
    100016695 (FGD6)
Domain-containing proteins not elsewhere classified [BR:mdo04990]
 Pleckstrin homology (PH) domain-containing proteins
  Dbl-Like RhoGEF family proteins
   100016695 (FGD6)
SSDB
Motif
Pfam: RhoGEF PH FYVE PH_13 IQ_SEC7_PH PH_11 FYVE_2 PH_9 DZR_2 PH_20 DUF2688
Other DBs
NCBI-GeneID: 100016695
NCBI-ProteinID: XP_007503285
Ensembl: ENSMODG00000008231
UniProt: F6W6U6
Position
8:complement(72018708..72190400)
AA seq 1438 aa
MGGIMNSSAETKKPPLAPKPKFLVGSKPTPPPIAPKPDVVVSNVLLSTRTSKPAIAPKPK
VPKGSPLPDTRQSPSRKNRFPLEEHKQESSEHSDKLKCQNGEDKRTSYIMPVCSSNTECI
LNHGKGDNSYVKHIVLEHLETLENLENIGVGDPLSVPKAKQKCDAQSEKVGNRNRVILKA
SLLEEKLKDVFFTSSGSSPASSPLKHRSTDCLEMDGSCDANRQFNIEIVSLSQSLSGFEE
AIPQTQNCCVKFPGDGTQMLETNQDEPETSINGITCLPEQEAMENSQVNSVPEESSPKSE
IKNIVPSGKSLEPCNKIFPTPKPRMPRTTRLIRQGYVDTPSESMEELSHSQSDSSPLIEH
VKKSDQTVLLGTDIVCNHEPVENEEQENKNELTPDSGNRKCPNLTACDDQDVAIYQNVFL
QASHKDKIDENRPPTDFNFYPEGNTIDEATISSNMDRKTSFTKCSKQSMSLPTNLKPTYS
QHLPAPSHPGGSPSKTAQEAAIGDESPIKVAPKKPQRHSLPAAGRLKKAASVELLENSSY
PSDEEKSSEGILGKTCLRHLAAKEHGISSSFDVPKLIKTSEKPVWKLPHPILPFPGNQES
LKSTNSEVFPSLTKPRAKSLSAMDMDRCNKPCKDPQKKNSLKKLLNMKLSICFTKSDFQR
FLSKSSQVGEATPGRPSSREGRGIDHGQQGMSSVDEKKGKPVKAHSAETHSPASHKKRRM
YRSQVDLPNGPKAESLDDQMLSREGTPSTPSNSGASNCAPEYENICRYEETPEYENLPFT
MATRRTPDSEWQNTRVLEDSDANVYEIEEPYVALNSQLQQAPGPLHSRFSRDNQGGLDLP
SDEEEAVNSSDEDASSDSSKGEPDLLEDKQGKGTGKRSKVYHIAKEIMSSEKVFVDVLKL
LHIDFRDAVAQASRQLGKPVIEDRILNQILYYLPQLYELNRDLLKELEERMLNWTEQQRM
ADIFVKKGPYLKMYSTYIKEFDKNVALLDEQCKKNPGFAAVVKDFEMSPRCANLAIRHYL
LKPVQRIPQYRLLLTDYLKNLLEDSADYRDTQDALAVVIEVANHANDIMKQGDNFQKLMQ
IQYSLTGHHEIVQPGRVFLKEGTLMKLSRKVMQPRMFFLFNDALLYTTPLQAGMYKLNNM
LSLAGMKVRKPTQEAYQNELKIESVERSFILSASSATERDEWLEAISQSIEEYAKKKITF
CPSRSLDETDTAKKEEMSPLGSKAPIWIPDTRATMCMVCTSEFTLTWRRHHCRACGKIVC
QACSSNKYGLDYLKNQPARVCEHCFRELQKLDHQNSPKMGSPANHKSPSSALSSVLHSIP
SGRKQKKIPAALKEVSANTEDSTMSGYLYRSKGSKKPWKHFWFVIKNKVLYTYAASEDVA
ALESQPLLGFTVTEVQDENSQSKVFQLLHKNVLFYLFKADDAHSAQKWIEAFQEGTVL
NT seq 4317 nt   +upstreamnt  +downstreamnt
atgggaggaatcatgaattccagcgctgaaacgaagaagccacccctggcccccaagccc
aagtttttggtaggaagtaagcccacaccacctcctattgcacccaagccagatgtcgtg
gtttctaatgtactcctttcaacaaggacctcaaaacctgccatagctcccaagccaaaa
gtcccaaagggctcaccgcttcctgataccaggcagtccccatccaggaaaaatcgtttt
cccttggaagagcataaacaggaatcatctgaacactctgacaagcttaaatgtcagaat
ggtgaagacaagagaacttcttatatcatgccagtgtgttcatcaaatactgagtgtatc
ttgaaccatgggaaaggagacaattcatatgttaaacacatcgttttagagcatcttgaa
acgcttgaaaacttagaaaacatcggcgttggggaccctctatcagttccaaaagctaag
caaaagtgtgatgctcaaagtgaaaaagtgggaaataggaatcgagtaattttaaaagcc
agccttctggaagagaaattgaaagacgtattttttacatcgtctgggtcctcccctgca
agttcccctttgaagcacagatctactgactgcctggaaatggacgggagttgtgatgcc
aacaggcagttcaacattgaaattgtgtctttatcacagtctctttctggtttcgaagag
gcgattccacagacccaaaactgctgtgtgaagtttcctggggatgggacccaaatgctt
gaaactaatcaggatgagccagaaaccagcattaacggtattacttgcttacctgagcaa
gaagctatggaaaatagtcaagtaaacagtgttccagaggaaagcagtccgaaatcagaa
atcaagaacatcgttccctcaggaaagtctttggagccttgtaacaaaatctttccaacc
ccgaagcccagaatgccccggactactcgtctaattcgacaggggtatgtagatactcca
agtgaaagtatggaagaactatctcattcacagagtgactcctctcctcttattgaacat
gtgaaaaaatcagatcaaactgtgcttttagggacagacattgtgtgtaaccatgaacct
gttgagaacgaagaacaagaaaacaaaaatgaattgacaccagactctgggaacagaaaa
tgcccaaatcttacagcctgtgatgaccaagatgtagccatttatcagaatgtgtttctt
