KEGG   Botrytis cinerea (Gray mold): BCIN_02g08150
Entry
BCIN_02g08150     CDS       T01072                                 
Symbol
Bcski3
Name
(RefSeq) Bcski3
  KO
K12600  superkiller protein 3
Organism
bfu  Botrytis cinerea (Gray mold)
Pathway
bfu03018  RNA degradation
Brite
KEGG Orthology (KO) [BR:bfu00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03018 RNA degradation
    BCIN_02g08150 (Bcski3)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:bfu03019]
    BCIN_02g08150 (Bcski3)
Messenger RNA biogenesis [BR:bfu03019]
 Eukaryotic type
  mRNA degradation factors
   3'-5' decay
    Ski complex
     BCIN_02g08150 (Bcski3)
SSDB
Motif
Pfam: TPR_16 TPR_19 TPR_22 TPR_2 TPR_14 TPR_1 TPR_17 TPR_12 TPR_8 TPR_11 TPR_9 TPR_7 T7SS_EccA1_N DUF3239 E_motif ANAPC3
Other DBs
NCBI-GeneID: 5426785
NCBI-ProteinID: XP_001546309
UniProt: A0A384JB51
Position
2:complement(join(2921321..2925458,2925537..2925655))
AA seq 1418 aa
MSGTKAALKAINAAVQSQKYDEAVEQAQKLLDSDPNSYQANIFLGFAYSKQVKYAEAEKA
YDAATKVKGGEPQAWQGLIQLYEKQGGPKVEQYQTAALQLAQIYQAHDDKYKCQDVIDKF
LAFAKNEGSRLQHRKSLEVILPDSPVYQYLEGRVHHPSHTYQIIAQITEFEEKERINKEI
GERRTRLGARIGQVTVEVKREVLKDSDLEEIYNKIIDWTTDDEIRRQYEEKLIQRCLDTL
VVLPPGDSKTEKRSKLFKLATDMVLIKHPYKLAWDIAIEWQDPEYVQGLDVNNLREYIDF
FPTSGLAQVLRGFMTSEISPFPPPPRTPAPTNNEKSDESSSDEDDGGGVTLDDFSMLAED
RLAMMIGGMTDSPTSVLAHRLMGEYYQFLDEHESVVELMRNANRLASEESNKIGKKFKNA
SQSFKALLGTALVFYQSPKNHPEAKALFDGLLKENPTSTPALIGIGLIYEEEDDFVAAID
FLERALQRDPTNIRVKTEAAWVKAINGDYIRGREELEECLPRIEAKDMKSRDLLAQTQYR
VGVCLWNIDTSKSARKDRKGAYSYFLASLKSNLNFAPAYTSLGIFYADYSNDKKRSRKCF
QKAFELSSSEVEAAERLARIFAGQGEWELVESVAQRVVNSGKVRPAPGSKKKGISWPFAA
LGTAELNKQDYSKSIVSFQSALRITPSDYHSWVGLGESYHNSGRYIAATKAFNHAEQFES
EIEQRQDGETWFAKHMLANVKRELGSFDDAIEGYKSVLQNRPAEFGVSIALIQTLVDSAW
DSIEKGLFGQAAQRATEAIEIASQVFESRADAFNLWRAVGDACAVYSWVWGRIDEFPDVN
IKKLLEEWKTTYDVFTDVDGVSVDVVLAKGLFSADEEDGVRRTRCLHAAILAHKRAIHAS
SHDTHAQAVAYYNLGWIEHRAHVCLAPSLKKKSTRYQKAAVRCFKRAIELEAGNSEFWNA
LGIVTSDLNPKVAQHSFVRSLYLNERSAQTWTNLGSLYLQQNDHQLANDAFTRAQATDPD
YSHAWIGQGLLALMLGDVKEANLLFTHAMEISGSSSLITHRQYSQSTFDQVLAAKNVTNV
ADLVQPLFVLNRVQSMAPDDLVSKHLSSLFSERARDISSAVTTLTTICGAAEADYEVTES
PESLSRFALAKADLARSQLANEQYEEAVESGDLALQLCDEDSGNELSAEDRQKCRLSAHL
TVGLAHYYLKNLDTALEYFEPALKESKGNPDAVCVLAQVLWAHGTESSRSKAQDILYECV
ESHPNHVQSVLLLGIIALFNSDTEGIEAVTAELQTLRTDKLITDAEQARVGEVLRSIAAF
