KEGG   Sclerotinia sclerotiorum: SS1G_10704
Entry
SS1G_10704        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K05727  dedicator of cytokinesis protein 3
Organism
ssl  Sclerotinia sclerotiorum
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ssl04131]
    SS1G_10704
Membrane trafficking [BR:ssl04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    SS1G_10704
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_A SH3_1
Other DBs
NCBI-GeneID: 5484237
NCBI-ProteinID: XP_001588257
UniProt: A0A1D9QBF7 A7EZD7
Position
Unknown
AA seq 2088 aa
MPWQPLPRIAFAVATFPFVASSPADLPLELGDELYIIEQGGKDLQWFRGYLVAPPNLLAG
LTSTKGQTLEARVFSGIFPASCVEVREVLGDDEGQSQVSTEDGDGVNENGLTNGILADKS
SSAINGAQVQQSRGSAEIDGANGQPAKKKRKSKVFTNGNVNRYSITAKREPGAPKPAAPV
PMLKIGDETPTSASEPLVDEIASCLREWHSTNLHELLLSRQYHKLDKMSTLVKTLDLSRR
QILHNVCTKRELQSLREKTVWDLVRGNKLLNGEVIVRDPAARGRVLTGDDSAVDVTRLQS
MMSLLDEKPQLSVPNENLALHHLQLDVKAFVGASTGSTTLSFFLATKKPGSIGVALSETY
TVEVPASASLSSMGKSGQIRTLFTDLASADIGDLPSTEGELYLIVKVQSSSQVTAGKPTS
RSGSRGNSFSRDSVSKDRDRPAPSGAAAKAGRRSLMWGKPKNTPNAGKLNSMTENSEPSG
ESQSSRDGANRSSSSRNGSESKPGTITQTISKTVGMGALRLSSLMKNQDEAEHVMTIWSP
STTPGNDKPSPSEGWEDIIRDLMTSQSGQYEKSRRTERLQVYLKAFDSPDADGLIKSTPT
LLSGILKTNKMGFSGAPTKPRSDIYVTLDEAFLPKQALLSRSIGSAMPVPSSFVGSNLQI
TMEVRKSSGERLEGAIYPSSNADGQSSWESVAAERGDAWNQTLRLCIPQQEVPNCHLVMV
LADAPNHPLAICHIPLWDQQAFMRDGHHSLLLYKYDETTMLPRGSSTGKGGYLSLPWNSR
GKDDVSKDEAVTGPIATLRIQTFLCSTKFSQDKVLLRLLKWKDQPPGDLQQLLQRLVFVS
EIEIVKLLSDVFDAIFGILVENTGNDDYEDLIFSALVTVLSIVHDRRFNLGPLVDQYAET
RFNYPFASPCLVRSFTRLLASPSDPETSRKLRATFKVVRHILKFITHARGQQKAKEADIG
ITHSSSGFGRQLRQIFKALEGMMRTTAPILVGSQTLAVQHFHTWLPELSGLLSREQILHI
AIDFMDSCALVKGKLILYKLVLIINFSRMDLFSRPEHLKALATNTSKWILPHWGKTTEVT
EQWREQVRLCCSILAIQMKNLGSEIPQYIPKIIDSYLALRTGEVKSQTRLSLLFPTAYPF
PSKAIAEEAEFDEVLVELSAVLSAISNLPAGMQLELAEGDMATLIEDFLNTHLSILECEA
FPQNWLSVRIFHHKSTLKTLEYLAGILLDRFLPHPDDAENYNTELWKAFFTTLLKLIGSD
SLALETFPEQKRRAVWKIAGDVRETGAELLRRTWEFTGWDTTHEERQKYALAKMGGYQVQ
YVPALVGPILELCLSVHEGLRRVAVEVLQTMIVSEWTLSEDLSAIQTGIIECLDHLFKSK
PLTESILQKLFINELFTLFDNLSRNPDDPLYNAVKGLIGTTDEFLDLLVAVHSTDVTGEA
SHMIHRLRLMEFLRDMHKEDIFIRYVHQLAEFQTNAGNHTEAGLALRLHADLYQWDPSKL
LPPLDDPDFPAQSHFERKERIYFDMIKNFEEGEAWSSAIAAYKELQYQYEENVFDFSKLA
RTQRAIATIYESISKADKIVPKYFRVIYRGMGFPQSLRDKEFVYEGSPNEKTSVFTDRMQ
EQHPSAQIVTSGDVDDVEGQFLQISALSPHRDIAHHVFQRSKVSQVVRDYLLSAHPRYFS
TTSRRTTSGPIGDHSAEKIIYTTADTFPTILRRSEIISVDKYKLDAHQTALERIIRKTQE
