| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10413 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 650321 |
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| End bp | 655786 |
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| Gene Length | 5466 bp |
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| Protein Length | 1821 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | phospholipase D1 (PLD1), putative (AFU_orthologue; AFUA_3G05630) |
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| Protein accession | CBF82698 |
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| Protein GI | 259485567 |
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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 | 9 |
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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 | 52 |
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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 | ATGGCCGATT CTCCGGCCAA CGCCCCAGAG GTGAAGGATA GTGAGCATAC TTCAGAACGA
TTCTATACGA AACGGCCTCA GCCTCTACCG ATAACCCAAA CTCCGAAACT GTCCTCCCCC
TTTCCATCGC CCACTGGAAG CAAGCACGCT ACTGAGGAGC AGGCGAGCAA TGGCGGACAT
ATACGCGATG AAGAAAACTC GTACAACAGT AAGGGGAAAC TTCGTGCCGG GTTTATCAGC
GGGACGTCCG AGTCATGGGA TACAGAGAAC CACGCTACGT TAAGCGTTCG ACGACCGAAT
GAGTCGGTAG AGAGCACCAA CAGACAAAGT CTTAATCAGC AGAAAACACC AAATTCAGTC
CCGGCTTCCA TTGCATCACC TCCTCGTGCA AGCGTGCAAT TTTCCAGACA GGGTTCTGAG
ATAGAACCTC CTGTCGAGAC TTCTCAGTCC CGCCCCCCCT CCGTCGCAGG CGACGACAAC
GATCCAGCGA GAAGGCAGTC GCTCTTCACA AAGTTGAAAG CACTTGCAAC TGCTCCTCCC
TTTTCATCCC ACACTCGCTC AGTCAGTAAT GCAACTATTC CAGACGCCAG GTTTGCCAGC
AATGGTCCGT CCACCCCGGC CTCCGAGAGG GGAGAATTTA GGTTCCCGAA CACACTTGAA
GAGGAAGGAA GTGATATAGA TGCGGATGCA GAGGAGAGTG CGGGTGAACA GCGTCCTCGT
GAGCCCCGGA AAAAACGACG ATTCCGCCGA GGACAAGAAA ATGATTCCGC CCCGCAAACG
GAGCCGAATA CACCAAAAAC GAGCTGCCCG TCATTCCATT TGTATGGCTC GTTTGCTCCG
TTTGACAATT ACCGGCCTAG TTTTCTCCAG CGGAGAGAAA GCGCGAATGA TATACATCAA
CAGCGCGAGG GCGTGTCGGA AGACGAGGGC CGTGATCGCC TAAGCAGGGA TGCTGCATGG
CGACGGCGAA GCGCCTGGCT CATTAATTCA CGTGGTCTGA CTTACGGTGG TCGACAGTCA
GATAACCAAG CAAACCAAGA AGACAAACGA CCCAGCAACC TCCGCCGCTT AACTGGTATA
GGGGGACCCT CAGAGGGCGG GGAAGGGCTG CCTGCGCCCT GGAGGCGTCA CCGGGCTGAT
CGTGGCTCTA GTCTGAGCGC CCAAAAATGG AAACAAATCA AGGCTGGGTT GAAGCTCATC
GGACAGCGAC GCAAACCCGA CAGCACCGTT GACCATGCCA AATCCGCGGA ATTACTGGCA
