Botrytis cinerea (Gray mold): BCIN_01g10850
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Entry
BCIN_01g10850 CDS
T01072
Name
(RefSeq) hypothetical protein
Organism
bfu
Botrytis cinerea (Gray mold)
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Gene cluster
GFIT
Motif
Pfam:
LDL
Motif
Other DBs
NCBI-GeneID:
5437007
NCBI-ProteinID:
XP_001556426
UniProt:
A0A384J7P3
LinkDB
All DBs
Position
1:join(3784824..3785039,3785086..3787798,3787866..3788069,3788121..3788141,3788206..3788335,3788389..3788437,3788490..3788741,3788870..3789127)
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AA seq
1280 aa
AA seq
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MSPINLVLRTAFILSSISTSFAAVCNDQTRASGDPSGEELAKFFDSEDKVSQFCSADVSG
KASGSVSFSGLKISFERSDSSNPSLEHCTEALQDIMSQCIEPSNPGTYGGSSTFDNGEIY
TISNDLYPQAPTISVNLENRAVEDAAKPKPKKTTLKQTTKATVTTSPKKTVAQATTSPKT
TATTPKPTPTPVSTSPKTTQTTPTTSKSSTIKTSSVSSETPKTTSTSTSSKTTPLTPTTS
KSSTSTIKTSIASETPKTTSVATSSKPLVTTPTQSQSPTANTSPSSATPKTTSVATPSKS
TTFSSLSTKSSSSTSLTSLSSESPKTTSVSTSSRPLITTSITSQPPTANTSPSSEPPQTM
SKSTISSVISSKTSSSSSLSSSQTSTKESGTSTSSSSSTNSNSQSHSSTPTSLSSLSSLS
LTKVTSINNPTITPGASTPSLEPSSHVPEPTNTLSQSTTKPISLETSSQKSVSQINSLSS
SSGIHTSGLSSTSRLTSSLSSGTKSPTFTFTPNALEPTPASSPESLSATKSSISPESSET
KPASPSTPAAISELPSTAQVQSSSAIKTSSISSLSSSSIPEITPGPITLSSSAIISSALD
ESTNSAAHSSNIIESNTIPASIITSKVSSESLASSSKPEITPPPSPSSILTSGTVPSTSA
SELASQAISTESHVSPGQSEITPSPSPSTPTSQVISTGSLTSSIQPEITPPSSESSVPGT
ISSTIVSEPITKSTSAEALTSSAEPEITPSPSKPLSSAATPSSLISEAVPQSISTGSLTS
SIQPEITPAPSNPSTSEIIPSISESGVTSHAISTGSLTSSVEPEITPSPSPSPSETTEPS
QPAESPDPVETPEPAESPNPIETSQPDTTESSPTETDIASSTSAPSSTSISSSPACTATT
GGNCSTCYQYSGSGDISPSLSNDTTLQSRKLPPSIAGRISTTNLYPKISKRATGSFTSFD
AANSCVFGSVDVPSIPDASTLVSKAGIRTEYWYILQDTPVNTTTCPTLGFTKVTDGALAS
QLINSNAVGYAKAGSGISWKANAPTVDVDSVYDSRILQDFFASRINSNNCAAFKAIFDQP
DIENAGKSRLQTIWNALPSDTNPDYAGIDQKISTVKAQAFTGELQQSYTSNDEKLAYISE
VAVAMAITNDDAIANLFQSTNLRIYKALLDIDAVIGAGAVTRATNSTTITGNKADWASSY
RTYLTNLLTSRSSTILSQVSSYLDNDLGPAARNNNVTLSDGTVSTTENSIGKGVDAFLNA
YPLATAFTFNQAKLLGFPSV
NT seq
3843 nt
NT seq
+upstream
nt +downstream
nt
atgtctcctatcaatttggttctcagaaccgctttcattctttcttctatatccacttct
tttgctgcagtctgcaatgaccagactagagcttctggggatccttccggagaggaattg
gccaagttcttcgattccgaagataaagtctcccaattttgctcggctgatgtatcagga
aaggcttcaggaagtgttagcttctcaggcttaaagatctcttttgagcgcagtgatagc
tccaacccatccttggagcattgcacggaagcactccaggatatcatgtcccaatgcatt
gagccttctaacccaggaacctatggaggaagctcaacattcgacaatggagaaatatac
acaatcagcaacgacttatatcctcaagcacccacgatctctgtaaatctagagaaccga
gcagtggaggacgctgcaaaaccaaagcctaagaagactactttaaagcagactactaaa
gcaactgtcacaacaagcccaaaaaagactgtggcacaagcaaccactagtccaaaaact
accgcaactactccaaagccaactccgactcccgtgtctacgagtccgaagactacacaa
actacccccactacatcgaaatcatcgactatcaagacaagtagtgtatcttcagaaact
ccaaaaacgacatcaacttccactagttccaaaactactccacttaccccaactacatca
aaatcgtccacatccaccattaaaacaagtatagcttccgaaactcccaaaacaacatcc
gtagccacgagttcaaaacctctagtgaccaccccaacgcaatctcaatcaccaactgct
aacacgagcccatcctctgcaactcccaaaacaacttcggtagccactccttcgaagtct
accactttcagtagcctttcaacaaagagctcttcctcgaccagtctaaccagtctatct
