KEGG   Trichophyton benhamiae: ARB_07994
Entry
ARB_07994         CDS       T01611                                 
Name
(RefSeq) conidial pigment polyketide synthase PksP/Alb1
Organism
abe  Trichophyton benhamiae
SSDB
Motif
Pfam: ketoacyl-synt SAT Acyl_transf_1 Ketoacyl-synt_C Thioesterase PP-binding PS-DH KAsynt_C_assoc PKS_DH_N Abhydrolase_6 Thiolase_N Abhydrolase_3
Other DBs
NCBI-GeneID: 9521300
NCBI-ProteinID: XP_003013882
UniProt: D4AUS7
AA seq 2140 aa
MVNQLHLYLFGDLTYDISTKLQPLLHFDSYPLLRSFFDCVSDKLRAEIGQLPAQDKEVFP
RFSSIAELLTWRNGHSRSNPAVENALTCIYQLGEFIHQHEGLGQEYFSPQETCVSGICTG
ALSAAAVSCCRTASELVPIAVQTVLVAFRLGMCTLRAAKAIDPSEGNWSMVVSCDSTDKV
GELLCKFSESNNLPITSIPWISAYGEDNWVSISAPASILLALRSSEILSGMRSRVLDIHS
PYHAKHIFSNIDIDAILETTDSQEWERYRAVRPMVSSTTGEVIEPEGLRSRLEAALIQIL
IEPIRWTELTQGLAAFMSSINATRFHVISIGTNAEATLTASLSSKMQLDDSQVPSNGESV
KPDQNGGEARGNMVRGRSKIAIVGLSGRYPSAENNEEFWDLIFRGLDVHKTVPDLHWSAK
THVDPTGKKKNTSATPYGCWLEHPEAFDGLFFNMSPREAPQVDPAQRIALMTAYEAMEQA
GIVPGATPSTRHDRVGVFYGVTSNDWMETNSAQNIDTYFIPGGNRAFIPGRINYFFKFSG
PSYSVDTACSSSLASLHIACNSLWQRDIDTAIAGGTNILTNPDFTAGLDRGHFLSRTGNC
KTFDDDADGYCRGEGVGTVILKRLEDAIADKDPIHGLILGTYTNHSAEAESITRPHVGAQ
RDIMRNILSNSGVDPYSVSYVELHGTGTQAGDAREMTSVLDTFAPADARRYRRPEESLHL
GSVKSNIGHGEAAAGVSALIKVLLMLRNNTIPPHCGIKNKINSSFPTDLDTRNVYIAKKA
VPWPSKEGQPRRVFINNFSAAGGNSALVLEEKPVEAEILGTDPRAAHVVTVSAKSAISLS
RNIQSLADYIEKHQDEALFLPQLSYTTTARRIHHQHRVAVTGTSAADIKAALETAAANGD
GKVRARVAPKVTFTYTGQGAQYVGMAKQLYKLFDQFKRDINRFDSLAQKLGFPSFISVIE
DESSQQQHDISPVTLQLSSVCMQMALSRLLISWNIIPDNVIGHSLGEYAALNTAGVLSDT
DTIFLVGRRAQLLEQHCTLGTHSMLVVKASLSAVQRALDGTDFEVACINAPEETVLAGPN
TQIEALKESLNNNGLKTKIISVPFAYHSSQVDSILNHFETLATGVMFRKPAIPVISPLLA
EVIVDDGIICPRYLRRHCRETVNFLGALQHVKETGVVKDKSFFVEVGPHPIVTGMVKAIF
GTSVTSMPTLQRSRDDLKVVTELLVSLYSAGTDLRWNEYHRDFEASHKVLELPAYNWDLK
NYWMQYVNDWSLRKGDPPLIVGPSSLTSTTIHKVVDDSIDKIVVESDMAREDFNPLVQGH
EVDGVPLCTPSVYADIALSIGKYLLERYHPEIETNLVDVANMTVLKALIARAQGPQPLRT
IATVDWSAKKAGVSFRSYDKSGEPTVEHATCEIHFTDRSRLKLLESSTATIKARMGAMRE
TLGSGETQRFNRAMVYKMISPLAQFHRDYQPLDEVIIDSNSLEVSSQVNFTGVQAAGNFF
AHPAYIDGLTQAGGFVMNCNDSNDLAVEVFVNHGWESLQLYEPLQKEKKYKTFCHMSPGD
NRKFHGDVVVFDESEKIVASYKGIVFQGVPRRVLRFFLKPEAPAAPRGQANQKTTARPAP
VAPAATAMPTSTSKPIAKPAMAPTTSSTKSPKVKQAFQIISEEAGVPVEDLTDDCVFTDM
GIDSLLALVITSRFREELELDGELDDIFLTYTSGKALRSYLAKQSGSEIPIVVEPTPLPV
IALNVEPAVTSRISMGADCAAALAIVSEESGIAIAELADECILAEIGIDSLLALVIVSRF
KEELDVDIDSQSVFTDSFTIRDLKAFFGKGESTITTRAPSILMESSDENTMSSMTPPDSS
