KEGG   Pseudocercospora fijiensis: MYCFIDRAFT_42664
Entry
MYCFIDRAFT_42664  CDS       T03109                                 
Name
(RefSeq) hypothetical protein
  KO
K18442  brefeldin A-inhibited guanine nucleotide-exchange protein
Organism
pfj  Pseudocercospora fijiensis
Pathway
pfj04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:pfj00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    MYCFIDRAFT_42664
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pfj04131]
    MYCFIDRAFT_42664
Membrane trafficking [BR:pfj04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    MYCFIDRAFT_42664
SSDB
Motif
Pfam: Sec7 BIG2_C Sec7-like_HUS Sec7-like_HDS DCB
Other DBs
NCBI-GeneID: 19339493
NCBI-ProteinID: XP_007922478
JGI: 42664
UniProt: M3B7Q5
Position
Unknown
AA seq 1954 aa
MVKEHPPPAVDNDTHSTHHATTTPPSEPNAQSAPASAVSPPPTSTAIPDSPATRSTAATA
IRPRSDSQSTTATTATRASTRSTRSSMVFVVAALESIAASKDARKRKVLADSTQRALSAI
RSAQGDATQIDPEVMFAPLNLATEASTVSVVTTALDCIGKLISYSYFSTPAVSEAQSESA
EDRQRPPLIERAIDTICDCFQGEATPAEVQMQIIKSLLAAILNDKIVVHGAGLLKSVRQT
YNIFLLSKSSANQQIAQGTLMQMVGTVFERVKVRLASKASRSSTSLKTNGAEAASDVSSV
VGSDETPSLAGAPQTPDIERDEPKMTLQTFETRKSFDDTRINDTAPTMVTKNKKASKRPS
TSGSGADVPSITVQGEGSDALSEDDEEDEIYIKDAFLIFRAMCKLSTKPLRIEDAVDIKS
QGMRSKLLSLHIVHSVLFNHSVIFTSPHATIRSSSNGDPTGFTQAIKQYLCLSLSRNGAS
SISKVFEVASEIFWLMTKNLRSQMKRELEVFLKEIYIAILDKRQAPGWQKSYIIQHIFGR
IGQDPRALVEIYLNYDCDRQAIDNMYQRMVEHVSRLASQPVPVSGLQQQAYLESVARQNS
SLSNDWRERGTLPPSLTTASMTQPHESEQAFPQEYAMKMQGLEALVETLRSMVNWGQQTP
AEVAASTLADVDARFSLDDQQRESLDTRAMESAGPSGASTDGIPMTPREFDTPVAEDDPE
ELEKIKQRKTALNEAIRAFNFKPKRGIKMLIAKGFILSEDAQDIAKFFFNNERVNKKSLG
EFLGEGDEENIKIMHAFVDQMDFTRTRFVDALRRFLQAFRLPGEAQKIDRLMLKFAERYT
TGNPNAFANADTAYVLAYSVIMLNTDQHSAQVKKRMTVEDFIKNNRGINDNADLPDEYLQ
GIFDEIAHNEIVLDTEREQAANLGQLPQQPTGLVGTLANVGRDLQREAYAQASEEMSNRT
EQLFKNLLRAQKRAGGAAAAVSKGKFLIASSYKHVGPMFEVTWMSFLTALSGSAQETQTL
ETIRLCMEGQKLAVRIACLFDLEDPRQAFVSSLSRSTNLYNLSEMKAKNMEALRALIDIA
YSEGNHLKESWRDILTCISQLDRFQLISSGVEEGAIPDVMRAQGVPQSPQVNGAGRKSLQ
VSRRPTTRTTPSGAYQADIVEETRGADMVRSVDRIFTNTANMSGDAIVHFVRALTQVSWQ
EIQSSGLSDQPRTYSLNKLVEISSYNMTRVRFEWTNIWQILGQHFIDVGCHNNTHVVHFA
LNSLRQLSMRFMEIEELPGFKFQKDFLKPFELILSNASQVAVKDLVLRCLIQMIQARGDM
IRSGWRTMFGVFTVAAKEPYESIVNLAFDNVTQVYNERFGVVVSQGAFADLVVCLTEFSK
NMKFQKKSLQAIETLKSSVPKMLRTPECPLSLKAPGSKDAPQAENIPKQPIRQTQEEQYW
