KEGG   Sclerotinia sclerotiorum: SS1G_02224
Entry
SS1G_02224        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
ssl  Sclerotinia sclerotiorum
Pathway
ssl04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    SS1G_02224
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:ssl04121]
    SS1G_02224
Enzymes [BR:ssl01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     SS1G_02224
Ubiquitin system [BR:ssl04121]
 Ubiquitin ligases (E3)
  HECT type E3
   SS1G_02224
SSDB
Motif
Pfam: HECT
Other DBs
NCBI-GeneID: 5492455
NCBI-ProteinID: XP_001596008
UniProt: A7EA92
Position
Unknown
AA seq 1840 aa
MSSRITRSSARQAASSLESSAGSSATASSAAAAPPSRSSAPSRKRKATVRESSPALEPEP
TKATPSKRPKRQKVSEPEAPTPAPASAASSRRKNAKAPAVMSSHRKVKIDMERGLVSNNT
HNATTSTPSSSKKSKKSAVADKDGDTAMNDADEKAPPHPLDDDDASDDNDDDEIPRDYDG
GDDEDDDPFGGFGGPGGPPHGLSSTLRALSGMMSGVSSRLREILSQLKQKDEPSVQLIAL
QELSEILLVSTEDNLSGHFSPDAFVKELVALMQPSEFEFGEGNPEMMLLACRCIANLMEA
LPASTANVVYGGAVPVLCQRILEFAYIDLAEQALSTLEKISIEYPASIVREGGLTGCLNN
LDFHDTNAQRTAVTTAANCCRNIPEDSFNVVKDVMPSLLNVFNSNDQKVVEQGSLCVTRI
VESFRYHSSKLEELVSTDLLRVILRLLLPGSTNLIGANIHTQFLRVLAFTAKASPKLSAE
LFKMNVVETLYQILTGVSPPSATEDAASKIDSVVIMQALIHRPREQVIETLNVICELLPG
IPRGGNSMFDDEIDIELPSAATNASSGSRKKSANETRIELLEGCKEEVKRFAIILFPTLT
DAFSSTVNLHVRQKVLNAQLRMLSNLDKDILMEALKSVPYASFLAAILSQQDHPSLVVSA
LQATELLLVRLEDIYRYQFYREGVIAEITKLATPEETKTENKPPSTATIESTPASAQASA
EPKISEKAGQNGEARNEDHVSSDEDNENNEDENENEVGHNDDMPDDVTASPVSSRGSTMS
LDGPHRHAPSDLKSMMKIIAVRAQKFLDVHETEKNSKAMKKKATKILTSLQSLASDIRNY
YLRQGPGSGVELFGTLASYFDGDVLQSVTSAELLNSEIVQVLLEVFNNPDEQLANDARSA
FLEVFMGHTLAKKSNSGSDTPATPFGLLIHKLQDLLSRSEHFEVVTVHSNSFDGNRSSAA
SMLAKQIRLKLVADEDSEIPRSYRNIMVSIHAIATFKALDDYLRPRISLSDRPRPPRARD
GLSGALAALAAAGLPNPYAGIPNAQARLAAAAAAANPTASTPRTSRRAKAKSGPVPTPAS
ADQSASNTPVEKPARRSSRRQGAQTDPPIPPPPMQEEDALASALECADERQMSEEDDLED
SAALDTIVGDLEEDMEEDSPVDPTAVNLEVAAGGKVTARKEDGTRVATPSQSLPSTSRSS
SALQAAAAQAASSTPTTSSRPMSYAAAIQAVPSDWHIEFSLDGKVIANETTIYRAVHTMA
NTAEDYSNRSVWSAIHPIKFKRVPGPPPPEPSSLSQASEISTETTASGIPASLDKHPATS
SILRLLNILHALNANLDDVLADNKDALKLNAEPLSQFVNTKLTAKLNRQLEEPLIVASNC
LPTWSEDLARLYPFLFPFETRHLFLQSTSFGYARSMTRWQNAQSADESRRDRHRDERPFL
GRLQRQKVRISRSKILESALKVMELYGASQSILEVEYFEEVGTGLGPTLEFYSTVSKEFS
KKKLKLWRENDNDADEYAFGARGLFPAPMSEEQSLNENGKRILHLFKMLGKFVSRSMIDS
RIIDVSFNPTFFRIGDESNPVTPSLGAVKTVDPQLAKSLKMIKKFSVAKKAIAEDSTLTA
TQKVLATEALEIDGAKIEDLSLDFTLPGYDIDLLPNGSSIPVTIDNVDLYLEKVIDMTLG
SGVQRQVDAFRAGFTQVFPYSALRAFTPDELVMLFGRIEEDWSLETLTDSIKADHGFHMD
SKSVKNLLQTMSELTLPERRDFLQFTTGSPKLPIGGFKSLTPMFTVVCKPSEPPYSSDDY
LPSVMTCVNYLKLPDYTDLDVMRRRMNTAIREGQGAFHLS
NT seq 5523 nt   +upstreamnt  +downstreamnt
atgtcttccagaatcacacgttcatccgcccggcaagcagccagctccttagaatcatcg
gccggttcttctgcgactgcatcgtctgcagcagcagctccaccaagtcgctcttcagcc
ccatcccgaaaacgtaaagctactgtgcgggaatcaagtcccgctctggaacctgaaccc
acaaaggcaactccatcaaagcgtccaaagcgtcaaaaagtctcagaacccgaagctccc
