Botrytis cinerea (Gray mold): BCIN_03g05250
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Entry
BCIN_03g05250 CDS
T01072
Name
(RefSeq) hypothetical protein
KO
K11378
histone acetyltransferase SAS3 [EC:
2.3.1.48
]
Organism
bfu
Botrytis cinerea (Gray mold)
Brite
KEGG Orthology (KO) [BR:
bfu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
bfu03036
]
BCIN_03g05250
Enzymes [BR:
bfu01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.48 histone acetyltransferase
BCIN_03g05250
Chromosome and associated proteins [BR:
bfu03036
]
Eukaryotic type
Histone modification proteins
HAT complexes
NuA3 complex
BCIN_03g05250
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MOZ_SAS
zf-MYST
PHD_4
PHD
zf-MIZ
Acetyltransf_7
Motif
Other DBs
NCBI-GeneID:
5441444
NCBI-ProteinID:
XP_024547782
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All DBs
Position
3:join(1774241..1774812,1774870..1774949,1774997..1775044,1775099..1777914)
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AA seq
1171 aa
AA seq
DB search
MAGAAAAVVLMDGEPSRSLATSEDDADFEEDDDMVPDIINEDANAYAANIQLQNGLIGDH
SDLEDDREGPEGEEDMLTDEDADGEEDDEMLDGPDNMDHTEEEEADENRELGEGDEDDDD
AEGVGAVKIQPGLEDDDDEDAESGSDSDSSVEIEQDDESKGSSDVEEETRWQSNGEGEEE
EEEHVNPNRCIFCEQDEDDDPSEEFELYLACEMCGDNAHRQCARNSNALKSDEEAEKWYC
PGCHENSLVPGSPSADVDMLEGPEEEIVEAVGQEGDGVELLDEDASIAAKRRISRDRVPG
DLLPPRRGTIKSDSHSVFEQLIPPEDPMDGSRLLRKRKTSSVEADEGLVLRKRTRDRDVL
PDNSKPSFDEPHDEAKVDNDSNLSLTNGKRNKKRVDTPTSPRVSRSLRQKTSSSLGPPVN
IVEKIPGTLKISFRVDPMELRHILSIPPKPKKKRGGRGVSKARSTATSTALVPSSYSQPF
YPSIHEKELEELKSKPYGGILSEADADTSLTLPRAEHRRQFEDARQTAEEDWKARAAAAA
EAAAKAGLRKARKVSGPASQIEYIDFGAYQIDIWYAAPYPEEYSRNKALFICEFCLKYME
SDIVAWRHKTKCPWKHPPGDEIYRDGKIMIFEVDGRKNPLYCQNLCLLAKLFLGSKTLYY
DVEPFLFYVMTEYDELGCHFVGYFSKEKRPSSLNNVSCILVLPIHQRKGYGHLLIDFSYL
LTRVEKKTGSPEKPLSDMGLVSYRNYWRLVLCYYLQRFQPSERVPSIKAISDEMGLTPDD
VISGLDAMGTLVRDPTTGTYAMRLKPDYYKEVICHHEAKGYAKLNPKRLVWTPFVMGRGN
ASAYDHAPPLNTVAPREEDEDEVPSVEGISNGSVQGTSLNGLTNGDTEEMTASLGKMTTG
AGEVIRVASSEGSVGKSAMTQKLNGMTKKSYYDLASSIPAIRFVVFPPLPGARSRTVSRP
TLARPSSRARISTSSSARPKSRRAVGVPIRRASTTSASASKARTAARRKSGGTGRGPGRW
PKGTKKSDFGNAESGPGLPPRLLKQRSKLGNEVMLGDEEEENQETRSDLDESAIYDTPAP
RSRRDRDLSRKGAGLGKPILLGKGKGAGVGKGKGPLVDAEGDQEMADVPVDESEVDCNAD
VNQDANIDPNLDANPILGVEGEDLDAEGEDE
NT seq
3516 nt
NT seq
+upstream
nt +downstream
nt
atggcgggagcggcagcagcagtggtgcttatggatggggagccttcccgtagtttagct
acttctgaagacgatgctgattttgaggaggatgacgacatggttcctgacataatcaat
gaggacgcgaatgcatatgctgctaatattcaattacaaaatgggttgattggggatcac
agcgatctagaggatgacagagagggaccggaaggagaagaggatatgttaacagatgaa
gatgcagatggagaggaggacgacgaaatgcttgacgggccagacaacatggatcatact
gaggaagaagaggcagatgaaaaccgagagctgggtgaaggagatgaggatgacgacgat
gcggagggagttggtgcagtcaaaattcagcctggcttagaggatgacgatgatgaagac
gcagagagtggctccgatagcgacagctccgtggaaattgaacaagatgacgaatctaag
ggctctagcgatgtcgaggaagaaacacgatggcaatctaatggggaaggtgaagaggaa
gaggaagaacacgtaaatccgaatcgctgcatattctgcgagcaagacgaggacgatgat
ccgagtgaagaattcgaactttatctggcatgtgagatgtgtggagacaatgcgcatcgg
