| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03495 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001302 |
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| Strand | + |
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| Start bp | 3932343 |
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| End bp | 3936952 |
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| Gene Length | 4610 bp |
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| Protein Length | 1480 aa |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | |
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| Product | nonribosomal peptide synthase, putative (Eurofung) |
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| Protein accession | CBF76038 |
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| Protein GI | 259481993 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 44 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTCACT CAATGTCATC ATCATCATCA TCATCATCAT CATCATCATC ATCAAGGGAT
GAAGGCCAGA GCAGACTCAA TAACGTGCTC AGCAACATCG CCAAACAATG CAGGACCACA
TCAGCCCAAG TCCAGGACGT CTACCCCTGT ACACCACTTC AACAAGGCCT GTTCGCCCTC
TCATTGACGT CTCCAGGGGC GTACATGGCC CAGCATGTCT TTAGACTCCA ACCGTTCGTC
GATCAGGGAC GCATGAAGCA AGCATGGAAC GTGGTCCTGC AGAAACATGC CATCCTCCGC
ACGCGGATCG TCATGCTTGG GGAAAATGCC ATGCAGGTCG TTCTCAAGCA ATCGCCTGAA
TGGAGGAACT GCAGCGATCT ACGCGCGTAT CTCGATGCCG ATCAGTCGAT CACCCTTCAG
ACGGGCGAGC CGCTGACCCG ATGGGCGATC TCAGACACCC ATCTGGTCTG GAGTGCCCAC
CATAGTGTTT ATGATGGATT CTCCGTTGAG CTCATCTTGA GAGATGTGGC CACAGCCTAT
GCGGACGGCG AGATACCACC CCGGCCTTCG TTTCGCCAAT TCATCCAGCG GATGTTCCAG
CAAAAGCAGA AGTCGCTGAC AGAGGCATAC TGGAAGAAGA AGACAGCACA TCTCGACGAG
GTGGATACGT TTCCTCGACT GCCGGCGTCC ACGTACCGAC CACGGCCCAA CAGCGTGTAT
AAGCACGAAT CGAGTCTGGC AATCGATGGG CCTTCTGGTG TCACCTTGTC GACCATCGCC
AATGCGGCCT GGGGGTTGGT GCAGTCCAGC CATCTCGGCA GCGAGCAAGT CAGCTTCGGG
ACGACCTTGA GCGGACGCAA CGCGAACATG CCCGACATCG ACAAGGTGGT CGGTCCAACG
CTGGCAACGG TGCCCGTCCT TCTGGATGTC CGGAGCAGCC AGTCTGTAGC CGACTTTCTG
CAAGCAACAC AGGCCTATTT CACCGAGTTG ATCCCCCACC AGCACATTGG GCTGCAGAAC
TTGAGGCGGC TCAACCGAGC GACGGAAGCA GTCTGCAACT TTCAGACTCT TTTTGCTTTT
CAGCCAGGGA TGACCGAGAC TCAGGGGCAG TCGCCGTACG GCCATCTTCT CACCGCAGAG
AATAAGGACA AAGTCGAAGC TGCCTTCTAC AGCTATGCCC TCACATTCCA GTGCTCTCTA
GCAGGAACCG GGATAATCAA GGTGCTCGCC TCATATGACG ACAAGATCAT TTCGAGCTCG
CAAATGAAAC GACTGGTTTT TCAGTTCGAG CATATAGTAT CGCAGTTGAT CAGTAGCAAT
GGCTCCAAGA GATTGAGCGA AATCCAGCTC ATCTCGCCCC AGGACCTGGA CCAGCTCGAC
ATTTGGAAAA GAAAAATGGA AAGCTACGAG CAACTCTTGC CCTTGGATGC GATTCAACGT
CATATCGACA CTCGACCTGA TGCGACAGCC GTCGCTGCCT GGGATGGCAC CCTCTCCTAC