MAAVEKRIADGEDDIAPLLVEALNISVNPTSESSVARYRELLPNPIDDEDEDGEGEVIEL
SPVENALKIALIDHAIMIKRCLAMFAKSPNLHSQDDLQHYFEQTFSPELASLQIPQPRLS
NTSPGLVPGWALSPSSSKGDLLNNSQGHLTLPHSHSFTNGTIDTSILDSPNQTRATAASK
RISSFLTRNATFPERESRPLKKDNRKSFFSGNGLSMNGISITNKDRGRKEENVDGFQITE
EHDLSNGNLEDSKEWVTQSDLSVQPPQGNYTTNSLGQGRRSSSSQRRPDTTGTGSSQGMA
GLGMGMGIGMGSNGTGLGGSVRKRFSMLRLGKKGSTVGSGLSGDVVEE
NT seq 6267 nt   +upstreamnt  +downstreamnt
atgccctggcaacctcttccacgcatcgcattcgccgtcgcaacattcccttttgttgct
tcttcgcccgcagatctcccactcgagcttggagatgagttatacataattgagcagggt
ggaaaggatttacaatggtttcgaggatatctggttgcaccgcccaatctgctggctggt
ttgacaagcacaaaagggcagactcttgaggcaagggttttctctggcattttcccagcc
agttgcgtagaagttcgggaggtgctaggggatgatgagggacagagtcaggtttctacg
gaggacggggacggtgttaatgaaaacggattgacgaatggtattttggcagacaagagt
tctagtgctattaacggcgctcaggtacagcagtccagaggatcagcagaaatcgacggc
gcaaatggacaacctgccaagaagaagagaaagagtaaagttttcacgaatgggaatgtc
aacagatactcaattactgcgaaacgagaacccggtgcgccaaagccagcagctccagta
cctatgctgaagatcggagacgagacaccaacatctgcctcggagccattagtagacgaa
atcgcatcctgtctaagagaatggcactctacaaatttgcacgagcttctactttcgaga
caatatcacaaattggataagatgtcaactttggtaaaaactctagatctttcaaggagg
caaattctgcataatgtttgtacgaaacgcgaactacaatctttaagagagaagacagta
tgggacctcgtgaggggaaacaaattgttaaatggggaggttattgttcgggatcctgct
gctcgcggtagggtactcacaggtgatgattcagcggtagatgtcactagacttcaatct
atgatgagtctgctggatgaaaaacctcaactttcggttccaaacgaaaacctagcacta
caccatctccagttggatgtgaaggcttttgttggcgcgtctacaggatccacaactcta
tcgtttttcctagcgacgaaaaagccaggttcgataggcgtggcactttcggaaacttac
actgtggaggtgcctgccagtgcttctctttcaagtatgggaaaatcgggacaaataaga
actctgtttacagacctcgcatccgcggacattggagatttaccttctacggaaggcgag
ctatatcttatagtgaaagtgcaatcgtcgtcgcaagtcacagcgggcaaacctacatca
cgtagtggatcaagaggcaattcgttttctagggatagtgttagtaaggatcgagatagg
cctgcaccttctggcgctgcagccaaggcaggcaggaggagtttgatgtggggtaaacct
aagaatacacccaatgccggaaaattaaactctatgaccgagaattccgagcccagcggt
gaatcccagtccagtcgagatggcgccaacaggagttcatcgtcacgaaatggtagcgag
tcaaagcctgggactataactcaaaccatctccaagactgttggaatgggagctctaagg
ttgagctcgctgatgaaaaatcaagatgaagctgagcatgttatgaccatatggtcgcca
tccactactcctgggaatgacaagccgagcccgagtgagggatgggaggatattattcgt
gatctaatgacgagccaatctggtcagtatgaaaaatctcgaagaacggaacgtctacag
gtatatctgaaagcatttgacagtccagacgcggacggcttgatcaagtctactccgact
ctattgtctgggatcttgaagacaaataagatgggcttttccggggcgccaacgaaacca