LPVLFAFHDVLMTGEDLEVRSRALNYLFDTLTKYGGDFPKDFWDTLWRQQLYPIFMVLQD
RKAISHEAVNHEELSVWLSTTLIQALRNMISLFTHFFESLEYMLDRFLDLLALCICQEND
TLARIGSNCLQQLILQNVKKFTPQHWEKIVRAFVDLFNRTEAKELFSAATSSNYSKDNSY
SHESPSRPRGISTADDASIAENTNALKINGLSEDDDTATTNGDGHVETSSLSLSSDHDRS
PSPAQTPRNKRTELEDFSNVQSKQQAPIVVTAARRRYFNQIITKCVLQLLMIETVSELFN
NDAVYSSIPSHLLLRLMKLLKTSYHFAKRFNEDRDLRTRLFREGFMKQPPNLLKQESGSA
SVYVLILLRMYADQSPERAASRPETESALIPLCTDIIASYISLDEETQQRNIVTWRPVVI
DVLEGYVAFPDAEFEKHVEVFSPLAVGLMNRDMGPELQRAVQGLWQRVCEVRLGLRLDEA
LLPVQTPSSPRAVNVFGTRRGSRGSVVRVVGGKS
NT seq 5865 nt   +upstreamnt  +downstreamnt
atggtaaaggagcatcctccgccagctgtcgacaatgatacgcattcgacgcaccatgcc
accacaacgcctcccagcgagcccaatgcacagagtgcaccagcgagtgcggtatcgccg
cctccgacgagcactgcgatcccagactcaccagcgactcgttccacagcagctactgct
atccgcccacgatcagattctcaatcaaccactgcgactaccgcaacccgcgcatccact
cgatcgaccaggagtagcatggtatttgtcgttgctgcattagaaagtatcgcagcttct
aaagatgcacgcaagcggaaggtgctggcagactcgacacagcgggccctgtcagccatc
cgaagtgctcaaggagatgctacgcagatcgacccagaagttatgtttgcgcctctgaac
ctggccaccgaggcttcaacagtttcagtagtaacgacagctctggactgtataggaaag
ctgattagctattcctacttctctacgccagctgtgtcggaggcgcagagcgaatctgca
gaggacagacaaaggccgccgcttattgagagggccattgacacgatatgcgattgcttc
caaggcgaagccactcctgccgaagtgcagatgcagattatcaagagcttgttggctgct
attctcaatgacaagattgtggtacatggcgcaggattgcttaagagcgtacgtcagaca
tataacatcttcttgctgagtaaaagcagtgccaaccagcagatcgctcaaggcactttg
atgcaaatggtcggtacggtcttcgagcgtgtcaaggtcagacttgcgagcaaggcttcg
cggtcatctacaagtctcaagacgaatggcgctgaagctgcttccgatgtgtcgtccgtt
gtgggaagtgacgaaacaccatcacttgctggtgctcctcagacgccagatatcgagagg
gatgaaccaaagatgactttgcagacattcgagacacgtaaatctttcgacgacacgagg
ataaacgataccgctccaactatggtcacgaagaacaagaaggccagcaaacggccttca
acttccggttctggtgccgatgtgccatctatcaccgtgcagggggaagggagtgacgcg
ctatccgaagatgacgaggaagatgaaatctacatcaaagacgcattcttaatcttccgc
gccatgtgcaagctatcgaccaagccattgcgaatagaggatgcggtcgatataaaatcg
cagggaatgcgatcaaagcttttgagcttgcacatcgtccacagtgttctcttcaaccac
tccgtcatcttcacatctccgcacgcaaccatacgaagctcttcaaacggtgatccgact
ggtttcacgcaggcgatcaagcagtatctttgcttgagccttagccgaaacggtgcgagc
agtatcagcaaggtttttgaagtggcttcggaaatcttctggctgatgacaaaaaacctg
cgttcgcaaatgaagcgagaattggaggtcttcttgaaggagatatacatcgctatactg
gacaagcggcaagctccagggtggcagaaatcatacatcattcagcatattttcggtcgc
