KEGG   Cryptococcus gattii: CGB_I1620W
Entry
CGB_I1620W        CDS       T02232                                 
Name
(RefSeq) guanine nucleotide exchange factor
  KO
K12494  PH and SEC7 domain-containing protein
Organism
cgi  Cryptococcus gattii
Pathway
cgi04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:cgi00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    CGB_I1620W
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cgi04131]
    CGB_I1620W
Membrane trafficking [BR:cgi04131]
 Endocytosis
  Arf GTPases and associated proteins
   Arf associated proteins
    CGB_I1620W
SSDB
Motif
Pfam: Sec7 PH_9 PH
Other DBs
NCBI-GeneID: 10186230
NCBI-ProteinID: XP_003196069
UniProt: E6RBY9
Position
I:join(368327..368828,368884..369233,369277..369336,369392..370902,370971..371051,371119..372379,372449..372994,373058..373426)
AA seq 1559 aa
MEAAPPRPSTSSSRSLRRTPADFEAALRNPQATLYLSAGPPPVGEDLESEAASTATGHRY
SSGTNAAAMDEQDAPVPADKRSFEDDLRALGRAQERDEGRIGLGVGDVREGSVVKGPPTS
VPGVIPHTPSGHTRKASCMTTTSTTSTGNGDTPTRAARRQVKSIGLDAELGIEPKSKKAP
PKRRTLFSKATTTSQPDLASMVRRTTHRSSKTSSTPSPSLSTSTSSRTLYRKEQPSPSAS
RIRSATESSDKYGNMKGGGQMATIAEGTGPLSRHKSNASDDGFKTMKYRARGMLGKMFGS
SKEGHHSPNLSTSASSSHVDINAETAYPPVPPVPAAYASQKQRPYTPLSTTTDVFSPSES
SRASALSASASPVIGPHNRKSKTPTPSTMSERRGSPASAMITDKPLPSVRDNVDDHDSTP
MTMATKRESGSHDARDPASVSENETPSRSTSSSSRRIVPSPSPATAAITSFSDDMAGMLA
NIGQSEPAMELGLPPERLRHKDDKNRFSAVLGKPLSDQEPVSATLTSSTFLSVASSPQRS
ASLPAASASEQASSMTLKVSSTAPLSSFLDPPIFQSSTFLNHELFSHHPQQPQKRHHTEP
CINLHASSPSLSSATAPSVDVLQIASIFETTRNGDQKGENAWQASSEGPSPLLPSSAKFD
SSVGVERTDRPSPSPIASSAWARQAQESPASWPSARLQPSLSDRIDKASVPASSSAMSGV
NSLSAQDEVVKMISSRPGTPSKVQEQAVRTSSTDKQLESKKDSELGREQEELGEETNDEK
GKRLAREFYKGNGTTVASEKMAEFLGGPHAINDITLKYFMQYFNMEGQNLVDAFRKLCQK
LYLKAESQELDRIMGAFSARFFECNPNTVFGSSGILHTVSAAMLMLNTDLHIAELSRHMS
KAEFIRNTLQAIHESTAVDPNTILSGAAGDERSSTPDLVRDDGSSIKPSLTSNSSMSTTL
INTRAKTPVQAGQARSTSAPIITPHTHYGRADSSLSVAGISTEGKSRNSSFSGGSRSYSK
TWEAEAEAALKDIYSSVRADKILLPISDVPVSDRKVSGSSNRQSMISIASNGPYDSRLGR
VRTPTDRMNVLRRGSIRSIQGRLNSGGNSPYGSQWYGSDGRLSPALSNATSINETGGTGS
GFSSFTPSLGFASNLSHTVIRENEDEVGSLHSKASVGTVEDMDDDELALLGAPWAKEGIL
QRRVHGEGVAKRVKKADWKQFFVVVSKGDLYMFTFGDGKGGGGFMGGSVGGGNWLENANA
NGTINLMHITAAALPKQGHSSSRPYCFTVSQSSGEVITFAAGTEDLVAEWIATCNYWAAR
KSRQPLQGGVSNMEFGWNRVTVDPLEDEGDRMSIFSQKSNGSRMGGTYGRRALGNGSGGS
TGRFDKIHINDWKPPPSAMMPSTLEEEAQLEALVEYVKSREKELEKHKAIEEPMIRLYSH
GSKNLHKAKENWKAKSHYIHNEIFKYETYIDALRNAISLRVKKQGEKKLEKSLNTSNNNS
QSSSGDKSGALDKSKKAVDASGAAQGVNARGLTIDPTITVGQSDDGEEEQPITPTTIRR