acacctgctcctgcttcagcagcatcctctcgtcgaaagaacgcaaaagctcctgcggtt
atgtctagtcacaggaaagttaagattgatatggaacgtggtctagtgtctaacaataca
cacaacgccacaaccagcaccccgagctcgagtaagaagtcaaagaaatctgccgttgcc
gataaggatggagatacagcaatgaacgatgcagatgagaaggcgccaccacatccactc
gatgacgacgatgccagtgacgacaacgatgacgacgagattcctcgagactacgatgga
ggtgatgatgaagatgacgatccattcggtggcttcggtggacctggcgggccgcctcat
gggttatcgagcactctgcgagctttgagcggcatgatgtccggagtttcctctcgattg
cgcgaaatcctatcacaattgaagcaaaaagatgagccgtctgtacaattgatagcatta
caggaactttccgagatactacttgtgtctacagaggacaatctttctggtcacttctct
ccggatgcatttgttaaagaattggttgctttgatgcaaccctctgagtttgaatttgga
gagggaaacccagaaatgatgctccttgcctgtcggtgtatcgccaatttgatggaagct
ctacctgccagcactgcaaacgttgtatacggtggcgctgttccagttctatgccaaaga
attttagaatttgcttacatcgatttagcagaacaggccttaagtacgctagaaaaaata
tctattgaatatccagcatcaatcgtgcgtgaggggggattgacaggttgtttgaataat
ctcgattttcacgacacaaacgcacaaagaactgccgtcactactgctgcaaactgctgc
agaaatatccctgaggattcattcaatgtagtcaaggatgtcatgcccagtctactgaat
gttttcaactccaacgatcagaaagtcgttgagcaaggttcattatgtgtaactcgaatt
gtggagagcttcagataccattcaagcaagctcgaggagcttgtcagcaccgatctactt
cgcgtcattcttcgtcttttacttcctggatctactaaccttattggtgctaatatccac
acgcaatttcttcgtgttcttgctttcacggcaaaggccagtcctaagttgtccgccgaa
cttttcaaaatgaacgttgtcgagacattatatcagattctgactggtgtttctccacca
agcgccacagaggacgcagcctcaaagatcgacagtgttgtcatcatgcaagctttaatt
cacagaccccgagaacaagttatcgaaactttgaatgttatctgtgagctcttgcccgga
ataccacgaggtggtaattcgatgtttgatgatgaaatcgacattgaacttccatcagca
gcaacaaatgcgtcatctggttcaagaaagaagtcggctaacgagactcgcatcgaactt
ttggagggttgtaaggaggaagttaagagatttgcaatcatactctttcctaccctaacg
gatgcgttctccagcactgtcaatttacacgttcgccaaaaggtccttaacgctcagctt
agaatgctttccaatcttgataaagatattttaatggaggctttgaaatctgttccatat
gcatcgtttttggccgcgattctttcgcagcaagatcaccctagcttggtcgtctctgcg
ctccaagctaccgagcttcttctcgttcgcctcgaagatatatatcgttaccaattttac
cgagagggagtgattgctgagattactaagctagccactcctgaggaaaccaagaccgaa
aataaacccccctctacggcaacaatagagtcaactccagcctctgcacaagctagcgca
gagcccaaaatctccgaaaaggcaggtcagaatggagaggcacgcaacgaagaccacgta
tcatctgatgaagataacgagaacaatgaagacgagaatgaaaatgaagtcggacacaat
gatgatatgccagatgatgtaaccgcttccccagtcagttctcgtggctctacaatgtcg
ttggatggccctcatcgacatgcaccgtcagatctcaaaagtatgatgaagatcattgcc
gtccgtgcacaaaagttcctcgacgttcacgaaactgaaaagaatagcaaagccatgaag
aagaaagcaacgaaaattttgacgagtctacaatccctggcttcggatatcagaaactat
tatttgcgccaaggcccaggaagcggggttgagcttttcggaacactcgcatcctatttt
gatggcgatgttctacaaagtgtcactagtgctgagttattgaattctgaaattgtccaa
gttctactagaagtcttcaacaacccggatgaacagctagccaatgatgctagatctgct
tttctcgaagtcttcatgggtcacactcttgctaagaagtccaactcgggatcagacacg
cctgcaaccccttttggtcttctcatccacaagctgcaagatttgttgagtcgatcggag
cattttgaggtggtcactgttcattcaaacagttttgatggaaacaggagtagtgccgct
tcgatgctggccaaacagatccgtcttaagttagtagctgatgaggattccgaaattcca