SDYDTSEKPEHIAVPPATSVLLQGIARHAEKILFLFPDGSGSATSYSAIPRLSPRVAVIG
LNSPYNKIPELFRCTLDDLIDSYIDEVRRRQPTGPYYFGGWSAGGILAYRAAQKLIEAGE
KVLDLILIDSPVPRGLDKLPQHFYDHCSKYQVFGHRAGPTKGHAKAPAWLIPHFNATIDT
LHDYHASPLPAGKTPRTTIIWACESVIDGVNVPKLQSHPDDTPGMKFLSEQRTDFSAAGW
EAVFPGGEIILERIERANHFSMMKGEHASKLAAIIKAALA
NT seq 6423 nt   +upstreamnt  +downstreamnt
atggtgaatcaactgcacctctatctcttcggagatttgacatatgacatttccacaaag
ctgcaaccactccttcactttgattcatatccccttcttcgttcgttttttgattgcgtt
tccgataaactcagagctgagattggccaattgccggcccaggacaaagaagttttccct
cgtttttctagcattgctgagctattgacatggcgtaacggccacagcaggtcaaatcct
gctgttgagaatgcattgacgtgcatctatcaactgggagaatttattcaccaacatgag
ggtctcggacaggaatacttctctccccaagaaacatgcgtatcaggtatctgcaccggt
gccctttctgccgcagctgttagctgttgtaggactgcatctgaattggtccctattgct
gtacaaacggtactggtcgcttttcgattgggaatgtgcacattacgtgctgccaaggca
attgacccgtcagaaggaaactggtcgatggttgtatcttgtgattcaactgacaaagtt
ggagagcttctttgcaaattctctgagtctaataatcttcccatcacatcaataccatgg
attagtgcatatggggaggataactgggtgtcgattagtgcacctgcatccattttgcta
gcacttcgctcctctgagatactgtcaggaatgcgctcgcgtgtacttgatatccactct
ccttatcatgcaaagcatatattttcaaatatcgacatcgatgcaatcctcgagacaacc
gattctcaggagtgggagcgatatagagccgttcggcctatggtttcgagcaccactgga
gaagtaattgagcccgaaggactccgatcccgcttggaggcagcactcattcaaattttg
attgagccgatcagatggacagagctcactcaggggctggctgcattcatgtcctcaatc
aacgcaacgaggttccacgttatttctattggcaccaatgcagaggccacattaactgca
tcactgagctccaagatgcaacttgatgattcacaagtccccagtaatggcgaaagtgtg
aagccagaccaaaacggtggcgaggcccgtggaaatatggtccgtggtcgatccaagatc
gctatcgttggcctctcaggcagatatccaagtgcagagaataacgaggaattctgggat
ctcatcttccgtggactagacgtgcataaaactgtgccagatctccactggagtgctaag
acacatgttgaccctaccggcaagaaaaagaataccagtgctaccccgtacggctgctgg
ttggaacatcctgaggcatttgatggactctttttcaacatgtcaccccgcgaggcaccc
caagtcgaccctgctcagcgtatcgccttgatgaccgcctatgaagcaatggaacaagcc
ggaattgtccctggcgctaccccatccacccgccacgaccgggtgggcgtcttctatgga
gtcacaagcaatgactggatggaaactaacagtgcccaaaacatcgacacctacttcatt
cctggtggtaacagagcgttcatcccaggcaggatcaactatttcttcaaattcagcggt
cccagctacagtgttgacactgcatgctcttctagtttggcatctctccatatcgcttgc
aattctctgtggcagcgtgatattgatactgccattgcgggtggaacaaacatccttacc
aaccctgactttactgctggtctggatcgtggacacttcctctcacgcactggtaactgt
aagacgtttgatgacgatgccgatgggtattgccgtggagaaggtgttggcaccgttatc
ctgaagcgtttggaggatgccattgctgacaaggatcctatccacggtctcatcttggga
acttacacaaatcattcggcggaggcagagtcaatcacccgcccgcatgttggagcccag