atcggacaggatcctcgagcgctggtagagatttatctgaattatgactgtgaccgccaa
gctattgacaatatgtatcagcgcatggtagagcatgtcagtcgactagcaagtcaaccg
gtacctgttagcggacttcagcaacaagcttacctggagagcgtggcgaggcaaaacagc
agtctctccaatgactggcgtgaaagagggacactcccaccaagcttgacaactgcgagc
atgacacaaccgcatgagtctgagcaagccttccctcaagaatatgctatgaagatgcaa
ggactagaggcgttggtagagactctgcgaagtatggtgaattggggtcaacagacaccc
gcagaagtagctgcgagcaccctggctgacgttgatgcacggttctcactggatgaccaa
cagcgagaaagcttagacaccagggcaatggaatctgcaggcccaagtggcgcgtcaact
gacggcattccaatgacacctcgagagttcgatacaccagttgcggaagacgatccagaa
gagcttgaaaagatcaagcagcgaaagacagcactcaatgaggctatacgcgcgttcaat
ttcaagccgaaaagaggcatcaagatgctcatcgcgaaaggcttcatcctctccgaagat
gcacaagacattgcgaaattcttcttcaacaacgagcgtgtgaacaagaaatctcttggt
gaattccttggagagggtgatgaagagaacatcaagatcatgcacgcttttgtagaccag
atggatttcacacgcacccgatttgtggatgccctgcgcaggttcttgcaggcatttcgt
ctcccaggcgaggctcagaagatcgacagactgatgctcaagtttgccgaaagatacacc
accggcaacccgaatgcattcgcgaatgccgacactgcatatgtacttgcatacagtgtg
atcatgctcaacactgatcaacattctgcacaggtgaagaaacgcatgactgttgaagac
ttcatcaagaacaatcgtggcatcaatgacaacgcagacttgcctgatgagtatctgcaa
ggaatctttgacgagatcgcacacaatgagatcgtgctagatactgagcgggaacaggct
gctaatcttggccaactaccacaacagcctactggacttgtcggtaccttggcaaatgtc
ggccgtgacctccagagagaagcatatgcgcaggcaagtgaagaaatgagcaatcgcaca
gaacagctttttaagaatctgcttcgggcacagaaacgagccggaggtgcagcagccgct
gtgagcaaaggcaaattcttgattgccagctcctacaagcacgttggacccatgttcgaa
gtgacttggatgagctttctgaccgcgctttcgggctcggcacaggagacccaaaccctc
gagacaatacgtctttgcatggaaggccaaaagcttgcggtgcgcattgcatgcctgttt
gacctcgaagacccaagacaagctttcgtttcaagcttgagcaggagcacgaacttgtac
aacttgtccgagatgaaggccaagaacatggaagcgctacgagccttgatcgacattgct
tacagcgagggcaaccacctgaaagagagctggcgagacatactcacctgcatctcacag
cttgaccgattccagctcatctcgagcggtgtcgaggaaggcgcgatacctgacgtgatg
cgagcgcaaggagtgccgcagagtccacaggtcaacggagctggacgaaagagcttgcaa
gtcagcaggcggccgacgactcggactactcccagtggtgcatatcaagccgatattgtt
gaagagacaaggggtgcagacatggtccgcagtgtcgaccgcatcttcacgaacacagcc
aacatgtcaggtgatgcgattgtgcatttcgtgcgcgctctgacgcaagtcagctggcag
gaaatccaatcttccggcctctcagaccaaccacgaacatacagcttgaataagcttgtc
gagatctcaagctacaacatgacccgtgtgaggttcgagtggacaaatatctggcaaatc
cttggacagcacttcatcgatgtcggatgccacaacaatacacacgtcgtgcacttcgca
