Alternaria dauci: 96080554
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Entry
96080554 CDS
T10615
Symbol
ACET3X_000232
Name
(RefSeq) hypothetical protein
KO
K15415
monodictyphenone polyketide synthase
Organism
adac Alternaria dauci
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01008 Polyketide biosynthesis proteins [BR:
adac01008
]
96080554 (ACET3X_000232)
Polyketide biosynthesis proteins [BR:
adac01008
]
Polyketide synthase (PKS)
Iterative type I PKS
Fungal nonreducing PKS (NR-PKS)
96080554 (ACET3X_000232)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ketoacyl-synt
SAT
Acyl_transf_1
Ketoacyl-synt_C
CurL-like_PKS_C
RhiE-like_linker
PP-binding
PS-DH
KAsynt_C_assoc
Thiolase_N
DUF7080
Motif
Other DBs
NCBI-GeneID:
96080554
NCBI-ProteinID:
XP_069310474
LinkDB
All DBs
Position
1:complement(join(756912..758156,758218..761640,761938..762241,762291..762619))
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AA seq
1766 aa
AA seq
DB search
MSNMTRAKVLYFSGEIPQGDPEGDQRDLFRKLHLLSKERNYPILALFLETITEALKKERH
RLTRAQRDLIPTFESILDLTDHVVELRKTSLGGAVERVLVLAFQLGSFIAYHEAHPLEYN
FQPSDTFLIARGPGMLSAAAVALCPSVSMIPSIAGDIARVAFRFGVVVDQVCRSLEISPD
EINAAGAWIYCVYGVDPSEAQEAVVRFNVEKAYAETSVASVFNDDGKSVSIGGPPSTLKT
LFAECEFFKHTRNVPMKKVQGMWHTGKVYGVEHVQQIVPDIDGKHRLHLPLFSPVTGQPL
EAANAKNLLEQIMEEMLTQRIRWDRTIQNVTERLKQVSPDCTQLLAIQPSQYVESLLAQW
KADIPTATHTTEDMMSAIMNLPLGSSPAKDAKSSKIAVVGMACRFPGGADDTERFWELLV
KGHDVHRPVPPDRFNVDTHVDPLGKAPNTSKTPYGCFVDNPGLFDAMFFGMSPREAEQTD
PMQRLALVTAYEALENSGYVHGRGIHARRVGTFYGQASDDYREVNSGQDVGTYFIPGGCR
AFGPGRINYFFKFWGPSFSVDTACSSSLAAIQAACTSLWSGDVDMAITGGMNIITNSDVY
AGLSNGHFLSPTGGCKTWDEGADGYCRADGVGSVVLKRLEDAEADNDNILGVVLAAATDH
SAEAVSITHPHDVAQAHLYTQVARRAGIDPLAVGYVEMHGTGTQAGDGNEMRSVTNVFAP
STGHIRRPDSPLHIGTVKSNMGHGEAAAGIMAFIKTMLVFQKGIIPPHIGIKSRFNPALP
QDLTKRNVVIPKTVATWAPNSDRKRLAMVNNFGAAGGNTSLIVEEPTPRPKKGDDTRKTH
VIAVSAKTAYSLQENLKALVDFIETRPELSVADLAYTLSARKNHYNYRVSVLASSTAEAA
SSLRPHIKNSLSQTPHSGKQPPVAFAFTGQGIFYIGIGAQLYRDSQEFRQHVDRLDSLVR
RQEFTSFLPIVTGTVQPQDVSMVTMNLAILCVEIALARLWESFGIKPSVVIGHSLGEYAA
LAVAGVLSESGAIFLVGTRAMLLSSKCTARTHGMLSVRASVSDVKRVGGGIPFEISCING
PSETVLGGTLPNMEALSATLQAAGYRTFPLDLPHAYHTSQMDILMDELVRQTRTVVCTAT
TIPVISPRYAKVLTSQDAIDVSYLVGATRETVDFVGALNNAWETGVVGESTIWLEMGHHP
TCCGFISRTLPSTRMALPSLQRDNDNWSTLAKSLCMLYSAGVHIDWNEYHRPFEQALRLV
DAPTYAWTDKNYWIQYRGDWNLTKGRVVPESESASAPAPTVKGFQTSSIHRLTSEHYTES
KATLSAESSITDPSLQGVVDGHAMNGYGVASSFLHAEMAFTLAKRISDKSFATAVSFGIN
VADFEYHEPVVKLIDTSQPQPIVVSAEADLEKMEVQMKWFNPAKDIWYCHATVFYEDPTS
WLSTWSRSAKLVTSRIDALNDMAATGKASKLTTDLAYSLFGKLVGYSKLYQTMQSVILNE
DEAMAEVQFPDDTAGSWTVPPHFIDGLISLSGFVLNGGTHFDNTNNFFITPSWKSMRFVR
PLTPGRRYIAYVRMVPSDNHSFVGDVYVLQGSEIVGVVEAILFLQWPRVMLNRFFRPADA
TTKPAAKVPEKSEPPARPKSKQHQAPRPKPAPTPPSPRPGSEHSDSSGVMISRPGGYSSS
GEDVGASATPATGTSSATDKALALVAEELAVDIGLLTDDAHIADLGLDSLMSLVMSQRLR
EELGLEIRDAFFLEVDTVGDFKRLIQ