aggtcagatatttatgttacccttgatgaggcatttcttcctaagcaagctcttctatcg
cgatcaattggcagtgcgatgcctgtaccctcatcatttgtaggatcgaatcttcaaatt
actatggaagtgaggaaatcaagcggagagcggcttgagggcgctatctatccctcatcg
aatgcagatggtcaaagttcatgggagtcggtagcagccgaacgaggtgatgcttggaac
cagactcttcgcttatgtatccctcaacaggaggttcctaattgccatctagtaatggtt
cttgcggacgcaccgaatcatccacttgccatatgccacatcccactttgggaccaacaa
gcctttatgcgagatgggcatcattctctgctactgtataaatacgacgaaacaactatg
ctacctcgaggtagttcgactggtaaaggcggatatctttccttaccatggaattctcgt
ggtaaggatgatgtatcgaaggacgaggccgtcactggaccgattgcaactcttcgtatt
cagacatttttatgtagtacaaagttctcacaggataaagtgctcttacgattactcaag
tggaaggatcaaccgccgggggacctgcagcagcttctacaacgactagtttttgtctcg
gagattgagatcgtgaagttgctcagcgacgtatttgatgctatttttggaatactcgtt
gaaaataccgggaacgatgattatgaagaccttatcttcagtgccctagttacagttctt
tccattgtacatgatcgaagattcaacctcggccccttggtagatcaatatgccgaaact
agatttaattacccgttcgcatcgccttgtctcgtgaggtcctttactcggttacttgcc
agtccttctgatccagaaacttcgaggaaactacgcgctacatttaaagtcgttcgacat
atcttgaagttcatcactcatgcaagagggcagcagaaagcgaaggaggctgacattggc
atcacccattccagctcagggttcggccgccaactgcgccaaattttcaaggcactcgag
ggaatgatgagaactacggcacccattctggtgggaagtcaaacattagctgttcaacat
ttccatacttggctaccagagcttagcggcttgcttagcagggagcagattttgcatatt
gccatcgactttatggattcatgtgcgttggtaaagggcaaacttatattgtataaactt
gttttaattattaatttttctcgaatggatctattttctaggcctgaacacttgaaagct
cttgctacgaacacgtccaagtggattttaccgcattggggcaaaacaacagaggttact
gaacaatggagggagcaagttcgactttgttgctcaattttggcgattcaaatgaaaaat
ttgggctctgagatccctcaatacatacctaaaatcatcgattcgtatctcgcattacgt
acgggcgaagtaaagtcgcaaactcgcttgtccttactcttccccacagcataccctttt
cccagcaaagcaatagccgaagaggccgagttcgatgaggtgcttgttgagctttcggca
gtcttgtctgccatctcaaacttacctgcaggcatgcagcttgagcttgcagaaggtgat
atggcgactctgattgaagattttctgaacacacatttaagcatattagaatgtgaggca
tttccgcaaaattggttaagcgttcgcatcttccatcacaaatccacactcaagacactc
gagtacctggcgggcattcttctggacagattcttacctcatcccgacgatgcggagaac
tacaatacagaattatggaaggcattcttcactactttactcaaacttattggtagtgat
tctttggcactggaaactttccccgagcagaaacgacgagcggtgtggaaaattgctggc
gatgtgcgcgagactggtgccgagctgttgagacgaacatgggagttcactggttgggat
accacccatgaggagcgacagaaatacgccttggccaagatgggaggttaccaagtccaa
tacgtgcctgctttagtcggacccatccttgagctatgtcttagtgtgcatgaaggtctt
cggcgcgtggcagtagaggtcctccaaaccatgattgtcagtgaatggacattgagtgag
gacttgagtgctattcaaactggaatcatcgaatgcctggatcacctttttaaatcgaag