agatcctatcgaaatatcatggtatctatccatgctatcgcgactttcaaggctttggat
gattacctccgtccaagaatcagcttgtctgatcgccctcggccacccagagctagagat
ggactttctggtgcattagctgcccttgccgcagccggtttgcctaacccatatgctggt
attcccaacgcccaggcacgtctcgcagcagcagccgccgcagcaaatccgactgcatct
actcctcgtacttctcgtagagcaaaagcaaagtctggccccgttccaacacccgcatct
gccgaccaatcggcatccaatacgccagtagagaaacctgctaggcgttcgtctcggcgc
cagggagctcagactgatccaccaatcccaccgcctcccatgcaagaagaagacgcactt
gctagtgccctcgaatgtgccgatgagagacagatgagtgaggaggatgatttggaggat
agcgctgccttggatactattgtcggcgacttagaagaagacatggaagaggattctccc
gtcgaccctactgctgtaaaccttgaagtagcagcaggcggtaaggttaccgcccgtaag
gaggatggcacaagagtcgcaactccatcacaatccttgccaagcacttctcgcagtagc
tctgcacttcaggcagccgctgcccaggctgcctcgtccacgccaaccacatcgtcaaga
cctatgtcttatgcagccgcaattcaagctgttccgtctgattggcacatcgaattcagc
ttggatggcaaagtcattgctaatgagactacaatttaccgtgctgttcataccatggcc
aacacagctgaagattattcaaatcggagcgtttggtctgctattcatcccattaaattc
aagcgcgttcctggaccacctcctccggagcctagctctctttctcaagcatctgaaatt
agcacggaaaccactgcatctggtatcccagcatcgttagacaagcatcctgcaacatct
tcaattcttcggttgctcaacatcttacacgcactcaatgctaacctagatgatgttttg
gctgacaataaggatgccttgaaactgaatgccgagcctttatcacaattcgtaaacact
aagcttacagcaaagttgaatagacaactggaagaacccctcattgttgctagtaactgt
cttccaacttggagcgaggatcttgctcggctttatccattcttgtttcctttcgagacg
cgccacctattcctgcaatcaacctcttttggctatgctcgatcaatgaccagatggcaa
aatgctcaatccgccgatgagtctcgccgagatcgtcatcgtgacgaacgtcctttccta
ggtaggcttcagcgccagaaggtccgaatatctagatcgaagattttggagtcggccttg
aaggtcatggaactttatggtgcatctcagagcatccttgaggttgagtactttgaagag
gttggaactggtcttgggcctaccctcgaattctattcaaccgtttcgaaagaattttcc
aagaagaaactcaagctatggcgtgagaatgataacgacgccgacgagtatgcatttggt
gctcgaggtcttttcccagcaccgatgagcgaagaacaatcattgaatgagaacggaaag
aggatcttacatctattcaaaatgctcggcaagtttgtctctaggtcgatgattgactct
cgcattattgatgtctctttcaacccaacatttttccgcatcggcgacgagtcaaaccct
gtaacaccttctctcggcgcggtcaaaaccgtcgaccctcaattagccaagtcactcaag
atgataaagaaattttctgttgcaaagaaggcgatcgccgaggactcgactctgacagct
actcagaaagtccttgcgacagaagcattggaaatcgacggagccaaaattgaagatctc
agtttagactttacccttcctggttatgacattgatcttctccccaatggttcttcaatt
cctgtcactattgataatgtcgacctctacctcgagaaggttattgatatgactttggga
agtggtgttcaacgacaagtcgatgctttccgtgctggtttcactcaggtcttcccttac
tctgctctcagagccttcactccagatgagttggttatgttatttggcagaattgaagaa
gattggtcgcttgagactttgacagattctatcaaggccgaccacggcttccatatggac
agcaagagtgtgaagaacctgcttcaaacgatgagtgagctcactctaccagagcgccgg
gatttccttcaattcacaactggaagcccaaaacttcccattggtggtttcaagagtctt
acaccaatgttcactgtggtttgcaaacccagtgagccaccttactcctctgacgattat
ctaccaagtgtcatgacatgtgtcaactacctcaaattgcctgattacactgatctcgat
gtcatgcgacgacgtatgaatactgccattagggagggacaaggagctttccatctgtca
taa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (53)   

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