NT seq
5301 nt
NT seq
+upstream
nt +downstream
nt
atgtccaacatgacacgggccaaggtactttacttctctggagagataccccaaggggat
ccggagggcgaccagcgagatctgttcaggaagctgcacctactcagcaaggagaggaat
tatccaatccttgccttgtttctcgaaaccatcacagaggccttgaagaaggagcggcat
cgactgacccgcgcccaaagagacttgataccgaccttcgagagtatcttggacttgact
gatcatgtcgttgagctcaggaaaacgtctcttggtggagcggttgagcgagtgctggtc
ctcgcctttcaacttggaagcttcattgcataccacgaagctcatcccctcgaatataat
ttccagccgtcagataccttcctcattgcgagaggcccgggtatgctatccgcagcagct
gttgcactctgcccgagcgtatctatgatcccgagcatcgctggagatatcgccagggtg
gcgtttcggtttggagttgtcgttgatcaagtctgccgatcattggagatttcacccgat
gagatcaacgctgctggggcctggatatactgcgtgtacggtgtcgacccgtctgaggct
caagaagcagtcgtacgattcaatgtcgagaaggcgtatgctgagacaagcgtggcgtcg
gtcttcaacgacgatggcaagtctgtcagcattggcggtccaccgtcaacgctcaaaacc
ctcttcgcagaatgtgaattcttcaagcatacgaggaatgtaccgatgaagaaagtgcaa
gggatgtggcatacaggcaaggtctacggcgtagagcatgtacagcaaatcgtcccggat
atcgatgggaaacatcgattgcatcttccattgttctccccagtgacaggacaaccgctc
gaagcagcgaatgccaagaacctgctcgagcagatcatggaagaaatgctcacgcaaaga
atacgctgggatcgaactattcagaacgtcaccgaacggctgaaacaggtctcgcctgat
tgcacccaactgctcgctatacaaccgtcgcaatatgtcgagagcttgcttgcgcaatgg
aaagccgacattcccactgccacacataccacagaagacatgatgtcggcaatcatgaat
ctgccccttggaagcagtcctgcaaaagatgcgaagtcatccaaaatcgctgttgtgggt
atggcatgccgttttccaggaggtgccgatgatacagaaagattctgggagctgttggta
aaaggtcatgacgtccacagacctgttcctccagatcggttcaacgttgatactcatgtg
gacccattagggaaagctccgaacacgtccaaaacaccatacgggtgttttgtagataac
ccaggtctttttgatgccatgttcttcggtatgtcaccacgggaggccgaacaaacagat
ccgatgcagcgacttgcccttgtcactgcttatgaggctttggaaaactcaggctatgtg
catggtcgcggtatacacgcgcgacgtgtaggtaccttctacggacaggccagcgacgac
taccgcgaggtcaactctggacaagacgttggtacttacttcatccccggaggatgtagg
gcatttggtcctggtcgcattaattacttcttcaagttctggggtccgagtttcagtgtc
gacactgcgtgctcttctagcctggcggcgatacaagctgcatgcacttctttgtggagt
ggggatgtcgatatggcaattactggaggcatgaacatcatcaccaactctgatgtctat
gccggccttagcaatggccactttctctcccctactggcggatgcaagacgtgggatgaa
ggggctgatggatattgtcgtgctgacggtgttggtagcgtagtcttgaaacgactggaa
gacgccgaggctgataacgacaatatcctcggagttgttctcgctgcagctactgatcac
tctgctgaggcagtctccatcacacatccccacgatgttgcgcaggcccatctgtacact
caagttgccagaagagctggtattgaccccttggcggttgggtatgttgagatgcacggc
acaggcactcaggcaggtgacggtaacgagatgagatcggtcacaaacgtatttgccccg
tctactggccatattcgacgtccagactcacctctccacatcggtactgtcaagtccaac
atgggccatggagaggccgctgctggtatcatggccttcatcaagacaatgctggtcttc
caaaaaggcatcattcctcctcatattggcatcaagtctcgattcaatccagcacttcca
caagatttaaccaaaagaaacgtggtcatccccaaaacagtggctacttgggccccgaat
agcgatagaaaacggctggccatggtgaacaacttcggagcggcgggaggaaatacgtct
ctcatcgtggaagagccgacgccacgaccgaagaagggtgatgatacacgcaaaacacat
gtcatcgccgtgtctgcgaagacagcttactctctgcaggaaaacctcaaagctctcgtt
gacttcattgagacacgaccagagctttcagttgcagacttggcttacaccctgtcggct