SEEDSEIRVMSEVQKDVILHPGSTHGWSRLANITGDVKAAEMAVLTAKKSIFPRGVLGAE
ELSTAYAGTGKVGDAQRGIMVAPWKKDAWDAFSNGISA
NT seq 4257 nt   +upstreamnt  +downstreamnt
atgtcaggaaccaaagccgcgctgaaagctataaatgctgcagttcaatctcaaaagtat
gatgaagctgtcgagcaagcccagaagcttcttgattcggatccaaacagctaccaggcg
aatatctttttaggatttgcctatagtaaacaagtgaaatacgcagaagcagaaaaggct
tacgatgctgcaactaaagtcaaggggggggagccacaggcatggcaaggtctcattcaa
ttgtacgagaagcagggcggtcccaaggttgagcaataccaaacagcagctttgcagtta
gctcaaatctatcaagctcacgacgataaatacaaatgtcaagatgtcattgacaaattt
ctcgcttttgccaaaaatgaaggatcccgcttgcaacacaggaagtctttggaagtcatt
ctacctgatagcccagtctatcaatatctggaaggtcgcgttcatcatccttcacatacc
tatcagatcatagctcagattaccgaattcgaagagaaagagcgtatcaacaaggaaata
ggagagcgacgaacaagattaggtgccagaattggtcaagtaacagtcgaagtaaaacga
gaagtcttgaaagatagtgatttggaagaaatttacaacaaaatcatagactggaccacc
gatgatgaaattcgccgtcaatacgaagagaaactcattcaaagatgtctagacactttg
gttgttctcccgcccggagactcaaagacagaaaaacgatcaaaactattcaagctggct
acagatatggttttgattaagcatccgtacaagctggcctgggatattgctattgagtgg
caagatcccgaatatgttcaaggcttggatgtcaacaatttgcgcgagtacatagatttc
tttcctacgagtggtcttgctcaggttcttcgaggattcatgaccagtgagatttcgcca
ttcccgccaccaccacgaactccagctcccacgaataacgagaaaagtgatgaaagtagt
tcagatgaagatgacggaggaggagtgacgttggatgacttttcgatgcttgcagaagat
cgcttggcaatgatgatagggggcatgacggactctcccacatcagttttggcacatcgt
ctcatgggagagtattatcaatttttagatgagcacgaaagcgtggtagaacttatgcgg
aacgcaaatcggcttgcatcggaagaatccaacaaaattggcaaaaagttcaaaaatgca
tcccaatctttcaaagccttgttgggtactgctctcgtattttatcaatcgccgaagaat
catccggaagcaaaagctctattcgatggtctgttgaaagaaaatccaacttcaactcct
gctctcataggaattggtttgatttatgaggaagaagacgactttgttgccgctattgac
ttccttgaacgtgctttacaacgagatcctacgaatatacgagttaagactgaggccgca
tgggtcaaggctattaatggcgattatattcgtggacgtgaggagttagaagagtgctta
cctcgaatcgaagccaaagatatgaagtctcgagacttactggcccagacgcaatatcgt
gtcggcgtttgcttatggaacatagatacttcgaaatctgcacgcaaggacagaaagggg
gcatactcatatttcctagcatcactgaaaagtaacctcaattttgctccggcatatacc
agcctgggtatattctacgcagactattcgaatgataaaaagagatctcgaaagtgtttt
cagaaagcctttgagctttcatcctcggaagtggaagctgctgagcgcttggctaggata
ttcgcaggccaaggcgagtgggagctggtcgaatcagttgctcaacgagttgtcaattca
ggaaaggtcagaccagcacctggctcgaagaaaaagggcatcagttggccatttgctgct
cttggcactgcggagttgaataaacaagactattccaagagtattgtttctttccaatcc
gcactgcgcattacgccttctgattatcattcgtgggttggcctaggcgaaagttatcac
aattctggacgttacattgctgcaacaaaagcttttaaccatgcagaacaattcgagagt
