Botrytis cinerea (gray mold): BCIN_15g03670
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Entry
BCIN_15g03670 CDS
T01072
Symbol
Bcbst1
Name
(RefSeq) Bcbst1
KO
K05294
GPI inositol-deacylase [EC:3.-.-.-]
Organism
bfu
Botrytis cinerea (gray mold)
Pathway
bfu00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
bfu01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bfu00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
BCIN_15g03670 (Bcbst1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
bfu04131
]
BCIN_15g03670 (Bcbst1)
Membrane trafficking [BR:
bfu04131
]
Endoplasmic reticulum (ER) - Golgi transport
Others
Post-GPI attachment to proteins factors (PGAP)
BCIN_15g03670 (Bcbst1)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PGAP1_TMD
PGAP1
PGAP1_2nd
Abhydrolase_6
Abhydrolase_1
Palm_thioest
Hydrolase_4
DUF676
Motif
Other DBs
NCBI-GeneID:
5438959
NCBI-ProteinID:
XP_001558349
UniProt:
A0A384K5L4
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Position
15:join(1293182..1293814,1293865..1296726)
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AA seq
1164 aa
AA seq
DB search
MLRRSSGSAAEEEGDDSTANADTIEGPGFTGRSRSEISISNRDSQNFQSTSRQTTPQHTQ
SELDRRKSCDKRPLAARSRCPSNTNWKPTESRNGQIDKSQPNETAVISVSSKGAIEVDKM
ADSRQTSRRSRLRSPWSFTPLTFATTVIALLTLASIIHSFTTRQLDTKGCRMSYMRPSFA
KLSDFDTEHTRFASKYSVYLYREGMVDEDTKVRGVPVLFIPGNAGSYKQVRPIAAEAATY
FHDVLQHDSAAINAGARNLDFFTVDFNEDITAFHGQTMLDQAEYLNEAIAYILSLYHDPR
RSQRDPELPDPTSVIILGHSMGGIVARTMLIMPNYQSNSINTIITMSAPHARPPVSFDAE
IVKTYKQINDYWRQAYSQKWANNNPLWHVTLLSIAGGGLDTVVPSDYASLESLVPDTHGF
TVFTSSVPNVWTGMDHQAILWCDQFRKVVVRSLYEVVDVNRPAQTKPRADRMRIFKKWYL
TGMESLSEKTLSHKEPTTLLTLEDDSHAIIPQGERLTLRKFGESRKPKAHLLPIPPQGTP
GGKRFTLLTDQKLDKPGDNGKLEVLFCSVFPLHPGQSATLFSMNMDLSGDSSGSTRLACK
NAASDVILLPASTRTSKKPFYLDEEEEIKPFSYLQYDLEDIIDHQFVAIVDKAVESTSGW
VIAEFSDNVQSHRIRSLSLRRLLAFGMKMRLPPNRPMVAEVKIPAVHSSLLAYNLEMGNQ
VCGEESELFTPLLRQYISEPYESKYFVNVKQATINLHGVSPFMPPALKYKAVQDGLSLQF
WTDPTCNSSIKISLSVDIPGSLGKLYMRYRTVFAAFPLLVVALVLRKQFRMYDQTGIFIS
FGESLDLCLRQSLPLVLLALTCLSVSFSQASTAAPQGAPTGFLGWGRNASETVIDYTKND
LLVGSQDPFFWFMVPLIGLVCIGVCVMINYATLAITHILSVLYGWMSVKPAWLRNEDRKR
ASSPAFAPSSPRRRVFTTGVLLFLVSTVIPYQFAYLVACLVQIATCTRALRFAREARSNT
NYNFYNYVHSILVLMLWILPINLPILVVWIHNLAVHWLTPFSSHHNVLSIMPFILLVETL
TSGKMVPRVTSRVRHVTSILLFGIAIYAAVYGVTYAYMLHYLVNLVAAWLVAIHSSTSNW
TLAGVTTMFDPESNENTRKRGKTP
NT seq
3495 nt
NT seq
+upstream
nt +downstream
nt
atgctgaggagatcatctgggtcggccgcagaggaagaaggcgacgattcaacagcgaat
gcggacacaattgaaggaccggggttcacaggtcgctctagaagcgaaatatcgatatcg
aatagggattcccagaatttccaatcaacttcacgacaaaccactcctcaacatactcaa
tccgaattagatcgtcggaaaagttgcgacaaaagacctttggctgccaggagtcgatgc
cccagcaatacaaattggaaaccaaccgaatcgcgcaatggacaaatagataagagtcaa
cctaacgaaacggctgtaattagtgtttcctcgaaaggggctattgaggtagataagatg
gccgactcgagacagacttcacgacggtcgaggttacgaagtccttggtcttttacacca
ttgaccttcgctacaacagtcatagccttacttactttggcgtctattatacattcattt
actacgcggcagttggataccaaaggatgtcgaatgtcatatatgaggccttcttttgcg
aagttatcggatttcgataccgagcatacccgtttcgcaagcaaatattcggtttatcta