GTGGAATTAG ACGCTTTCGC CACTCGACTA GCTACATGGT TAGTGCACGA GCAGAAGGTC
GGGCCCGAAA TTGTGATTCC CATCTGCTTC GACCGGTCAC AATGGATGAT CGTCTCTATC
TTCGGTGTAT TGAAAGCTGG AGGCGCCTTT CTACTTCTCG ACCCAATCTA CCCTGAGAAT
CGCCTCCGGT ACATGATCAA GATGGTCAAC GCCCGAACTA TCCTCGTCTC CGAATCGTGC
AGAGCGAGGT TTGAGGGAGT TCCTGGTGCC ATACTGGCCG TGAACGCTGC TTGGTTTGAA
ACCCACACCC ACGCATCCAT TCCTATGAGG GAACTCCCAG TAGACCGCGC ATTGTACCTT
GTCTTTACCA GCGGTTCGAC CGGCCAGCCA AAGGGGGTCA TTGTGACACA TGCGTCCTAC
GCTGCCTCGG CAGCAGGACA TATGCCCGCG CTGGGGATGA ATGAAAACAC CCGGCAACTG
TTCTTCGCAT CGCCCGCATT CGATTTAAGT ATCTATGAAA TTCTGGGATC CTTAATGTGT
GGCGGTACCG TCTGTGTCCC AACTGAGGAA GACCGCAATG GAAGCGTAGC GCCGGTTATT
AGAGACATGA ATGTGAATCT CATTTCTCTG ACATCGTCGT ATGCGAGGCA TCTGCGTCCG
GAGGATGTCC CGAGACTCGA GACACTTGCG CTCGTCGGTG AGCCGTTGGC TAGAGACGTC
CAGCGTGTCT GGGCCAACCG CTTGACACTC ATAAATGCCT ACGGACCTGC CGAGTGTTCC
GTTGTGAGCA CGGTCAAGCG TCCTGTCACA CTCGATTCCA ACCCAGCCAA TATCGGTACT
ACTGTTGCGG GAAGGGCATG GGTTGTCCAC CCCAAAGACC ATGAGATCCT CCTCCCGATC
GGTGCAACGG GCGAACTTCT GCTCGAGGGC GACCACCTGG CGCGCGGATA TCTTAACGAC
GAGGAGAAAA CAGCCGCTGC TTACATTTTC GGTCCATATT GGGCACCATC TCCAACGCCC
CGTCGGTTCT ACAAGACCGG TGATTTGGTG CATTTTGACG AAGACGGGTC GATCGTCTTC
GAAGGCCGCA AAGACTCGCA GGTCAAGATT CGGGGGCAGC GAGTGGAGAT CGCAGAGATC
GAACATCATC TTGCTAGGCT GTTTCCTAAT GCTGCCGGCG CTGCAGTTGA CGTCTTCAAG
CATGAGTATC ATGTTCATCT GGTCGCCTTT CTCTTCTGCG ATAAAGAATC CTGGAATTCT
TCGGACACAC CGGCAGATAT TCTGCAGCGT CTTGGTGACG TTAATGTTTC GACCATGTCG
CACATAAAAC AGCAGCTGGA GCAGGTTATG CCTCACCATA TGGTGCCTAC CCGGTACCAG
ATCTGGGCTC GCATGCCCAC GTCGCTCGCC GGTAAGCTTG ATCGAAAGGC TCTGCGCAAG
GAATTGGGCA ACCAGAGTAC CACCGTTATC GAGCTCGACG AAACGAGCAC TGAGTTTCCG
GTCATCGATT CCACGAACAA GGTGGCCCTG CGGTTGAATC ACAAGATCCT CGACCTCGCG
TCGGAAGAAA AGACCACACT CGACGGGCGA GACTTCCCAC TGTCCATCCT GGGCCTCGAC
TCAATCCAGC TGATCACCAT TGTTACGTTT ATTCGGAGTG AATATGGCGC AAAAATGACC
GTTGAAACGC TATACGACCT TAAGCTCACT GTGACAGGCC TCGCAGCCAT GATCACCTCA
CCGCACGATA GGCCAGCGGA AGCTGCGCCG ACACTCGACC TTTCCAAGGA GCTGCAGAGG
GTCTACAGGG AGTTGACCCG GCGTTCAGAG TCTATTAAGC ACAAACGAAA AGTATTCTTG
ACAGGGGCAA CTGGGTTGTT GGGCTCTCAG ATTCTGCGCC AGCTGCTCGC CGACCCAAGC
GTCCAAAGGG TCATCGTTCA TGTCCGCGCG AACGATGCCG CCAAGGGTAT GGCGCGTGTA
GTGTCTGCGG CAACTCTCGC CAAGTGGTGG TCATCCTCCT ACGCGAATCG CGTAGAATGC
TGGCCTGGAG ATCTGGGAAT GCCCCAGCTC GGGCTCCAGC CTGAGCAGTG GCGGATGCTC
TGTGGGACAG CAGACGCAGG GGCTCCGATC ACCTCAGTTA TACACAACGG TGCTGCAGTG
CAGTGGCAGG CCCCATACCA AGCACTCAAG GCTGTCAATG TCGACTCTAC TGTTGAACTA
CTTACGGCCA TGGCCCAGTG GTCCGAGCCC GGTAGCTTCA CCTTTGTCTC TGGAGGGCTG
AAACGATCAC CGGGGCAGGA CCTCGAATCC TTCATGAAAT CTCTAGAGCA GGCAAATGGC
