KEGG   Sclerotinia sclerotiorum: SS1G_14073
Entry
SS1G_14073        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K18442  brefeldin A-inhibited guanine nucleotide-exchange protein
Organism
ssl  Sclerotinia sclerotiorum
Pathway
ssl04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    SS1G_14073
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ssl04131]
    SS1G_14073
Membrane trafficking [BR:ssl04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    SS1G_14073
SSDB
Motif
Pfam: Sec7 BIG2_C Sec7-like_HUS Sec7-like_HDS DCB
Other DBs
NCBI-GeneID: 5481047
NCBI-ProteinID: XP_001584976
UniProt: A0A1D9QDY8 A7F8Z2
Position
Unknown
AA seq 1817 aa
MSSIVFVVSALEAIHNSKEAQKRKGLGESVEKALKEIKEHEPQLPDPEIIFDPLQQATRS
GSIPLTTTALDCIGKLISYSYFSVPSSPNADREADRAPLIERAIDTICDCFQGETTPVEI
QLQIVKSLLAAVLNDKIVVHGAGLLKAVRQVYNVFLLSKSSPNQQVAQGTLTQMVGTVFE
RVKTRIHMKEARLNLSKLDKNPENTSSFTVDAQESLNDVPESSVGEEVADESATVEEPSN
GDAPKLTLKDLEHRKSFDDSQMGEGPTMVTQVKPAKASPRSVSEQTAPDSGTDDSIESED
MEDEVYIRDAYLVFRSFCNLSTKILPPDQLFDVKGQAMRSKLISLHLIHMLLNNNMLVFT
SPLCTITNSKSNEPTGFLQAIKFYLCLSITRNGASSAERVFEICCEIFWLMLKFMRAPFK
KEIEVFLNEIYLALLERRNAHAFQKLHFMGILHRFCADPRALVETYLNYDCDRNVDNMFQ
TLIEDLSKAASAAVMVSPLAQQQYEEKNSKSSGGDWQARGTFPPPLSTAHLSSNTENGEL
EIPKEYIVKRQAMDCLVETLRSLVNWSQQGIADVTSGPDSDIRASADVRESLEPGNDSSS
RITGENTPMPSTPIMDDDPEHLEKEKQRKTAMTNAIKQFNFKPKKGIKLLLADKFIAEDT
PECIAQFLLREDRLDKAQIGEFLGEGEERNIAIMHAFVDAMDFTKRRFVDALRQFLQSFR
LPGEAQKIDRFMLKFANRYVVGNPNAFANADTAYVLAYSVIMLNTDQHSSKVAKRMTKED
FIKNNRGINDNANLPDEYLIGIYEEIQNEEIVLNSEREAAAATGNVPPQSGGGIAAGLGQ
ALATVGRDLQREAYLQQSEEISHRSEQLFKNLFRNQRKNASKSVDKFIPATSFKHVGPMF
EVTWMSFFSGLSGQMQNSHNIEIIKLCIEGMKLAIRIACLFDLETPREAFVSALKNSTNL
NNPRDMMAKNVEALKVLLEIAQTEGNLLKGSWRDILMCISQLDRLQLISDGVDEGAIPDV
SKARIVTPSRSDTNSSRKSTASQRPKSRPRTNTQSTTYSIEIAMESRSDEVIKGVDRIFT
NTANLSGEAIVHFARALTEVSWDEIKISGSNESPRTYSLQKLVEISYYNMTRVRFEWTNI
WAVLGEHFNRVGCHNNTAVVFFALDSLRQLSMRFMEIEELPGFKFQKDFLKPFEHVMSNS
NVVSVKDMALRCLIQMIQARGENIRSGWRTMFGVFTVAAREPYESIVNLAFENVNQVYKT
RFGVVISQGAFADLIVCLTEFSKNMKFQKKGLQAMEALKSIIPKMLKTPECPLSHKSDAN
SDGSVKTPETATNPVSRTTQEEAFWFPVLFAFHDVLMTGEDLEVRSNALNYLFESLIRYG
GDFPSDFWDILWRQLLYPIFMVLKSKSEMSNVVNHEELSVWLSTTMIQALRNMITLFTHY
FESLEYMLDRFLDLLALCICQENDTIARIGSNCLQQLILQNVTKFKPQHWSKIVGAFVEL
FERTTAYQLFSAATSSAAGGIMESSTPAMDDLEDDQSLKINGTNGAAASDAESIAEQEGQ
TPVAQTPDLEDYKPQSGLQQQPVVVTAARRRFFNKIITRCVLQLLMIETVNELFSNDTVY
AQIPSPELLRLMALLKKSFLFAKKFNENKELRMRLWREGFMKQPPNLLKQESGSAATYVS
ILLRMYHDEGEERKRNRADTEQALVPLCADIIRGFTQLEEESQQRNIIAWRPVVVDVLEG
YTNFPQEGFEKYVEIFYPLSVDLLSRDMGVEIRLALQGLLRRVGEVKLGLPPSARPSTPI
SPTSAQFGRGRRMSRRD
NT seq 5454 nt   +upstreamnt  +downstreamnt
atgagctccatcgtttttgtggtttcagctctggaagctatacataattcaaaagaggct
caaaaaagaaaaggattgggagaatcagttgagaaagctttgaaggaaattaaagaacat
gagcctcaattacctgaccccgaaatcattttcgatccattacaacaagccacacgatcc