agggatatcatgagaaatattctgagcaacagtggagttgatccatacagtgtgagttac
gttgaactgcatggaacaggtactcaggcaggcgatgctagagaaatgacctctgtcctg
gacactttcgcgcctgcagacgcccgtcgatatcgtcggcccgaagagtccttacatcta
ggctcagttaaatccaacatcggtcatggagaggctgctgctggagtcagtgctctgatc
aaggttctcttgatgttgagaaacaataccatccctccgcactgtggtatcaaaaacaaa
atcaactccagcttcccaaccgaccttgataccaggaacgtatatattgcaaagaaggcc
gtcccctggccttcaaaggaggggcaaccacgcagggtatttataaacaacttcagcgct
gcaggaggaaactctgccctggtccttgaagaaaaacctgtagaggctgagattctggga
acagatcctagagctgcccatgtggtaacggtgtcagccaaatcagcaatttctttgagt
cgaaacatccagtcactggcagattatattgagaagcatcaagacgaggctcttttcctt
ccccagttgtcctataccacgaccgcacgtcgaattcaccatcaacatcgagttgctgtt
accggtacatctgctgccgatatcaaggcagctcttgaaacagcggctgcaaatggagat
ggcaaggttagagcaagagttgcacccaaggtcacattcacatatactggacaaggtgct
cagtatgttggtatggctaagcagctatacaaattattcgatcaatttaagagagacatc
aaccggtttgacagccttgcccagaagctaggattccccagcttcatttctgtgattgag
gatgagtctagccagcaacagcacgatatctctccagtcaccttacaactctccagtgtc
tgtatgcaaatggctttatctcggctgcttatttcctggaatatcattccggacaatgtc
ataggtcacagccttggtgaatatgctgctcttaataccgctggtgttctatctgacaca
gacaccattttcctcgtgggaagacgtgctcagttgttagagcagcattgtacacttgga
acacacagcatgcttgtggttaaggcttctttatctgccgtccagagagcactcgatggt
acggactttgaggttgcatgtatcaatgcaccagaggagactgtgcttgccggccccaac
acacaaattgaagccctcaaggagtccttgaacaacaatggcctcaagacaaagatcatt
tcggtgccttttgcataccattcttcccaggtagattccatattgaaccatttcgagaca
ctggctacaggcgttatgttccgcaagccagcgattccggttatatctccattgctagcc
gaggtcatcgtggacgatggtatcatttgccctaggtatctaaggagacattgccgtgag
accgtcaatttccttggagcccttcagcatgtcaaagagactggagtcgtgaaagataag
tcctttttcgttgaggtaggcccccaccctatcgtgactggtatggttaaggcaatcttt
gggacctctgtcacttctatgcctacgcttcagcgtagccgtgatgacctgaaggttgta
accgaattgcttgtttccctttattcggccggcaccgaccttcgctggaacgagtaccac
cgcgactttgaggcctctcacaaggtcctggaactccctgcatacaactgggacttgaag
aactactggatgcagtacgtgaatgactggtctttgcgaaagggtgacccgccattgatc
gttggcccttcgtccttgacctcaactaccatccacaaagtagtggacgacagtattgac
aaaattgttgtcgagtcggatatggcacgcgaagattttaatcccttggtacaaggccac
gaggtcgatggcgtgcctctatgcacaccatctgtctatgcggatatagccctttccatc
ggcaagtatcttctggagagataccatccagaaatcgaaacgaacctggtcgacgtggcc
aacatgactgtcttgaaggcattgattgctcgggctcaggggccccagcctcttcgcacc
atagcaactgtcgattggtctgctaagaaagctggcgtttccttccgctcttacgataaa
tctggagagccaacggtggaacatgcgacctgcgagatacacttcactgatcggtctagg