caagcatctcataaggataaaattgatgagaatcgcccacctacagattttaacttctat
cctgaaggtaacacgatagatgaggctactatatcatcaaacatggatagaaagaccagt
tttacaaaatgtagtaaacaatcaatgagtctgccaacaaatctaaaaccaacatacagc
cagcatttgcctgctcccagtcaccctggtggctctccatctaaaactgcccaagaagct
gctattggagatgaaagtcccataaaagtcgcccctaaaaaacctcagagacatagcttg
ccagctgctggacgtcttaagaaagctgcctctgtggaactcttagaaaacagttcttac
ccttctgatgaagagaagagttcagaggggatactgggcaaaacttgtcttagacatttg
gccgccaaagagcatggtatatcatcttcctttgatgtacccaaacttatcaaaacttct
gaaaagccagtatggaaattacctcatcctattctgccctttccagggaaccaagaatct
ttaaagtccaccaacagtgaggtcttcccttccctcaccaagcctagagccaagtcattg
tcagccatggatatggatagatgcaacaagccttgtaaagaccctcaaaagaaaaattct
ctgaagaagttgcttaacatgaaattgtccatctgtttcacaaagagtgactttcagagg
tttttgtcaaagagtagccaggttggagaggcaaccccgggccgtccttccagtagggaa
ggcagaggaattgatcatggtcagcagggcatgtcctctgtagatgaaaagaagggcaag
ccagttaaagcacattctgcggaaactcacagcccagcatcccacaagaagaggaggatg
tatcggagtcaagtggacctccctaatggtcctaaagcagaatctttggatgaccagatg
ctctccagggaggggacaccatcaaccccttctaattctggagcaagtaactgtgcccca
gagtatgaaaacatctgtcgctatgaggaaaccccagagtatgaaaacttgccatttaca
atggctacacgtagaactccagattctgagtggcaaaatacccgcgtcctggaagacagt
gatgcaaatgtttatgagatagaagagccatatgtagccttaaatagccaactccagcaa
gcaccaggacctctgcattccagattctcccgagacaatcagggtggcctagaccttccc
tctgatgaggaagaagcagttaacagctctgacgaggatgccagctctgattccagcaaa
ggggagcctgatttgctagaagacaagcagggtaaaggaactggaaagagaagcaaagtt
taccatattgccaaggaaattatgagctccgaaaaagtgtttgtggacgtgttgaaactt
ttgcatatcgatttccgggatgcagtggcccaggcctccaggcagcttggaaagccagtg
attgaggacagaatcctgaatcagatcctgtactatttgcctcagctgtatgaactcaat
cgtgatctcttgaaggaactggaagaaaggatgctgaattggactgagcagcagagaatg
gcagatatatttgtaaagaagggcccatacctaaaaatgtattccacgtacataaaggaa
tttgacaagaacgtagctcttctggatgaacagtgtaagaagaatcctggttttgctgct
gtggttaaagattttgagatgagcccaaggtgtgcgaacctggcgattagacactacctg
ctcaagcctgtccagaggatcccccaatacaggctgcttttgacagattatttgaagaat
cttttggaagactctgcagattatagggatactcaagatgcccttgctgttgtcatagag
gtggccaaccatgccaatgacatcatgaagcagggagacaactttcagaagctcatgcag
attcagtacagcctgactggacaccatgagatagtacagccaggaagggtctttctgaaa
gaaggaactctgatgaaattgtcccggaaagtcatgcaaccaaggatgttttttctgttt
aatgatgctctcttgtacacaacgcctttgcaggctgggatgtataaactgaacaacatg
ctttctttggctggaatgaaggttagaaaaccaacccaggaagcttatcagaacgaactg
aagattgagagtgtagaacgttccttcattctctcagccagttctgctactgaaagggat
gaatggctagaagcaatctcccagtcaattgaagaatatgccaagaagaaaatcacattc
tgcccctccagaagcctcgacgagacggacacagccaagaaggaagagatgagccccttg
ggttcaaaagcccccatctggattcccgacacaagggccaccatgtgcatggtgtgtacc
agtgaattcacgctcacttggaggaggcaccattgtcgggcttgtggcaagattgtctgt
caagcttgttcctcaaataagtatggcttagattacctgaaaaaccagcctgcaagagtc
tgtgaacattgcttcagagaacttcagaaactagatcaccagaattcacccaagatgggg
tccccagcaaatcacaaatctccttcaagtgccttgtcttcagtcttgcatagtattcca
tctggaaggaaacaaaaaaaaatcccagctgccctcaaagaagtgtcagcaaacaccgaa
gactctaccatgagtggctacctgtacaggtcaaagggcagtaagaaaccttggaaacat
ttttggttcgtgattaaaaataaagtgctctacacgtacgctgcaagtgaggatgttgca
gccttggaaagccagcctctattgggctttactgtcactgaagttcaggatgagaattca
cagtctaaagtgttccagctactacataagaatgtcctattttacttgttcaaagcagat
gatgcccattcagctcagaagtggatagaagcatttcaggaaggcacagtgctgtag

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (53)   

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