cggaagaaccactacaactatcgggtttctgttcttgcgtcttccacagccgaagcagct
tcgtcgcttcgccctcatatcaaaaactcactgtcccagactccgcactcaggcaaacaa
cctcccgtcgcattcgcattcactgggcagggtatcttctacattgggatcggcgctcag
ttgtatcgagactctcaggagttccgtcaacacgttgaccgactggacagcctggtacga
cgacaagagtttacgtctttcttgcccatagttactggaactgttcagccacaggatgtc
tcgatggtcacgatgaaccttgccatactctgcgtggagattgctctagcgcgactttgg
gaatcatttggaatcaagccaagcgttgtcattggccacagcttgggtgaatacgcagct
ttggcggtagctggcgttctctccgaaagcggtgccatattccttgtcggtacccgcgct
atgcttctgagttccaagtgcactgctcgcacacatggaatgctgtcagtgcgagcttca
gtatcagacgtcaaacgtgtcggaggtggcattcctttcgagatctcctgtatcaacggc
ccaagcgaaacagttcttgggggcacgcttccgaacatggaggctctctcggctaccttg
caagctgcgggttacaggaccttccctttggatctccctcatgcctaccatacgtctcag
atggacatcctcatggatgagctggtcagacaaacaagaacggttgtctgcactgcgaca
acgattcctgtcatttcgcctcgatatgcgaaagtcttgacatctcaagacgcaatcgat
gtttcatatttggtcggtgcaacccgtgagacggtcgactttgtcggtgccctcaacaac
gcctgggagactggtgtagtcggtgagtctactatctggctggagatgggccaccatcct
acgtgctgtggtttcatcagccgaacactgccttccacccgcatggcacttccaagtcta
cagcgcgacaatgataattggtcgacactggccaaatcactatgcatgttgtatagtgca
ggcgtgcatatcgactggaacgaatatcatcgtcccttcgagcaggcgcttcgactggtc
gatgctccaacctacgcttggaccgacaagaattattggatccagtatcgcggggactgg
aatctaaccaaaggccgggtggtgcctgaatcggagtctgcatctgctccagcaccgacg
gtgaaaggattccaaacgtctagtatccatcgacttacatcggagcactacaccgaatca
aaagcaaccttgtcggcagagagtagcatcactgatccttcgcttcaaggcgtggtcgat
ggacacgcgatgaatggctatggggtagcttcgtctttccttcatgcggagatggcgttc
acgctggcgaaacgtatcagtgacaagagcttcgcaactgcggtctcttttggtatcaac
gtagccgactttgagtatcacgagcctgtagtcaagctcatcgacacgagccaaccgcag
ccaatcgtcgtctctgccgaggctgacttggaaaagatggaagtgcagatgaaatggttc
aaccctgccaaagacatttggtactgccatgccaccgtcttctatgaggatcctacatcc
tggttgtctacatggtctcgctctgccaaactggtcactagccgtatcgacgccctcaac
gacatggccgccactggcaaagctagcaaactcacgaccgaccttgcctacagcctcttt
ggcaagcttgttggttactccaagctttaccagaccatgcaatcagtgattctcaacgag
gatgaggcaatggccgaggtgcagtttccagacgatactgccggcagttggaccgtccca
cctcacttcatcgacggtcttatctctctgtcgggtttcgtgttgaacggcggtacccac
tttgacaatacgaacaacttcttcatcactccatcctggaagtcgatgcgctttgtgcgg
ccactgactccgggcagacgctatatagcctatgtcaggatggtgccttctgacaaccac
tcttttgtcggcgacgtgtacgtcttgcaaggctcagaaattgttggagttgttgaggcg
atcctgttcctacagtggccacgagtgatgctcaatcgcttcttcaggcctgctgatgcc
acgaccaagccagcggcaaaggtgcccgagaagagcgagcctccagcgcgtcccaagtcc
aagcaacatcaggcgccacgcccaaaacctgctccaacaccacccagcccgaggccgggc
tctgaacactcggactcatctggggtgatgatttcccgacccggaggatactcgtcctcg
ggcgaagatgtgggagcatcagccactccggccactggcacgagtagtgctacagacaaa
gcgttggccttggttgcggaagaacttgctgtcgacattggcctgcttacagatgacgct
catattgccgacttgggacttgactcgctcatgtcgctggtcatgtctcaaagattgcgc
gaggaactgggcttggagatccgagatgcttttttcctggaggttgacacggttggggac
ttcaagaggttgattcagtaa
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