| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06712 |
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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 | BN001301 |
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| Strand | - |
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| Start bp | 2886507 |
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| End bp | 2889906 |
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| Gene Length | 3400 bp |
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| Protein Length | 833 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | Phospholipase D [Source:UniProtKB/TrEMBL;Acc:Q874F2] |
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| Protein accession | CBF71302 |
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| Protein GI | 259480299 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.355255 |
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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 | 57 |
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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 | GCAAACTTGC CAATCGGTTG AGCATCGGCA ACAGCCCTAT GGCCAGATCT CGATATCTCC
TAACCAAGGA AAGATGCCAA GGTGGATGAG GAGAAAAGAA GGTAACTGCA GTGGGTTAAT
GTGGGAGGGC GAGGATGGCC GATGACGCGC ACGACGTCAT GCCCCCACCA GCCCCTCATC
GTAAGGCTGG TTGTATTCTG TATTTACTCC AGGCTGCCTC GTTTCTTTCC ATCACTCATC
GGTCAATGAG GCTTTGTCAA TTGGCTCTAT CTGTTAGCGC GTCATCATGT CCCATTTCAA
GGAGAAGATT CATGACCTCG AAGAGCACAT GAAAGGTCAG CCCCCTGCTT TTCTAGAGTA
TTGGGCGTTA ACACAAGCAC AGACAGCCAT ATCTCTGAAA AGGCGCATCA TTTAAAGCAC
AGGGTCGGCA AGTTCTTCAA CATTGTGAAC CCGAACCACC GCCATGATGA AGAACACGAG
AAGGAGACAG ATCGGAAGAG AACTGCCATC TGCGAGTCAA ACCGCTTTGG ATCCTTTGCT
CCGGTCCGCC AGGGAAACAA AGTCAAATGG TATGTTGACG CCCTCGACTA TCTCTGGGCC
GTTTCCATAG CTTTGGAGCA AGCGAAGGAG GTGATCTACA TTGAAGACTG GTGGCTCTCG
CCGGAACTGT TCCTCCGGAG GCCTCCTCTC ACAGCCCAAG AGTGGCGGTT AGATCAAGTC
CTCAAGCGCA AAGCTGAGGC TGGCGTGAAA ATATATGTGA TTGTGTACAA GGAGGTTGGT
TATTCGTAGT GTCATGTTCA TCATACTTGC TAACCAACAC AGGTCAACCA AGCATTAACG
TGTAATTCTG CTCATACAAA GTACGCTCTC AGGGCACTAT GCCCAGAGGG TAGCCCTGGG
CATGGCAACA TCAATCTACT TCGCCATCCT GACCATAATA TTTTTGAAAA TGCCGCCGAT
ATGACACTAT ACTGGGTAAC TTCAGCTCAT CTCGACGATT CATCCAGTAT TTGACTAACA
GTCACAAGGC CCATCACGAG AAATTCATTG TCATTGATTA CAATGTGGCT TTTATTGGAG
GCATTGACCT ATGCTTCGGC AGATGGGACA CTCACCAGCA CCCGTTAGCT GACGTCCACC
CATCGAACCT CAGGATGGAG ATCTTTCCAG GGCAGGAGTT CAATAATAAC AGGATAATGG
ACTTCCAGAG TGTAGGCGAA TGGCAGTCTA ATGAACTCAG CAAAGCCGAG TATGGTCGAA
TGCCTTGGCA TGATGTTGCT ATGGGCGTGA TAGGCGATTG TGTCTACGAC ATTGCTGAGC
ACTTTGTCCT CCGATGGAAT TTTATAAAGC GCGACAAGTA TAAGCGGGAT CCAACCGTTG
ACTGGCTATT GCTCGAGGGT CGCACGGGCA AGGATGAGGA CCTCGTTGGC GTCCAGCGCC
CAAAGTTTCC AGTTGGTGAT TATGTGCAGC ACCCCTACAA GCCATTGAAC ACCAAGCCTA
TGGGAGCGCA AGGATCTTGT ACAGCACAGA TTGTACGCAG CAGTGCTGAT TGGAGCAGCG
GCATCCTCGT TGAACACAGC ATTCAGAACG CTTACAAGGA CATTATCAAT AAGGCCGAAC
ATTTTGTTTA CATTGAGAAT CAGTTTTTCA GTAAGCTTTG GTGAATGTCC TATGCGGGAT