tccgaaagtcccaaaacaacttccgtatctacgagttcgagacctctaataaccacttcg
ataacatcccaaccaccgactgcgaacacgagcccctcttcagaacccccccagacaatg
tcaaagtccacaatttccagcgtcatctcctccaagacttcttcttcgagtagtctctcc
tcaagtcaaacttcaacaaaggaaagtggtactagcactagcagcagtagtagcactaac
tcgaactctcaatctcactcttccactccaacatctctatccagtctctcatccctttcc
ttaaccaaagtgacttccatcaacaaccccaccatcacacccggcgcttccactccaagc
cttgagccatcctcccacgtccccgagccaaccaatactctctcacaatccaccacaaaa
cccatctcactagaaacctcctcgcagaaaagtgtatcgcaaatcaattctttatctagc
agcagcggtatccacacatctggtctctcatctacctcccgtctgaccagttccctctca
agcggaacaaaaagccccaccttcaccttcacccccaatgccctcgaaccgactcccgcc
tcatccccagaatccctctcagcaaccaagtcaagcatatctccagaatccagcgaaaca
aagcccgctagcccatccaccccggcagcaatatcagaactccctagtactgcgcaggtc
cagtcatcatctgcaatcaaaacatcttctatttcctccctctcttccagttcaatcccc
gaaataacacccggacccataaccctcagttcttcagccatcatctcctcagctcttgac
gaatcaaccaattccgctgcgcattctagtaatattattgagagcaatacaattcccgca
tcgataatcacctctaaagtttcgagtgaatcgctagcgtcttcttcaaagcccgaaatc
acacctcctccctctccttcatctattttgacctctggaaccgtcccatctacttcagca
tccgaattggcttcgcaagcaatctcgaccgaatctcatgtatctcccggacaatccgaa
attactccttctccttctccctctacccccacatcccaagtaatttctaccggttctctc
acatcttccatccagcccgaaatcacaccaccttcctcggaatcttcggttcccggaacc
atctcttcaactattgtctccgagccaataaccaaaagtacttccgcggaagccctcaca
tcttccgccgaacccgaaatcacaccctccccctccaagccattatcttcagccgccact
ccttcatctcttatatccgaagcagttcctcaaagtatttcaaccggttcccttacatct
tcaattcaacccgaaatcactcctgctccttccaacccatccacttctgaaattattcca
tcgatttcagaatccggagtgacttcgcacgctatttctacaggatctctcacctcttcc
gtagagcctgagattactccatctccatctccatctccatcggaaacaactgagccatcc
cagccagccgaatcacccgatccagtcgaaacccccgaaccagctgaatcacccaacccg
attgaaacatcccaaccagacactacagaaagcagtccaaccgaaactgacattgcttca
tcaacgtcagctccctcatccacatcaatctcttcatccccagcttgtacagccaccaca
ggaggaaattgctctacatgttatcaatactccggttctggggatatctcaccctctctc
tccaacgatactactttgcaatctcgcaaactgccaccatcgattgccggtcgcatatcc
actactaatctataccccaagatatcgaaacgagccacaggatcatttacttcgtttgat
gcggccaattcgtgtgtttttgggtcggtggatgttccttctattcctgatgcatccact
ttggtcagcaaagcaggcattcgaacagaatactggtatattttacaagatacgcctgtg
aacacaacgacctgccctacacttggctttacaaaggttaccgatggagcgcttgcttct
caattgataaattcaaatgcggttgggtatgcaaaggctggatctggaattagttggaaa
gcgaatgctccgaccgttgacgtagatagtgtttatgattcaagaattctgcaagacttc
ttcgcaagtaggattaacagcaacaactgtgcagctttcaaggctatctttgatcagcca
gacattgaaaatgcaggaaaatctaggttacagactatttggaatgcacttcccagtgat
accaatcccgactatgctggaatagatcaaaagataagcaccgtcaaagcacaagctttt
acaggtgaattgcaacaaagttataccagtaacgatgagaagttagcatacatttccgaa
gtagccgtggcaatggccataaccaacgacgatgccatcgccaatcttttccaaagcacc
aatcttcgtatttacaaggcactacttgatatcgatgcggttattggtgctggtgccgtc
actagagctaccaatagtaccaccatcactggaaataaagcagactgggcatcaagctac
cgcacctacctcaccaacctcctaacctcccgctcctcgaccattctctcccaagtctcg
agctaccttgataatgatcttggacccgccgccagaaacaataatgttacgctttcagat
ggaactgtatcgaccactgaaaattccattggaaagggcgttgacgcgttcctaaatgca
tatcctctggctaccgcttttacatttaatcaggccaaattattaggatttcccagtgtg
tag
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