gagattgaacagagacaggatggtgagacttggtttgcaaagcatatgctcgccaatgta
aagcgtgagctcggaagcttcgatgatgctattgagggctataaatctgtacttcagaat
cgacctgcggaatttggcgtttcaattgctctgattcaaactttagtcgatagtgcctgg
gatagtattgagaagggactttttggacaagcagctcaacgtgcgaccgaggctattgaa
attgctagtcaagtttttgaaagcagagctgatgctttcaacctctggcgagctgttggc
gatgcttgtgctgtatactcctgggtttggggccgcattgacgagtttccagatgtaaat
atcaagaagttacttgaagaatggaaaactacttatgatgttttcacagacgtcgacgga
gtatctgttgatgtcgttttagcaaagggactattttctgccgacgaagaggatggagta
cgccgaactcgatgtcttcatgcagcaattttagctcacaagcgagctattcatgcctca
tctcacgatacacacgcccaagcagttgcttattacaaccttggttggattgaacatcgt
gctcatgtctgtttggcccctagtttgaagaagaaatctaccagatatcagaaagctgca
gtgcgatgtttcaagagagctatcgaattagaagcaggcaactcagagttctggaacgcg
ttgggtatagttaccagtgacttaaacccaaaggttgcacagcattcttttgttcgaagc
ctctacttgaatgagagaagtgctcagacatggactaatttgggatcattatatttacaa
cagaatgatcaccagcttgctaatgatgcctttacaagagctcaggctactgacccggat
tactcgcatgcttggattggacaggggcttcttgccctcatgttgggcgatgtgaaagaa
gctaatctcctttttactcatgctatggagatctctggatcgtcttctttaatcacgcat
cggcaatactcacagtcaacttttgatcaagttctagctgcgaagaatgtcaccaatgta
gcagacttggtgcaacctttgtttgtgctgaaccgagtgcaatcgatggctcccgatgat
cttgtctcaaagcatctctcatcactcttttctgagcgtgcacgtgatatttcttcagct
gtaacaaccttgaccacaatttgtggagcagctgaagccgattacgaggttacagaatca
ccagaatcattgtctcgatttgctttggccaaagcagatctcgctcgatctcaattggca
aatgaacagtatgaagaagctgtagaaagtggagacctcgctttacaactctgtgatgaa
gatagtggcaatgagctctctgcagaagaccgtcagaaatgtagactatcggcccatcta
actgttggtctagcccattactacctgaaaaatctcgatacagctcttgaatattttgag
cccgctctcaaagaatctaaaggaaatcctgatgcagtatgcgtccttgctcaggttttg
tgggctcatggtaccgaatcatcccgctccaaagcacaagatattctctatgaatgtgtg
gagtctcatcccaaccacgtacaatctgtgttactcctcgggattatagctctgttcaat
tcagataccgaaggtatcgaagcagtaaccgcggaattacaaactcttcgcactgataag
cttattacggatgcagaacaagcacgcgttggcgaagttcttcgttctattgctgcattt
tctgaagaggattccgagattagagtaatgagcgaggtccagaaagatgtgattctccat
ccaggctcaacgcatggttggtcaagactggcaaatataactggtgatgtaaaggcggct
gagatggcagtactgacggctaagaaatccatctttccacgtggagtcttaggtgctgag
gagttatcaactgcatatgccggtactgggaaggtcggcgatgctcaaaggggtattatg
gttgcaccgtggaagaaggatgcgtgggatgcttttagtaatggtatctctgcatag

  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 (16)   
   Pfam (16)   
All databases (27)   

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