Botrytis cinerea (gray mold): BCIN_15g02590
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Entry
BCIN_15g02590 CDS
T01072
Symbol
bac
Name
(RefSeq) Bac
KO
K01768
adenylate cyclase [EC:
4.6.1.1
]
Organism
bfu
Botrytis cinerea (gray mold)
Pathway
bfu00230
Purine metabolism
bfu01100
Metabolic pathways
bfu04113
Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:
bfu00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
BCIN_15g02590 (bac)
09140 Cellular Processes
09143 Cell growth and death
04113 Meiosis - yeast
BCIN_15g02590 (bac)
Enzymes [BR:
bfu01000
]
4. Lyases
4.6 Phosphorus-oxygen lyases
4.6.1 Phosphorus-oxygen lyases (only sub-subclass identified to date)
4.6.1.1 adenylate cyclase
BCIN_15g02590 (bac)
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PP2C
LRR_8
LRR_4
RA_3
Guanylate_cyc
LRR_14
Ad_cyc_g-alpha
LRR_LRWD1
LRR_13
LRR_9
RA
RA_2
Motif
Other DBs
NCBI-GeneID:
5438818
NCBI-ProteinID:
XP_024553315
UniProt:
A0A384K4G1
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All DBs
Position
15:complement(join(919444..919647,919698..925040,925267..925993,926195..926349))
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AA seq
2142 aa
AA seq
DB search
MTRKDGSCRNSSATSSSTGSWKSTDTIKGPGYFQGSSMKRGAPMQVKTDRSRVEIDAQVS
PTSAGPRNTISPSSSISPNVSPREQRMADFGNYRRDLAVLETSGGRIPQIHHNPPTAIAS
SNQIAPWMSNGGGATGSPNGFTSFYNDSSDALSQASQLSPVARPGTAVTGNTNASDSPAD
ALFGDGDERRPSVASITTASSTGSKGSVSRAVGGLHKKLTSFFGEDPTSSDTSLPSQQGK
EARSHSFARSHRDRNHSSATDHGHYRDASPAGGSRPRTPVPSSEVVPFLYQNSQDISLYG
EAPVRENLSGPDRERYINDSSDKPPKTSSSSKSHHLPGHHLRNRSNDDTRSLRPTISREE
SAFSNRFKDRNNPMGTVSANASNPNLQRPKSPTPSGMSTWSQPTKNGNGDAPSSPRDNNN
GAKRSLLNLTGRFKRHKDKDHTPSRLKETPAPSRAPINGSSRQDAGRIYESPDLAKYSQD
GSITGSELNLTPQYTNGSARPPAGRQGTFPKLPFRKGRGRAEDTDQTYDTLDRGGDNIHH
LDTNLSNMEGILTKPPPLTPLDNNIFNGNGHDDENKTDAESAGGLGWNAPDSWAVKKVDD
DNMSRLPEIDEAGIPQKADEKASPYCIRIFKVDGTFATLSTALNTTVTELVAQLNKKTYQ
ADNLENYQIVMRKHDLQRILAPGERPLVIQRRLLEQAGYEPGDRIEDVGREDNSYLCRFS
FLPARQGGYASVSNDNGLALKSQKYSHVDLSGRNLITIPIALYSKTSEMISLDLSRNLSL
DVPKDFISSCVNLRDIKFRSNEAWKLPVSLTRGSRVTMLDLTNNRIENLDHAELSRLQGL
VSLKFANNRLKSLPSYFGIYRSMRTLNLSSNFLEEFPEFLCNMVSLTDMDMSFNGISDLP
VEIGKLTALERFVFTNNRLKGSLPNSFGKLVNLKEVDIRYNLLSSIDIVATLPKVEQISA
DHNSVSVCECEFANIRILRLNSNPVTKFEIKNSVPTLTTLNLSNAKLAQIPDAAFDKMPN
LNKLVLDINHFVSLPAQIGKLRKLEYFSIARNSLSSLPAELGCLTELRYLDIRQNNLKKL
PMEIWWANKLEFLNVSSNVLENFPKPGSRPPQPPGDVGSANNNLNPNSQNSSFEELGPLD
FGHRRPSQASSGLLSVGSSPVPDARKGSVVSVYGKGGRKTSVVSRSTSASTINQPPPVNI
RKDSGLSAKLVNTFAGSLRNLHLADNGLDDDVFDELTLLSELRVLNLSYNDLNDMPSRSI
KSWPQLVELYLSGNELTSLPSDDFEEFSLLQVLHINGNKFQTLPAELGKAHRLTVLDCGS