ggaagtattccattaactacgacggcgttggattgtatcggaaagcttattagctactct
tacttctctgttccttcgtcgccaaacgcagacagagaggccgatcgtgcgccattgatc
gaacgagcgatagatactatatgcgattgctttcagggagagactacgccggtcgaaatt
caattgcagattgtaaaatcattattggcagcagttttaaatgacaaaattgtggttcac
ggggcaggattgttgaaggcagtgcgacaagtttacaatgtcttcctactttcaaaaagt
agtccgaatcaacaggtcgcgcaagggacattgacacagatggttggaacagttttcgaa
agagtgaagacaaggatacatatgaaggaggccagattgaacctttcgaaattggacaaa
aatcccgaaaatactagttcattcacggtcgatgcccaagagtcattgaatgacgtgcct
gaaagtagtgtgggagaagaggtagcggatgaatctgcgacagtggaagaaccctcgaat
ggagatgcgccaaagctcacactcaaagacctcgagcatcgaaagagtttcgacgattcg
cagatgggagaagggccaaccatggtgacacaagtaaagcccgcgaaagcctcacctcga
tccgtatcggaacaaactgccccggacagtggtactgatgatagtatagaatccgaggat
atggaagatgaggtttatataagggatgcatatttggtcttcagatcgttttgcaatctt
agtaccaaaattcttccaccggatcagttattcgatgtaaaaggccaagccatgcgctca
aagttaatctctcttcacctcattcacatgctgctcaataataatatgctcgtcttcact
tccccattatgtacgattaccaacagcaaaagcaacgagcccactggtttcctacaagct
attaaattctacctatgtcttagcataactcgcaatggtgcaagctctgctgaacgagtc
ttcgaaatttgttgtgaaattttctggctgatgctaaaattcatgagagccccgtttaag
aaagaaattgaagtttttttgaatgagatatatctagcactcctagaaagacgaaatgcg
catgctttccaaaagctccatttcatgggcatcctccatcgattttgcgccgatcctcgt
gcgcttgtagagacatatctgaattatgattgcgatcggaatgttgataatatgttccag
accttaattgaagacctgtccaaggcagcgagcgctgctgtcatggtaagccctcttgcc
cagcagcaatacgaagagaagaatagtaaaagttcgggtggggattggcaagctcgaggc
acctttcccccgccgctatccacagcacatttgagtagcaataccgaaaacggagaacta
gaaattcccaaagagtatattgtgaaacgacaagctatggattgtcttgtggagacactc
aggtcactagtcaattggtcacagcaagggattgccgatgttactagtggtccggacagc
gacattagagcttccgctgatgtcagagagtccttggagcctgggaacgacagctcgtcg
agaatcactggtgaaaatacaccgatgccttcaacacctatcatggatgatgaccctgaa
catttggagaaggagaagcagagaaagactgcaatgacaaatgccatcaagcaatttaat
ttcaaaccaaaaaaaggcataaagcttttacttgccgataagttcatagcggaagacacg
ccggaatgtatcgcgcaattcctactgcgagaagataggttggataaagcacaaattgga
gagtttttgggtgaaggagaggaacgtaacattgcgatcatgcacgcatttgtggatgct
atggacttcactaaacgtcgattcgtggatgctctacgtcaatttttacaatcttttcgt
cttcctggtgaggcccagaagattgatcgttttatgttgaagtttgcaaatcgctatgtt
gttggcaatccaaacgcatttgccaatgcagataccgcttacgtcttggcttactctgtc
atcatgttgaacactgaccaacacagtagtaaagttgccaagagaatgaccaaggaagat
ttcatcaaaaacaatcgtggtatcaacgacaatgcaaacttaccagatgaatatcttatt
ggcatctacgaagagattcagaacgaagagatcgtactcaacagtgagcgcgaagctgca
gcagccacgggtaacgttcctccacagtctggcggtggtattgcggcaggtcttgggcaa
gctttggctacagttggacgtgatttgcagcgtgaagcctatttacaacaatccgaggag
atttcacatagatcagaacaactattcaagaaccttttccgaaatcaacgaaagaatgca
tccaaatccgtagacaaattcatccccgctacttcattcaagcacgtcggtccgatgttt
gaggtaacttggatgtcttttttctccgggctctctggtcaaatgcagaattcgcacaat
attgagatcatcaagttatgcatcgaaggcatgaaattagcgatccgcattgcttgtctt
ttcgatctggaaactccacgtgaagctttcgtttctgctctcaagaactccactaatctc