caatgcgcccgaaattcaaatgcgctcaagtctgacgaagaggcggaaaaatggtattgt
ccaggatgccacgaaaacagtctcgtgcccggaagtccaagtgcagatgtcgatatgctt
gaaggcccagaggaagaaatagtggaggcagtcggtcaagagggagatggtgtagaactt
cttgatgaagatgcatcaatagcggccaagaggagaatatcgagggacagagttccaggg
gacctattaccgccaagacgtggtacaatcaaatcagattcacactccgtcttcgaacaa
ctaataccaccagaagatcccatggatggctcacgtttgttgcgtaagagaaaaacttca
tccgtggaggctgatgagggactagttttgagaaaaaggactcgtgatcgagatgtactt
cccgacaattccaaaccatcatttgacgaaccacatgatgaagccaaagtcgacaacgat
agcaacttatcattgactaacggcaaaaggaataagaagagggtagatacgcctacaagc
ccgcgtgtttcaagatccttacgtcaaaagacttcttcatctttaggtccgccagttaac
attgtcgagaaaatacctggcactctcaaaatctcctttcgtgttgatcctatggagttg
aggcatattctctcaataccccctaaaccaaaaaagaaacgcggtggtcgtggcgtctca
aaggctcgatccacagctacttctaccgctcttgtcccctcgagctactcacaacctttc
tacccctccattcacgagaaagaattggaagagctgaaatccaaaccttacggtggcatt
ctttccgaagctgacgctgatacatctttgacactacctagagcagagcatcggcgtcaa
tttgaagatgctcgtcaaacggctgaagaggattggaaagcaagggcagcggctgcggca
gaagctgctgccaaggcaggattgagaaaagcacgcaaggtgtcaggtccagccagccaa
attgaatatattgattttggggcatatcaaatcgatatttggtatgctgctccatatcca
gaagaatatagccggaataaggcacttttcatatgtgagttctgtttgaagtacatggag
tccgatattgttgcttggaggcataaaacgaaatgcccatggaagcatcctcctggcgat
gaaatataccgggatggaaagattatgattttcgaagtggatggccgcaagaacccactg
tactgccaaaatctttgtctcctagcaaagctctttctcggatcgaaaactctttactat
gatgtcgagcctttccttttttatgtcatgacagaatatgacgaactgggttgtcacttt
gtgggctatttttcgaaggagaagcgacctagcagcctcaacaacgtctcatgtattctc
gtattgcctattcatcaacgaaagggatatggtcacctgctcatcgacttttcgtatctt
ctcactcgcgttgagaagaagactggctctcctgagaagccactttcggatatgggtcta
gtctcttaccgtaattactggcgactcgttctatgttattacttacaaagatttcagccc
tctgaacgtgttccaagtatcaaggctatttctgacgaaatgggtttaacgccagatgat
gttatatctggccttgatgccatgggcactctcgtccgcgatccaacaactggtacctat
gccatgagattaaagccggattactacaaagaggttatttgccatcatgaagcaaaaggg
tacgctaaactcaatcctaaaaggttggtctggacgcctttcgtcatgggtagaggtaat
gcttctgcttatgatcatgcaccgccacttaacacggtcgcaccacgcgaggaggacgaa
gacgaagtacccagtgttgaaggcatatctaatggaagtgtccaaggcacatctttgaac
ggtcttacgaatggtgatacagaagaaatgacagcatcgttaggcaaaatgaccaccggg
gctggtgaagtcattagagttgcaagttcagaaggtagtgttggaaagtcagcgatgacg
caaaagctcaatggtatgaccaaaaagtcatactatgatcttgcctcctcgatcccggct
atacgatttgttgtgtttcctcccttgcctggtgctcgaagtcgaaccgtctcacgccca
accttagcgcgaccatcctcacgtgcaagaatatcaacctcttcatctgctcggcccaaa
tctcgaagggcggtaggcgtgcctattagacgtgcatccactacatctgcatctgcttca
aaggcgcggactgcagcgcgtagaaagagcggaggtacagggcgtgggcctggtagatgg
ccaaaaggaaccaagaagagcgattttgggaatgcggagagtggtcctggcttgccacct
aggttgttgaaacagcgcagtaagctgggaaacgaggtaatgcttggcgacgaagaggaa
gagaatcaagagacaagaagtgatctcgatgagtccgcaatctacgatactcccgcgccg
agatcgagacgagatcgagatttgtcacgcaagggtgccggactaggcaagcctattctc
ttgggtaaaggcaaaggagcaggggtaggaaaaggcaaaggccctcttgttgatgcggaa
ggcgatcaagaaatggctgatgtaccagttgacgaaagtgaagttgattgtaacgcggat
gtaaatcaagatgccaacatagacccaaatcttgatgcgaacccgattctgggcgtagaa
ggagaggatttggatgcagaaggtgaagatgaatag
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