NSLKYNVSNWPYDWNWNWNTNLKYLNLSGNKRLEIKPSLPGSAGARDGRDLTDFSALQSL
RILGLMDVTLTIPSIPDQTEDRRVRTSGSLAGQLAYGMADSLGNDSHLSIIDMVVPRFNS
TETETLLGMFDGAISSNRGSRIAKYLHENFGHIFSDELKRLNALNNETPKDALRRAFLSL
NKDLATAAAQSNEERAVLSQRGSTTPAVLSQDDLTSGGVATIMFLQQSELYVANVGDAQA
MLIHEKDGHRILTRKHDPAEPNERQRIRDAGGWVSKQGKLNDVLEVSRAFGYVHLLPAVQ
AAPHVTHVTIKEQDEMVLIASRELWEYLSPELVVDIARYEKHDLMRAAQRLRDLAIAFGA
SGKIMVMMMGVSDLKKRAQIRPHRVQSLSFNPNMMMDEGYVPSKRPKKKINDIEDSSLRR
LKQEVQAPVGDIGIVFTDIKSSTALWETYPNAMRSAIRLHNEVMRRQLRIIGGYEVKTEG
DAFMVSFPTATSALLWCFAVQAALLEVNWPAEVITSHMGHEVYDSNQNLIFKGLSVRMGA
HWGRPVCENDPVTRRMDYFGPMVNRAARISAVADGGQITVSADFISEIQRCLETYSESDR
SGSTGSEDAFDSDLISQSIRRELRSLSSQGFEVKDMGERKLKGLENPEYIYLMYPHSLAG
RMNSQRSLEGEAAVITEEPATLAPDSELTIDPAHVWDIWRLSLRLEMLCSTLEEPRGEPL
QPPETAMLEKMKNRGGEVTDRFLLNFLTHQVSRIETCITAIATRHLALGQIAISDLDQLR
APMADVMEGLAADLRELQQYRAKYGPLEPSSVYESEDDFETV
NT seq
6429 nt
NT seq
+upstream
nt +downstream
nt
atgaccagaaaagatggttcatgtcgtaatagctctgctacgagctcgagcactggaagt
tggaaatctactgacacgataaaaggccctggctactttcagggttcatcaatgaagaga
ggagctccaatgcaggtgaagacggatagatcaagggtagaaattgatgctcaagtttcg
ccgacgtctgccggacctcgaaatacaatatctccatcttcatctatctcacctaatgtg
tccccacgggagcaaagaatggccgacttcggcaattatcgacgtgatctcgcagtcctc
gaaacctctggcgggcgcattcctcaaatccaccataatccaccaacagcgatagcctct
tcaaaccaaattgctccttggatgtctaatggcggcggcgcaactggttcaccaaatggc
tttactagtttctataatgattcgagcgatgcattgtcgcaagcgtcgcagctgtcgccg
gttgcaaggcccgggaccgcagtaacgggaaatacaaatgcgagcgattcacctgcagat
gccttgtttggcgacggcgatgagaggagaccatcggttgcaagtataacgacagcaagc
agtactggatcaaaaggcagtgtcagtagagcggtaggtggacttcacaaaaagttgaca
agtttctttggcgaggaccctacaagttccgatacgagccttccatcgcagcaaggaaag
gaggcacgatcacactcatttgcgcggagtcatcgagacagaaatcattcatctgccaca
gaccacggacattatagagacgcatccccagcaggtggatcccgacctagaacacccgta
ccatctagcgaagtagttccatttttatatcagaattcccaggatatatctctgtatgga
gaagctcctgtgcgagagaacctttccggccccgatagggaacgctacataaacgatagt
tcggataagccgcctaaaacctcgtcgtcttctaaatcgcatcatcttcccgggcatcat
ctacgtaatcgaagcaatgatgacactaggtccttacgaccgactataagtagagaggaa
tctgcattcagtaatcgcttcaaggaccggaataatcccatgggcacagtttcggcgaac
gcttccaaccctaaccttcaacgaccgaagagcccaacaccgagcggcatgagtacatgg
agtcaaccaaccaagaacggtaatggcgacgctccatcttcacccagagacaataacaat
ggtgcgaaaaggagtctcctgaatctgactggtagattcaaaaggcacaaggataaagac
cacacaccatcccgcttgaaagaaacaccagcacctagtcgggcaccgataaatggatcc
tcgcggcaagatgcagggaggatatatgaatcgccggatctcgcaaaatatagccaagat
ggaagcattactggatcagagctcaaccttacaccccagtatacgaatggcagtgctcgc
ccaccggctggacgacaaggcacctttcccaaactaccgtttcgaaagggtcgagggcgc