tacagagaaggaatggtggatgaggataccaaggttagaggtgttcctgttttgttcata
cctggaaatgctggaagttataagcaagttcgaccaattgcggcagaggcagcaacatat
ttccacgatgttttacagcacgattctgcagcaatcaacgccggagcacgaaacctggac
ttttttactgtcgatttcaacgaggatataacagccttccatgggcagacaatgttggac
caggcagaatatttgaatgaagcgattgcgtatatattatctttgtatcacgatcctcga
agatcgcaacgagacccagagcttccagatccaacttccgttatcatattagggcactcg
atgggtgggattgtagctcgtacaatgttaattatgccgaactaccagtcaaattcgatt
aacacgattattacaatgtcagctccacacgcccggccgcctgtttcctttgatgcggag
attgtcaaaacttacaagcagatcaacgactactggcgtcaagcctactcgcagaaatgg
gcaaacaacaatcctctatggcatgtcactttgttatctatagctggaggtggactcgat
actgtggttccgtcggattatgccagtctggaatctctggtgccagatacacatggattt
actgttttcacttcgtctgtgccaaacgtatggaccggtatggatcatcaagctattcta
tggtgcgatcagtttagaaaagttgtcgtcagatctttatacgaagttgttgatgtaaat
cggcccgcacaaacgaaacctcgagcagatagaatgagaatcttcaagaaatggtacttg
acaggaatggaaagcctctcagaaaagactctttcccacaaggaacccacgactttgctt
actttggaagacgattcgcacgcaataatccctcaaggggaaagattaactttacgaaag
tttggggagtcgagaaaaccaaaagcacatttgctcccgattcctccccaggggacacca
ggtggaaagcgattcacacttctcaccgaccagaagctcgataaacctggggacaatgga
aagttggaggttcttttctgcagtgttttccccctgcatccaggccaatcagcgacacta
ttttcaatgaatatggatctgtctggggatagctctggatctacgagattagcttgtaaa
aatgctgcaagtgacgttattcttctaccagcatccaccagaacatcaaagaagcctttc
tatctggacgaagaggaagaaataaaaccattttcttatttgcaatacgatttggaggat
attattgaccatcaatttgttgctattgttgataaagcagttgagtcaacttctggatgg
gtgattgccgagtttagtgataatgttcagtcacatcggatcagatctttgagtcttcga
cgcctcctggctttcggcatgaaaatgaggctcccaccaaacagaccaatggtcgcggag
gtaaaaatacccgccgtacactccagtctattagcctataacttggaaatgggcaatcag
gtatgcggggaggaatcggaacttttcaccccacttttacgtcaatatatttcggagcct
tacgaatccaaatattttgtgaatgtgaagcaagcaaccatcaatctccatggagtttct
ccatttatgccacccgcacttaaatacaaagccgttcaagatgggttgagtcttcagttc
tggactgatccgacgtgcaactcgagcattaagatctctctgagtgttgatattccaggc
agtttagggaagctgtacatgcgctatcgaacagtttttgctgcattccccttactggtc
gttgccctcgtgttgagaaagcaatttcgaatgtatgatcagacaggaattttcatttct
ttcggcgaaagtctggacttgtgtttacgacagtctttacctttagtgttgttagctctt
acatgcctatcagtttcattctcccaagcaagtacggcagcacctcaaggggcccccacg
gggtttttaggatggggaagaaatgcatcggaaactgtcattgattatactaaaaacgat
ttacttgtgggctcgcaggatcctttcttctggttcatggttcctctaattggactggtc
tgtattggtgtatgcgtaatgatcaattatgccacattagccattactcacattttgagc
gtactctatggctggatgagtgttaagccggcgtggttgcgaaacgaagatagaaaaagg
gcatcatctccagcattcgcaccatcttctccccgccgacgagtatttacaacaggcgta
ttgttgttcttggtgtctacagtcattccataccagttcgcatatctggtggcatgcctg
gtacagatagccacttgtacaagggccctacgatttgcccgagaagcacgttctaacacg
aattacaacttctacaattacgttcactcgatacttgtccttatgctgtggatcttacca
attaatctcccaatactcgttgtatggattcataatttggctgtgcattggttgacaccc
ttctcttctcaccacaatgtcctctctatcatgcccttcattcttttggtggaaacatta
acgagtggaaagatggtccctcgtgttacatcgcgcgtccgccacgttaccagcattctg
cttttcggcatcgcgatatatgctgcagtatatggagtgacttatgcctacatgcttcat
tatctagtcaacttggtagctgcatggctcgtcgctattcattcttcaacctcaaattgg
acacttgcgggtgtaacgaccatgttcgatcccgaaagcaatgagaatactcgcaagcga
ggtaaaacaccttga
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