ctcaacagcttacgacagctcagtatgcgcttcatggagattgaggagctccccggtttc
aagttccagaaggacttcctcaagcctttcgagctgatccttagcaatgcctcacaggtt
gctgtcaaggatctggtactgcgctgcctcatccaaatgatacaggctcgcggagacatg
atccgatctgggtggaggaccatgtttggcgtcttcacagtcgccgccaaggaaccatac
gagagcattgtcaatcttgcctttgacaatgtaacgcaagtgtacaatgagcgattcggc
gttgtggtgtcgcaaggcgctttcgctgatctggtcgtatgcttgacagagttcagcaag
aacatgaagttccagaagaagagtttgcaagccatcgagacgttaaagtcttccgtgccg
aagatgctcagaacaccggagtgtcctctttcactgaaagcaccaggctcgaaggatgct
cctcaagccgagaacatccctaagcaacccattcgccagacacaagaagagcagtactgg
ttgcctgtactgttcgctttccatgatgtgctcatgactggcgaggatctcgaggtccgc
tcacgagcactcaattacctcttcgataccttgaccaagtatggaggcgactttccaaaa
gacttctgggacactctttggagacagcaattatatcccatcttcatggtgctgcaagat
cgcaaggccatcagtcacgaagccgttaaccatgaggagctgtcggtatggctgtcgacc
acattgattcaagcactgcgaaatatgatcagcttgttcacacacttctttgagagcctg
gaatatatgctggatcgcttcctggacctgcttgcgctctgcatctgccaggagaatgat
accttggccaggattggcagcaattgccttcagcagctgattcttcaaaatgtcaagaaa
ttcacaccacagcactgggagaagatcgttcgcgcatttgtcgatctgttcaacaggaca
gaagccaaggagctgttctcagctgcaacgtcgagcaattattccaaggacaattcgtat
tcccacgaaagtccatcgcgaccgagaggcatatcgactgccgatgatgcttcgattgca
gagaacacgaacgccttgaagattaacggtttgtccgaggatgatgacacagctaccacg
aatggcgacgggcacgttgagacgtcttcgttgtcactgtcttccgaccacgatcgtagc
ccatcaccggcccagacacctcgcaacaagcgaacagaacttgaagacttcagcaacgtg
cagtccaagcagcaagcgccaattgtcgtgacagccgcgcgaagacgatacttcaaccaa
atcatcacaaaatgcgtccttcagctcctgatgatcgagacggtatccgagctcttcaac
aacgacgcagtctactcctccatcccatcccacctcttgctccgcctcatgaagctcctc
aaaacctcataccacttcgccaagcgtttcaacgaagaccgcgacctccgcacgcgcctc
ttccgcgaaggcttcatgaaacaaccgcccaacctcctcaaacaagaaagcggatccgcc
agcgtctacgtgctcatcctcctccgcatgtacgccgaccaatcccccgaacgcgccgct
tcccgccccgaaaccgaatcggccctcatccccctctgcaccgacatcatcgcctcctac
atctcgctcgacgaagaaacgcagcaacgcaacatcgtcacctggcgtcccgtcgtcatc
gacgttttggaaggttatgtcgcgttccctgacgcagagtttgagaagcacgttgaagtt
ttctcgccgcttgctgtcgggcttatgaatcgtgatatggggccggaattgcagagggct
gtccaagggctttggcagagggtttgtgaggttcgactggggttgagattggatgaggcg
cttttgccggtgcagacgccgagtagtcctagggctgttaatgtttttgggacgaggagg
gggagtcgggggtcggttgttagggtggttggtgggaaatcgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (17)   

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