gcagaggatacagaccaaacgtacgacacattagatcgcggaggggataatattcaccac
cttgataccaatttatcgaacatggaaggcatcttaacaaagccgccacctctaactccc
ctcgacaacaacatttttaatggaaatggacacgacgatgagaataagacagatgccgaa
agcgcaggcggcctcgggtggaatgcgccagacagctgggctgtcaagaaagtcgatgat
gataatatgtcgcgacttccagagattgacgaagcaggtattcctcaaaaagcagatgaa
aaagcaagtccttattgcataagaatattcaaagtagacggaactttcgctacattgtcg
actgcgcttaatactaccgttacggaactcgtggctcagcttaacaagaagacttaccaa
gctgacaatctggagaactatcagattgtaatgaggaaacatgatttgcaaagaatcctt
gctcctggagaacggccacttgtcatacagagacgacttttagaacaagcgggatatgag
cccggagatcgaatcgaagatgtaggaagggaggataacagttatctctgcagattctct
ttccttccggctaggcaaggaggttatgcatcggtttccaacgacaatgggcttgccctc
aagagtcagaaatacagccacgtcgacttgtcaggaaggaacctcatcactattccgatc
gcattgtattctaagacttcagaaatgatatcgcttgatctatcacggaacttgtcactg
gacgtgcccaaagactttatatcgtcgtgtgtcaatctaagagacatcaaatttcgcagc
aacgaagcgtggaagcttccagtcagtcttactcgaggtagtcgagtaacgatgcttgat
cttacgaataatagaatcgaaaatttggatcacgctgagctatcgcgattgcaaggactc
gttagcttgaagttcgccaacaaccgactgaaaagcctaccttcatattttggcatttac
agatcaatgaggactttgaacctctcatcgaatttcttggaagaattcccagagtttctc
tgtaatatggtgagtttgaccgacatggatatgagtttcaacggaatatcggatctccca
gtcgagatcggtaaactcacagctctggaacgatttgttttcacaaacaaccgactaaaa
ggttcacttcccaatagttttggaaaacttgtgaaccttaaagaagttgatattcggtat
aacttactttcgagcatcgatatcgttgcaacccttcccaaagtcgaacaaatttcggcc
gatcacaattcggtctccgtctgcgaatgtgaatttgctaatatcagaatccttcgattg
aattcgaatcctgtaacaaaattcgagatcaaaaattccgtccccaccctaacaacactc
aatctctcgaacgcaaagctggcacaaatccccgatgctgctttcgacaagatgccaaat
cttaataagctcgtattagacataaaccactttgtgtctttaccggcacagattggcaaa
ctgcgaaaattggagtatttcagtatagcccgaaattcgttgagtagtcttccagcggag
cttgggtgtctgacagaacttcgataccttgatataagacaaaacaatctcaagaaactt
cccatggagatatggtgggcaaacaagttggaattcctcaatgtttcttcaaacgttttg
gaaaactttccaaagccaggttcaagacctcctcagccacctggcgacgttggttctgcc
aacaataatcttaacccgaattcgcaaaactcgagctttgaagagctcggacctttggac
tttggacatagaagaccaagccaggcttccagtgggcttctcagcgtaggtagctcacca
gttcctgatgccaggaaagggtcagtcgtatcagtctacggtaaaggaggacgcaagact
tcagtagtgtcaagaagcacttccgcaagtacaattaatcaaccaccaccggtcaacata
cgtaaggattcaggattgtccgccaaacttgtcaatacattcgctggatcactgagaaat
cttcacctggctgataatgggcttgatgatgatgtttttgatgaactcactcttctcagt
gaactgcgggttctaaacctttcttacaacgaccttaacgacatgccatcgaggtccatc
aagagctggccgcagttggttgagctttacctatctggaaacgagctcacttcactccct
tcagacgattttgaagaattcagtctcctgcaagtcttgcatatcaacggcaacaaattc
cagaccctgcctgcagaacttggaaaggcgcatcgcctgaccgttctagattgtggtagc
aactcattgaagtacaatgtttcaaattggccctatgattggaactggaattggaacacc