NT seq 4680 nt   +upstreamnt  +downstreamnt
atggaggctgcccccccccggccgtcgacgtcttcctcccgctcgctccgcaggacaccc
gcagacttcgaggctgcactccgcaacccacaggcgacgctctatctctcagcaggccca
ccacctgtcggcgaagacctcgagtccgaggctgcatccaccgcaacaggccaccgctat
tcctccggcacgaacgcagcggccatggacgaacaagacgcacccgtgcccgcggacaag
cgaagctttgaggacgacctccgggcgctgggtagagcgcaggagagagacgaggggagg
ataggactcggtgtgggagatgtacgggaaggaagtgtcgtcaagggaccgccgacatct
gtcccgggagtgataccgcacacaccaagcgggcatacaaggaaggcatcctgcatgacg
acgacgagcacaacgtcgaccggtaatggggacactccgacaagggcagctagacggcag
gtgaaaagcatcggtcttgatgccgagctcgggattgagcccaaaagcaaaaaagcgccc
ccaaaacggcgcactctcttcagcaaggctaccacgacctcccagcccgacctggcatcc
atggtccgccgcacaacccaccgcagtagcaagacatcttccactccttcaccctcgctg
tccacctcgacaagctcacgcacactctacaggaaggagcagccgtctccatctgcatcg
aggattaggtcggcaacagaaagcagcgacaaatacggcaatatgaagggaggtggccag
atggctaccattgcagaagggactggcccgctgagcaggcacaagtcaaacgcttctgac
gatggtttcaagactatgaagtatagggcaaggggtatgcttggaaagatgtttggatct
agcaaagaaggccatcattctccaaacctttccacttcagcctcttcctctcatgtagat
atcaatgccgagaccgcttacccgcctgtacctcctgtcccggctgcctatgccagtcag
aaacagcggccctacacccctctttcaacaactaccgacgtcttcagcccttccgaatct
tctcgagcatccgctctctcggcatctgcctctcctgtcataggcccgcacaacaggaaa
tcaaaaactccaacgccatcaaccatgtctgaacggcgcgggtcgccggctagtgccatg
atcacagacaagcctttaccttctgttagagacaatgtcgacgatcatgactcgacacct
atgacaatggccactaaacgagaatccggttcccatgatgccagagatccagccagtgta
tcagaaaacgaaactccatctcgatccacatcttcctcttcccgcagaatcgtcccttcg
ccttcacctgccaccgcagcaataacatctttttctgacgatatggcaggtatgcttgct
aacatcggacagtcggaacctgcgatggagcttggcttaccgccggaaaggttgaggcac
aaagatgataaaaacaggttttcggccgttttgggaaagcccctttcagatcaggagcca
gtctcggcaacattgacatcatcaacattcctgtcagttgcttcgtctccacaacggtcg
gcatcattgcctgcagcttcagcatcggagcaggcgtcgtcaatgactcttaaagtttca
tctaccgctccgctgtcatccttccttgatcctcctattttccaatctagtacattcttg
aatcatgagctcttctctcaccaccctcaacagcctcaaaaacggcaccacactgagccc
tgcatcaacctccatgcctcgtccccatccctctcttctgcgactgcaccttccgtagac
gtccttcaaattgcatcgatattcgaaacaactcgcaatggcgaccaaaagggagagaac
gcgtggcaagcatcttcagaagggccatccccgcttctaccgtcttctgccaagtttgat
tcctctgtcggcgtcgaacgtacggatagaccatcaccatcgcccattgcatcttcggct
tgggctcgtcaagctcaagagtcgcccgcctcctggccatcagcacgactgcagcccagt
ttgtcggataggattgataaggcttctgtgcccgcttcctctagcgccatgtctggtgtc
aactccctatcggctcaagatgaggtcgtgaagatgatttcctcccggccagggacccct
agtaaagtacaggagcaggctgtaaggacatcgtccaccgataaacagcttgaaagcaag
aaggatagcgaattaggtcgtgagcaagaggaattgggagaagaaaccaatgatgagaag
gggaagaggctagcacgggaattttacaaaggaaatgggacgactgtggctagcgaaaag