TGAATTGTGC TAACACACCC TAGTCACCGC TACTGGCGAT CAACAAAGCC CTATTCTTAA
TACAATAGGG CGGTCCATAG TCGATGCTTG CGTTCGGGCG GGCAAAGAAG GAAGAAAGTT
CCGAGTGATT ATTGTCATAC CGGCGATTCC TGGATTCGCC GGAGACCTTC GACAGAACGA
GGCGACGGGA ACAAGGGCTA TCATGGACTA CCAGTACAAG TCAATTAACC GGGGAGAACA
CTCCATCTTT GGTCAGATAG CGGCTCAGGG AGTTGATCCT ACAAGTGAGT CAAGCTTCAT
CGCAAAGCAG TACTTCGCTA ATAACATATA GATCATATCT TCGTCTTCAA TTTGCGAGCA
TATGATCGAA TCAACAAGAC TCCTGCGTTG GAAGAACTGG AGAAAGAAGC AGGTGTAACG
TTCAATGACA TTCAGCGTGG AGTTGCAGAG ACCCTCACGA GTGAGAGTGT TCACCCCTCC
GTTGGCAAGG AAGGCGACAA GAATGAGATC AATTACGGAG GCGCAGAAAA GGAGAGAGAA
GAACGGATTG CCAGATTACA AAAGTACGAG GAACGGAATA AGGCTCACGA AGCACATTCT
ACTGCCAACA ACAAGGATAG TGTCTCTCAC ACTACAATGC TCCACGGCGG GAAAATGTCT
GATGAAGTGT GGGAGGGTGA CCCTGAAGCG GAGAAAGAGA ACTTTATACA GGAAGAACTC
TATGTCCACG GCAAGGTCTG TATAGTCGAC GATAGGGTGG CCATATGCGG CAGTGCCAAC
ATCAACGATC GGGTAAGGGA CTCTTACCGC TTCACATCAT AGCTAAACTG ACATTTACTT
CCAGTCGCAG CTCGGTTACC ACGATAGCGA GCTCGCAATT GTTGTCGAAG ACCAAGACTT
TATCGATAGC ACAATGGATG GAAAGCCATA TAAGGCTGCA CGCCATGCAG CAACCCTTCG
AAGGCAGCTG TGGAGAGAAC ATCTCGGGCT CCTACCGGCA CAAAACTACG ATGCCTCTGA
GCACCCCAAC GCACAGCCGC CGACCATCTG CATGAATGAG ATTCTCGAGG GCCCAGAAAA
CGACTTCGTC ACGGACCCAA TGAACGACAA TCTTTGGAAG ACGTGGACAG ACCAGGCCAC
TGTTAACACT AACATCTACC GGCAGCTCTT CCGCACCGAT CCCGACGACA ATATTAGGAC
CTTTGAGGAG TATGACAAGT ACCGCGCCAA AGATGGCTAC AAATTAGGCC ATTTGTACGA
TCCGTTCATA CCAGTCCAGG AAGTCCGGGA GAAGCTCGAT AAGATCAAGG GACACCTCGT
TTGGATGCCA TTGGATTTCC TGAAGGATGC TGAAATGGCG GAGCCTGGAC TACAGGTGAA
TCAGTATACG GAAGTAAGTT CTGCACTCGT CGACTAGTTT CTTTTTCCCT GCATGTAAAC
TAACCCCTTG GGCCAAATAG AGTATTTACA CTTAATTTGT CGGTCTTTGA ATTTTCGAGC
AATAGGCATA CCGCCGCCAT TTCGGATTCT TTTTCCGTCT CCATACCATC GGTAACATCA
AATGCTTCTT CGCTCATAAT CTAATTATAC AGTTTCTTGT CCTCCGCTAG TTGGTTTAAT
CAACCCGTAA TACCCGCCGC AATGAGTTCT AGTGGTTCCC AAACATATTA TGGATTCCAG
AGCTGCTACC TAACTCAATT AACCTTTCGT CCCTCACTTC
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| Protein sequence | MSHFKEKIHD LEEHMKDSHI SEKAHHLKHR VGKFFNIVNP NHRHDEEHEK ETDRKRTAIC
ESNRFGSFAP VRQGNKVKWY VDALDYLWAV SIALEQAKEV IYIEDWWLSP ELFLRRPPLT
AQEWRLDQVL KRKAEAGVKI YVIVYKEVNQ ALTCNSAHTK YALRALCPEG SPGHGNINLL
RHPDHNIFEN AADMTLYWAH HEKFIVIDYN VAFIGGIDLC FGRWDTHQHP LADVHPSNLR
MEIFPGQEFN NNRIMDFQSV GEWQSNELSK AEYGRMPWHD VAMGVIGDCV YDIAEHFVLR
WNFIKRDKYK RDPTVDWLLL EGRTGKDEDL VGVQRPKFPV GDYVQHPYKP LNTKPMGAQG
SCTAQIVRSS ADWSSGILVE HSIQNAYKDI INKAEHFVYI ENQFFITATG DQQSPILNTI
GRSIVDACVR AGKEGRKFRV IIVIPAIPGF AGDLRQNEAT GTRAIMDYQY KSINRGEHSI
FGQIAAQGVD PTNHIFVFNL RAYDRINKTP ALEELEKEAG VTFNDIQRGV AETLTSESVH
PSVGKEGDKN EINYGGAEKE REERIARLQK YEERNKAHEA HSTANNKDSV SHTTMLHGGK
MSDEVWEGDP EAEKENFIQE ELYVHGKVCI VDDRVAICGS ANINDRSQLG YHDSELAIVV
EDQDFIDSTM DGKPYKAARH AATLRRQLWR EHLGLLPAQN YDASEHPNAQ PPTICMNEIL
EGPENDFVTD PMNDNLWKTW TDQATVNTNI YRQLFRTDPD DNIRTFEEYD KYRAKDGYKL
GHLYDPFIPV QEVREKLDKI KGHLVWMPLD FLKDAEMAEP GLQVNQYTES IYT
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