aacctgaaatatctcaacctttccgggaacaaacgtctagagattaaaccctcgctgccg
ggaagtgcgggtgctcgagatggacgtgatcttacggatttcagcgcattgcaatctcta
cgaatattaggcctcatggatgtcactctaactattccatctatccctgatcagaccgaa
gaccgaagagttcgtacttcaggctctcttgcaggacagttggcttatggaatggcagac
agtctggggaacgattcacacttatctatcatcgatatggttgtgccccgcttcaattct
accgagacagaaacccttttgggaatgtttgatggtgcgatatcgtcaaatagaggttcg
agaattgcaaaatacctccatgaaaattttggtcacatttttagcgatgaactgaaaaga
ctgaacgctctcaataatgagactcccaaagacgcgcttagacgggctttcttgtcactc
aacaaagacctagctactgctgcagctcagagtaacgaagagagggcagtgctttcgcaa
agaggatccactacacccgcagttctctctcaagacgatcttacctctggtggcgtagct
actatcatgttcttacaacaatctgagctttatgttgcaaatgttggagatgctcaagcc
atgcttattcatgaaaaggacgggcatcgaatcctgacccggaagcatgaccccgccgag
ccaaatgaaagacagcgcatccgagatgcaggtgggtgggtctcgaagcaaggaaaatta
aacgatgttctcgaggtttcccgtgcattcggatatgtccatttactgccggccgttcaa
gctgcacctcatgtgacgcatgtcacgatcaaagagcaggacgagatggtactaattgct
tcaagggagctttgggagtatttatcccctgaacttgtggttgatatcgcccgatacgaa
aagcatgacctcatgagagctgcacagagacttcgagatcttgccatcgccttcggcgct
tctggaaagattatggtcatgatgatgggtgttagtgatctaaagaagcgtgctcaaata
cgaccgcaccgggttcaaagtctatcatttaacccaaacatgatgatggacgagggatat
gttccttcaaagagacctaagaagaagatcaatgatatcgaagattcatcgctccgaaga
ctaaagcaagaagttcaagcgcctgtgggcgatatcggtattgtttttacagatatcaag
agctctaccgcactttgggaaacatatcccaacgccatgcgatctgcaatcagactccat
aacgaggtcatgcgccgccaattgcgcatcattggtggttatgaggtcaagacagaagga
gatgctttcatggtatcgttccctaccgcgacatctgctctcctttggtgtttcgctgtc
caggcagcattacttgaagttaattggcctgccgaagttataacaagtcacatgggacac
gaagtgtatgacagcaatcagaatctaatcttcaagggtctgagcgtcaggatgggcgct
cattggggtcgaccagtgtgcgagaatgatccagtaacgagacgtatggactattttggt
cctatggtcaaccgagcagctcgtatttctgccgttgccgatggtggtcaaatcactgtg
tcagctgattttatctctgagattcagcgatgcctcgagacatatagcgaaagcgaccgc
tctggatctaccggctcagaagatgctttcgacagcgatcttatcagtcaatcaattcgt
cgtgagcttcgctccctaagcagtcaagggtttgaggttaaagacatgggagaaagaaag
ctcaaaggattagaaaatcccgagtatatctaccttatgtatccacattcacttgctggc
cgaatgaactctcagagatccctggaaggcgaggcagccgtcattacggaggagcctgcc
actcttgctcctgattcggaattgaccattgatccggcccatgtttgggatatatggagg
cttagtctaaggttagagatgctgtgctcgactctagaggaacctcgtggggaacctttg
caacctcctgaaacagcaatgcttgagaagatgaaaaacagaggtggggaggtgactgat
cgcttcctactaaacttcttaactcatcaagtctcaaggatcgagacatgcattactgca
atcgctacgcgtcatctggcactcggtcaaatagctatctccgacctcgaccaattacgt
gcaccaatggcggacgtcatggaaggtcttgcagctgatctgcgagagttacaacaatat
agagctaagtacggtccgttggaaccatcctcggtatacgaatctgaagatgatttcgaa
accgtataa
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integrated database retrieval system