ccattaacggaaagcattttacaaaaactgttcataaatgaattgttcaccctatttgat
aatttgtctcgaaacccagatgatccgctgtataacgcggtgaaaggactcattggcacc
accgatgaattccttgatcttctcgttgcagttcatagcacggatgtcactggtgaagct
tctcatatgattcatcgtttacgattgatggagtttctccgggatatgcacaaggaagat
atcttcattcgatacgtccatcaacttgcagaatttcaaaccaatgctggcaatcacaca
gaagctggacttgcattacgacttcatgccgatctgtatcaatgggatccttcgaagcta
ctaccaccgctagacgatccagatttcccagctcaatctcattttgaacgaaaggagcga
atctatttcgatatgattaagaactttgaagagggtgaagcatggagtagtgccatagct
gcgtacaaagagctacaatatcaatacgaagagaatgttttcgacttttctaaactggct
aggacacaacgagcaattgccacgatttacgaatctatttcaaaggctgacaaaattgtc
ccaaagtacttccgcgtcatctatcgaggaatgggatttccacaaagcttgcgcgacaag
gagtttgtgtatgaaggctctcccaatgaaaagacatcggtattcacagatcgaatgcaa
gagcaacatccttcagcccagattgttacttctggcgatgttgacgatgtggaaggacaa
ttcctgcagatttctgctctgagcccacatcgagatattgctcatcacgtcttccaacgt
tctaaagtttctcaagtggtcagagactatctcctgtcagcacatcctcgttatttctct
accacgtctcgtcgtaccacttcgggtccaataggggatcactccgctgagaaaataatt
tatactactgcagatacatttccaacgattttacgtcgaagtgaaattatttccgtggat
aagtataagcttgatgctcatcagacagctttggaacgaattattcgcaaaactcaagaa
atggcagctgtggaaaagagaatcgcagatggtgaagatgatattgcaccacttcttgtt
gaagcactcaatatatccgtcaatcctacttctgagtctagtgtagcaaggtatagggaa
ctgttacctaatcctattgatgatgaggatgaggacggagagggagaagtgatagagtta
agccctgtagaaaatgcgcttaagattgctttgattgatcatgcaatcatgatcaaaaga
tgtctagcgatgtttgcaaaatcacctaatcttcacagtcaggatgatttacaacactat
ttcgaacaaactttctcacccgaactcgcttcacttcaaattccccaaccgcgtctctca
aatacttcccctggtcttgtcccaggctgggcactttcaccgtcatcatcaaaaggagat
ctattgaataactcacagggtcatttgacacttcctcattctcattctttcacaaatggt
actattgataccagtatcctcgatagtcccaaccaaactcgcgctactgctgcttctaaa
cgtatcagttcatttctaactcgaaatgcaacttttcccgagcgagaaagccgccctcta
aagaaagacaatcgtaagagcttctttagcggaaatggattaagtatgaatggaatttct
ataaccaacaaagatcgcggtcgaaaagaagagaatgtagatggatttcaaatcaccgaa
gaacatgatttgtcaaatggtaatttagaagattcaaaggaatgggtaacacagtcggat
ctttcggttcaacctccacaggggaattataccacgaatagtttaggtcaaggaaggaga
agtagtagttctcaacgtagaccagatactacaggaacgggaagtagccagggtatggcg
ggactgggtatgggcatgggaattggaatggggagtaatgggactggtcttggaggaagt
gtgaggaagagatttagtatgttgaggttagggaagaaggggagtacggtaggaagtgga
ttgagtggagatgtggttgaagaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (42)   

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