Botrytis cinerea (gray mold): BCIN_07g02520
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Entry
BCIN_07g02520 CDS
T01072
Name
(RefSeq) hypothetical protein
KO
K16330
pseudouridylate synthase / pseudouridine kinase [EC:
4.2.1.70
2.7.1.83
]
Organism
bfu
Botrytis cinerea (gray mold)
Pathway
bfu00240
Pyrimidine metabolism
bfu01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bfu00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
BCIN_07g02520
Enzymes [BR:
bfu01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.83 pseudouridine kinase
BCIN_07g02520
4. Lyases
4.2 Carbon-oxygen lyases
4.2.1 Hydro-lyases
4.2.1.70 pseudouridylate synthase
BCIN_07g02520
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Indigoidine_A
PfkB
Motif
Other DBs
NCBI-GeneID:
5439303
NCBI-ProteinID:
XP_024549716
UniProt:
A0A384JM35
LinkDB
All DBs
Position
7:join(935232..935684,935771..936143,936205..936499,936553..936664,936757..936974,937021..938035)
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AA seq
821 aa
AA seq
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MNSILRPTRGIRISSVSTSTLSPKCHHSNPYYQGRGSYQRRYQTPAFRAAERKLFKVSEE
VREATRSEKPVVALETTIYTHGYSYPDNVKLALDLEDIVRLNGGVPATIGILDGVARVGL
SKEELIAIASAAGKPETMKVSRRDLPYILGMGITGRKITGGTTIAGTMILARKAGISVFG
TGGLGGVHRGGQDSMDISADLTELGRTPVAVISSGCKSFLDIPRTLEYLETQGAGVFTFA
DGRTGSIDYPAFFTRDSGVKSPMIVQNAEEAAAIIYAQDFFKPASGFHFANPIPEEFSLP
KSEIDKAIDQAVQEAADQGFHGHSNTPFILARIKELTKGNSTAANRALIESNIKMATKVA
VELSRLRTDGSKRRENTSKVLTRPSSTANINKIDPNHSSLELSSSSVSSPKPSIIVVGSI
AIDLACDYTPRTTQSTGTSSPQMHTSNIAKIHSSIGGVGYNVLRAAQLSSKEPVSLYTFI
ADDQAGKSILQSLQSSGLNTDDITICSKETDYRTAQYVAINDGKKDLVIAMADMDIFARP
SNDPSIRTIHSKLGSLTSSTKWVIIDANWKSEVIQEFLSATKSSSSSVKIAYEPVSTIKS
ARLFERPTSSSLKANKLPVFPNNIVDLATPNEHELTSMHDAATSHGKFETDEWWQTIDAL
GIPSTGARDRFVHMTSRELTDQGIPVKAVQLLPYIPTILTKLGSQGVLLTSILSPSDPRL
RDPDHAPYILSRCTNGNEEVGGVYMRLFPVVEKVEEGDVVSVNGVGDTFMGVLISGLARG
CELGDGLIDVAQKGAVMTLKSSESVSPEVRELREKLNELSQ
NT seq
2466 nt
NT seq
+upstream
nt +downstream
nt
atgaattctatacttcggcccacacgtgggatccgaatctcttcggtgtcaaccagcacc
ttgtcaccaaagtgccatcacagcaatccctattatcaaggacgtggcagttatcaaagg
agatatcaaacaccagcctttcgagctgccgagaggaaacttttcaaggtatctgaggaa
gtaagagaggctacgaggtctgagaagccagttgtagctttagaaaccaccatttatacc
cacggatattcatatcctgataatgtcaagctggcccttgatctagaggatattgttcgt
cttaatggaggagttccagcaacaattggaattttggacggtgttgcacgtgtgggtttg
agcaaggaggagttgattgctattgcatctgcagctggtaaaccggagactatgaaggtc
tctcgtagagatttgccttatattctgggaatggggatcactggacgcaaaattactgga
ggtactacaattgctggtaccatgattttagcacgtaaagctggaattagtgtctttggt
actggtggtctaggtggtgttcaccgtggaggtcaggatagtatggatatttctgccgat
ctcactgaacttggacgtaccccagttgccgtgatcagcagcggttgtaaaagctttcta
gatattcctcggacattggagtatctagagacccaaggagccggtgtcttcactttcgca
gatgggcgtactggatcaatcgactatccggcattttttactcgtgatagtggtgttaaa
agtcctatgattgttcaaaacgctgaagaggctgctgctattatttatgcccaggacttt
tttaaacctgctagcgggtttcattttgcaaatccaattcctgaagaattctcccttccc
aagtctgaaattgataaggctatcgatcaagcagtccaagaagccgccgaccagggcttc
catggtcactcaaatactcccttcattttggcaaggatcaaagaacttacaaagggcaat
agtactgcagcgaatagggcattgatagaatctaatatcaaaatggcgacaaaggtagct
gttgagctttctaggttaagaacagatggatccaaacgccgggaaaacactagtaaagtc
ctcacacggccttcctctacagccaatataaacaagatagacccaaatcactctagttta
gaactgtcctcttccagtgtctctagtccaaagcccagcataatcgttgtaggctcaata
gctatagatctcgcttgtgactatactcctcgtaccacccaatcgacagggacttcttct
cctcagatgcatacatctaatatcgccaaaatccactcatcgataggtggcgttggttat
aacgttctacgtgcagcccagcttagtagcaaggagccagtcagtctatacacgtttatt
gctgacgatcaggccggaaaatcgatacttcaaagcttgcaaagcagcggacttaatacc
gatgatatcacaatatgttcaaaagagactgattaccgcacagctcagtatgtcgccatt
aatgatggaaagaaagatctcgtcatagccatggccgatatggatatattcgctagacca
tccaatgacccatctattcgaaccatccacagcaaactcggttctcttacatcttccaca
aaatgggtcatcatagacgcaaactggaaatcagaagtcatccaagagttcttgagcgcc
actaaatcatcttcatcttccgtcaaaatcgcatacgaacccgtctcaaccattaaatcc
gcacgtctttttgaacgcccgaccagttcatccctcaaggccaataaactcccagtcttc
ccaaataacattgttgatctcgcaactcctaatgagcatgaactcacttctatgcacgat
gccgccactagccacggtaaattcgagaccgacgaatggtggcaaacaatcgatgctctc
ggtattcctagcaccggcgctcgagaccgtttcgtccacatgacatctagagaactcact
gaccaaggaattcccgtcaaagctgttcaactccttccttatatcccaacgattcttact
aagcttggttctcaaggagttttacttacttctatcttatcaccttctgatccacgactc
cgagatccggatcatgctccgtatattttatcacgctgtactaatgggaatgaagaagtg
ggtggtgtgtacatgaggttattcccagtggtagagaaggttgaggaaggcgatgtggtc
agtgtgaatggggttggtgatacatttatgggtgtcttgatttcggggttagcgagagga
tgtgaattgggtgatggattgattgatgttgcacagaaaggggcggtgatgactttgaag
agtagtgagagtgttagtcctgaggtgagagagttgagggaaaaactaaatgagctgtct
caatga
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