atggcagagtttttaggtggaccgcatgctatcaacgacatcactttgaaatactttatg
cagtacttcaatatggaggggcaaaacctcgtcgacgcctttcggaaactgtgccagaaa
ctctacctcaaggccgaatcccaagagctcgaccgtatcatgggtgcgttttccgctcgt
tttttcgagtgcaatcccaacaccgtctttggatcttctggtatcttgcataccgtctcc
gccgcgatgctcatgctcaacacggacctccatatcgcagagttgagtagacacatgtcg
aaagctgaatttatcaggaacacactacaggctatccatgagagtacagctgttgatcca
aacaccatcttgagcggcgccgctggggatgaaagatcttcgactcccgatttggtgaga
gatgacggaagcagcataaagcctagcctcacctcaaattcgtccatgtctaccacgcta
atcaacacgagagccaaaaccccagtccaagcgggacaagctcgaagtacttcggcaccc
atcattacccctcacactcattacgggcgcgcagacagttcgctatccgtagctggcata
tccacagaagggaaaagcagaaatagctcttttagcggaggctcacggagctattccaag
acatgggaggcagaagctgaagctgcactaaaagacatctactcttccgttcgtgccgac
aagatccttcttcctatatctgacgttcctgtgagcgatcgaaaagtgtctggctcgagc
aatcgccagtcaatgatttcaattgctagcaacggcccttacgactctaggctgggtagg
gtacggaccccgacagaccgtatgaatgtactcagacgtgggagtatacgtagtattcaa
ggtcggctgaatagcggcggtaatagtccttatggttcccagtggtacggatcggatggg
agactcagtcccgctctgagcaacgcaacgtctatcaatgaaacgggcggcactggttcc
ggtttctcatctttcaccccctccctgggttttgcctccaacctgtcacacactgttatt
cgagaaaacgaagacgaggtcggttcgttgcactcaaaggctagtgtgggcacagtggag
gatatggacgatgatgagcttgcattgctgggtgcgccgtgggccaaagagggaatccta
cagcgcagagtacatggagaaggcgtggcaaagagagtgaaaaaggctgattggaagcaa
ttctttgtggtggtcagtaagggagatctgtacatgttcacttttggggatggcaagggc
ggagggggattcatgggcgggtctgtgggtggtgggaattggctggaaaatgccaatgcg
aatggtaccatcaacctcatgcatatcactgctgcagcacttcccaagcaaggccactct
tcttcaagaccatattgtttcactgtaagccagtcatccggcgaagtgatcacctttgca
gcaggtacagaagatctcgtcgctgagtggattgcgacgtgcaactattgggcggcaagg
aagagccgacagccattacagggaggcgtgtcgaatatggagtttggatggaacagggtc
acggtggatccattggaggatgaaggtgatcggatgagtatctttagtcagaagagtaat
gggagccgaatgggaggcacgtatggccggcgagctctggggaatggtagcgggggcagc
acagggcgatttgacaaaatccatatcaatgattggaagccgccaccttctgcgatgatg
ccgagtactttggaagaggaggctcaattggaagcattggtcgagtatgtaaagtcacga
gaaaaggagctagagaagcataaggccattgaggagccgatgatccgattgtactctcat
ggatcaaagaacctccacaaagcaaaggaaaattggaaggccaaatcacactatatccat
aatgaaatattcaaatacgaaacatacatcgatgctctgcgaaacgcaatatcccttcgc
gtcaagaagcagggagagaagaaactagaaaagtcgctcaacacgtcgaataacaactcg
cagtcgtcctctggtgataaatccggagctttggataagagtaaaaaggcagttgatgca
agtggcgcggcgcagggtgtgaatgcgcgaggattaacgattgatccgaccatcacggtt
ggacaatctgacgatggtgaagaagagcagcctataacgccgacgactatcaggaggtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (14)   

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