aacaacccaagggatatgatggccaagaatgtcgaggcattaaaggttctccttgaaatt
gcacaaactgaaggcaatcttttgaaaggatcatggcgagatattctcatgtgcatcagt
caactggatcgcttgcagttaatatctgatggagtcgatgaaggtgctattccagacgtt
tcgaaagcccgaattgttactccatctcgatccgacaccaattcatcaagaaagtctacc
gcttcacagcgacctaaatctcgtcctaggacgaatacacaaagtacaacctattcaatc
gagatcgcaatggaaagcaggtctgacgaagttatcaagggggtggataggatatttaca
aacactgccaatctttccggtgaagccattgtacactttgccagagctctgactgaggtc
agttgggatgagatcaagatatcaggctctaacgaatctccacgtacatacagtcttcag
aaactcgtggaaatcagttactacaacatgactcgtgttcggtttgaatggaccaacatt
tgggctgttttgggtgaacactttaatagagttggatgtcataacaatactgccgtggtg
ttctttgctttggattcattgcgtcaactgtccatgcgatttatggaaattgaggaactt
cccggattcaaatttcaaaaagacttcttgaagccgttcgagcatgtaatgtcgaattca
aacgttgtctctgtgaaggatatggctttacggtgtttgatacaaatgatccaagcccgt
ggggagaacattcgctccggatggagaacaatgttcggcgtttttacggtcgcagctcgt
gagccatacgagagcattgtcaaccttgctttcgaaaatgttaaccaagtatacaaaact
cggttcggtgttgtcatctcccagggcgcatttgcagatttaatcgtctgcttgactgag
ttctcaaaaaatatgaaattccaaaagaagggtttacaagctatggaggcattgaaatca
attattcccaagatgttgaaaaccccagagtgtcccctgtctcacaaatcagatgcaaac
tcggacggctctgtgaaaactccagaaacagctacaaatccggtcagtcgcacgactcaa
gaggaagccttttggttccccgttttattcgcctttcacgatgttcttatgactggggaa
gatctggaggttcgttccaatgctttgaactaccttttcgaatcattaatcaggtatggc
ggtgatttcccctcggacttctgggatatcctgtggcgacagcttctttatcctatcttc
atggtgctcaaatcgaagtcggagatgtccaacgttgttaatcatgaggagttgtctgta
tggctatcgacaacaatgattcaagctctccgaaacatgatcactttattcactcactat
tttgaatcgcttgaatacatgctggataggtttcttgatctccttgctttatgtatatgt
caagagaatgacacaattgctcgaatcggcagtaattgtttgcagcaattaatcttgcag
aatgtcacaaaattcaaaccacagcattggtcaaagatagttggggcatttgtagagttg
tttgaaaggactactgcatatcaattattctccgctgcaacatcatctgcagctggcggt
attatggagagctctacgccagcaatggatgatcttgaagatgatcaatctctaaaaatc
aatggtacaaatggcgctgcggcatcggatgccgaaagcattgccgagcaagagggtcag
acgccggtcgctcagactccagatttagaagactacaagccacaatcaggtcttcaacaa
cagccggtggtcgtcactgcagctcgccggcgcttttttaataaaatcattactagatgt
gttttacaacttttgatgatcgagacagttaatgaacttttctcaaacgatactgtgtat
gcacagattcctagcccagaactactcaggctcatggctctactcaagaagtctttcttg
tttgccaaaaaattcaacgaaaacaaggaacttcgcatgcgcctgtggcgtgaaggattt
atgaaacagccacccaacttgttgaagcaagaatctggcagtgcagcgacatatgtgtct
attctacttagaatgtaccatgacgaaggtgaagagcgaaaacgaaaccgtgcagatacc
gaacaagctttagtgccattatgtgccgatatcatccgtggttttacacagcttgaagaa
gagagtcaacaaaggaatattattgcatggcgaccggtagttgtagatgttttagaaggg
tacacgaatttcccacaagaaggattcgagaagtacgtcgaaatattctatccactctca
gtggatttactttctagggatatgggtgtggaaattagattggcgttacaaggactttta
cgacgggttggagaggtcaaattaggtcttccaccatcggctagaccaagtacaccaata
agtcctacttcagctcaatttggacgtggaagacgaatgagtcgtagggattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (38)   

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