TATAGTCAAA GCAAGTTTGT AGCTGAGGAG TTGGTCTCGC GCTTTGCAGG CCACCAGTCG
ACACACCGAG TATCGATTGT TCGCCCGGGC TGGGTGATCG GCACAGAGAA GGATGCGGTT
CCCAATACGG ACGACTTTCT ATGGAAGCTC GTGCAGGCCT GTATTCAGAT TGGCGCGTAT
CCGGCCGAAG GAGGCGATCT ATGGCTCGCA GTCGCTGATG CAGAAGAGGT AGCGACTCGT
ATTCTAGCGA CGACGTTTGC CGCTTCAGGC GAGTCTCCTT CTGTTGACAA CGTGGAGATC
GGCACGACAG TCTCGCGTTT CTGGGAGTTG ATCAAAGTAC AGACGGGCAT GGAACTGACA
CAGATGAGTG CCGAGGACTG GAAGCAGGCT GCACAGGACT TTGCTGCCAG CCAGGAATCG
GAGCAGACCT TCTTGCCCGT GCTGGCCATG CTGCAAGATC CGCAGATGGA GTTTGGAGTA
CAGCGTCCGG CGAACGGTGG ACCACCGAGC AATGTCAATG CTGCAATTAG GAGCAATATC
AAAACCCTCG TCGAGACGGG CTTTCTCTCG GGTTCGAGTG TTTCATCTGC TGGAAGGAAT
TTGTCGAATG TTTTTAGCAG AACAAAAGTC AACGAAGCCA GGCAGGCGTT TGTTAGATAG
AGGTACTTTA TATGAGATTT GATAGGTATT TTTAGATGAT TTGTTACCCA TGATGAGTAT
GATTAACAAT CCGGTTAGAC TCTTCAGAAG TTGTGATTGT CGAGGACTAG
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| Protein sequence | MSHSMSSSSS SSSSSSSSRD EGQSRLNNVL SNIAKQCRTT SAQVQDVYPC TPLQQGLFAL
SLTSPGAYMA QHVFRLQPFV DQGRMKQAWN VVLQKHAILR TRIVMLGENA MQVVLKQSPE
WRNCSDLRAY LDADQSITLQ TGEPLTRWAI SDTHLVWSAH HSVYDGFSVE LILRDVATAY
ADGEIPPRPS FRQFIQRMFQ QKQKSLTEAY WKKKTAHLDE VDTFPRLPAS TYRPRPNSVY
KHESSLAIDG PSGVTLSTIA NAAWGLVQSS HLGSEQVSFG TTLSGRNANM PDIDKVVGPT
LATVPVLLDV RSSQSVADFL QATQAYFTEL IPHQHIGLQN LRRLNRATEA VCNFQTLFAF
QPGMTETQGQ SPYGHLLTAE NKDKVEAAFY SYALTFQCSL AGTGIIKVLA SYDDKIISSS
QMKRLVFQFE HIVSQLISSN GSKRLSEIQL ISPQDLDQLD IWKRKMESYE QLLPLDAIQR
HIDTRPDATA VAAWDGTLSY VELDAFATRL ATWLVHEQKV GPEIVIPICF DRSQWMIVSI
FGVLKAGGAF LLLDPIYPEN RLRYMIKMVN ARTILVSESC RARFEGVPGA ILAVNAAWFE
THTHASIPMR ELPVDRALYL VFTSGSTGQP KGVIVTHASY AASAAGHMPA LGMNENTRQL
FFASPAFDLS IYEILGSLMC GGTVCVPTEE DRNGSVAPVI RDMNVNLISL TSSYARHLRP
EDVPRLETLA LVGEPLARDV QRVWANRLTL INAYGPAECS VVSTVKRPVT LDSNPANIGT
TVAGRAWVVH PKDHEILLPI GATGELLLEG DHLARGYLND EEKTAAAYIF GPYWAPSPTP
RRFYKTGDLV HFDEDGSIVF EGRKDSQVKI RGQRVEIAEI EHHLARLFPN AAGAAVDVFK
HEYHVHLVAF LFCDKESWNS SDTPADILQR LGDVNVSTMS HIKQQLEQVM PHHMVPTRYQ
IWARMPTSLA GKLDRKALRK ELGNQSTTVI ELDETSTEFP VIDSTNKVAL RLNHKILDLA
SEEKTTLDGR DFPLSILGLD SIQLITIVTF IRSEYGAKMT VETLYDLKLT VTGLAAMITS
PHDRPAEAAP TLDLSKELQR VYRELTRRSE SIKHKRKVFL TGATGLLGSQ ILRQLLADPS
VQRVIVHVRA NDAAKGMARV VSAATLAKWW SSSYANRVEC WPGDLGMPQL GLQPEQWRML
CGTADAGAPI TSVIHNGAAV QWQAPYQALK AVNVDSTVEL LTAMAQWSEP GSFTFVSGGL
KRSPGQDLES FMKSLEQANG YSQSKFVAEE LVSRFAGHQS THRVSIVRPG WVIGTEKDAV
PNTDDFLWKL VQACIQIGAY PAEGGDLWLA VADAEEVATR ILATTFAASG ESPSVDNVEI
GTTVSRFWEL IKVQTGMELT QMSAEDWKQA AQDFAASQES EQTFLPVLAM LQDPQMEFGV
QRPANGGPPS NVNAAIRSNI KTLVETGFLS DSSEVVIVED
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