ctcaagctgttagagagctctactgcaactatcaaggctcgaatgggcgctatgcgcgag
acccttggaagcggtgaaacccaaagattcaatcgagcaatggtttataagatgatcagt
cctttggcacaattccaccgagactatcagccactcgatgaagttatcatcgatagcaac
agcctggaagtctccagtcaggtcaacttcacaggtgtccaggctgctggtaacttcttt
gcccatccagcttatattgacggcctcacacaggcaggagggtttgtcatgaactgcaat
gacagtaatgatttggcagtggaggtgttcgttaaccatggctgggagtctctgcagctg
tatgagcctcttcagaaggagaaaaagtataagactttctgtcatatgtctccaggagac
aacagaaaattccatggagatgtggtggtctttgatgaaagcgagaaaatcgtagccagt
tacaagggcattgttttccaaggcgttcctcgtcgagtgttgcgtttcttcttgaagcct
gaagcgccggccgctccccgtggacaagcaaaccaaaagaccacagcacgaccagctcct
gttgcaccagctgcaacggccatgccaacttctacctccaagccaatcgctaagcccgcc
atggctccaacaacatccagcaccaagtcaccaaaggtcaagcaggcattccaaatcatc
tcagaagaagccggcgtgcctgttgaagacctcacggacgattgtgtcttcacagacatg
ggaattgattcgctgttggccctagtgatcacaagccgattccgggaggagctcgagttg
gacggggaactggatgatatattcctcacgtatacctcgggaaaagcacttagaagctac
cttgcaaagcagtcaggttcggagatcccaatagtggtggaaccaacaccattaccggtc
attgcgctaaatgttgaacccgccgtcacttctcgaatctccatgggtgccgattgtgct
gctgcccttgctatagtgtctgaagagagtggaattgcgattgcagagctcgctgatgag
tgtatccttgcagaaattggtatcgattcacttctggcgcttgttatcgtcagtcgtttc
aaggaggaattggacgtcgatattgacagtcaatctgtgttcacagattccttcacgatc
cgagacctgaaggcattctttggaaaaggggaatcgactattactacccgcgcaccgtcc
attctgatggaaagctctgacgaaaataccatgtcatccatgacaccgccagactcaagt
tccgactacgacacgtccgagaagccagaacacattgctgtaccgcctgccacatctgtt
ctattgcagggtattgcaagacatgcagagaagatcctcttcctcttccctgacggctca
ggatctgcaacttcatattcagcaatcccgcggctgagtccccgcgtagctgtcatcggg
cttaactctccctataacaagatcccagagcttttcagatgcactctcgacgacctgatt
gatagttacatagatgaggtccgccgtcgtcaaccaacagggccatattatttcggaggc
tggtccgccggaggtattttggcctaccgcgccgctcaaaagctgattgaagctggtgaa
aaagttctcgatcttattctaatcgattccccggtcccaagggggttggacaagctgcca
cagcatttctatgatcactgcagcaagtatcaggtattcggacaccgtgctgggccaacc
aagggccatgcgaaggcgccagcatggctcattccacacttcaatgcaacaattgacacc
ctacatgattaccatgcgtcccctcttcctgctggtaaaacgccacgaacgactatcata
tgggcgtgtgagagtgtaattgatggtgttaatgtgcccaaactacagtcccatcccgac
gatacaccgggcatgaagtttttgtctgaacaacgcaccgacttttcagcagctgggtgg
gaggccgtctttccaggaggagagattatcttggagcgtattgagcgcgccaaccacttc
tctatgatgaaaggagagcatgcatctaagctagctgcaatcattaaagctgcactagca
taa

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Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (44)   

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