GAACTGGCGT CCGGTATTCC AGCGGCCTTA CTTCTAGCTA GCATGTTTCA AAGGGACGAG
CATGGAAGCA AGCGGATTCC TATCCTTCTT GAGCAACTCA AGGTTCGAGT TACGGACAGC
AAAATGGACT CACACTCCGG AGATCGTCAT CTCGTCTTTC GCATCGAGCT AGAGTATGGA
AGTGGCATGA CCCGGATGAA ATGGATTATA CATAGAACGT TACGTGACTT CGCCAATCTC
CATCTGAAAT ACAAACTTCA TTTTGGAACA CAGAAGTACA TCCAATTGCG GACCCCTGAG
AGCGGTCAAA ATCTTCCGCG CTTTCCCAGG AGTGCGTTCC CATATTTGCG AGGTGTTCGT
GGATTGGAGA GCGAGGGAGA AGACGAGGAG GATGAGGCTG GGTATGAAAC AGCAGCCGAT
GCGACTAGTG GCAATGAAAG GGCTGGGAGA AGGCAGCTAC CAGCTTATGG GCGGCGGCGG
TCTTCTGTCG GTATCACTCG AAGATTGTCC AGTTTGACGG GTGCCGAGGG AGAGACCGGT
GCAGGGACTG CTGGGGAGGG CGGTCCGCCC ACCAAGAGGG ATACCTACCC GGAGAGGCAG
CGGAAGAAGT TGGAAGCATA CCTCCAGAAA TTGATTCGAT TCTTGATCTT CAAGCCTGAT
AGTAACCGTT TGTGCAAGTT CCTGGAGCTC TCTGCGCTAG GCGTCCGCCT TGCAGCTGAG
GGCAGCTATC ACGGCAAAGA AGGGTACTTG ATGATTCAAT CTTCAAAAGG ACTTGACTTT
CGAAGAGCCT TTAACCCCGG GATGATGAAA CGACGACATT CGCCCAAATG GTTCCTTGTC
AGACACAGCT ATGTTGTCTG CGTCGACTCA CCCGAAGAGA TGAATATTTA CGATGTGTTC
TTGGTTGATC CATTCTTCAA ACTTCAAACT CAAAAGGTCA GCTTGCGGCA TCAGAAAGCG
AAGGAACTCG CGAAGTCTGC TACAGAATCA GCGCGGCATC CACAGCACCA TACGCTAAGA
CTTGAGAATT CTGAGCGGAA ACTTAGGCTG CTGGCTAGAA ATGAGCGTCA GCTTCACCAA
TTTGAAGATT CTATTCGATT TATGGTTAGC AATACCCCGT GGTCAAAACC AAACCGTTTC
GATAGCTTCG CTCCAGTCCG CCAGCACTGT TTCGCTCAGT GGTTAGTGGA TGGACGTGAT
CATATGTGGG TCGTATCCAG AGCGATAAAC CAGGCCAAGG ATGTGATATA TATACATGAC
TGGTGGCTGA GCCCTGAGTT GTATATGCGG CGACCAGCGG CGATCAGCCA GAAATGGCGA
CTTGATCGTC TTCTTCAGCG CAAGGCCCGT GAGGGTGTGA AGGTTTTCGT CATCATGTAC
CGCAACATCA ACTCAGCCAT TCCAATAGAC TCGGAATATT CCAAGTTCTC TCTGCTTGAC
TTGCACCCAA ACATATTCGT TCAACGATCT CCTAATCAAT TTCGACAAAA TACATTCTTC
TGGGCACACC ACGAGAAACT CTGCATCATT GACCATACCT TGGCTTTCGT TGGTGGGATT
GATTTGTGCT TCGGGCGATG GGACACACCG CAGCATCTTC TGACTGACGA CAAACCAACC
GGATTCGAAA CTCCCGGCGG CCCAAAAGAT ACAGATAACT GCCAACTCTG GCCAGGGAAG
GACTATTCCA ATCCGCGAAT ACAAGACTTC TACGACTTGG ATAAGCCATA CGAGGAGATG
TACGACCGCA ATGTTGTCCC AAGGATGCCT TGGCATGATA TCTCCATGCA TGTAGTTGGC
CAACCAGCTA GAGATCTTAC TCGTCATTTT GTCCAGCGCT GGAATTATAT CCTGCGACAA
CGGAAGCCGA CACGCCCGAC GCCTTTCCTA CTACCGCCAC CGGATTTTGA GCCAGCGGAT
TTAGAAGCTC TCGGTCTCGA TGGAACATGT GAGGTCCAGA TATTGCGCTC GAGCAGTGTA
TGGTCTACTG GCACGCCAGA GGTCACTGAA CACAGTATTA TGAACGCATA TGTAAAGCTG
ATCGAAGAGT CTGAACACTT TGTTTACATT GAGAACCAGT TTTTTGTCAG CACTTGCGAG
ATCGATGGTC GAAAAATTGA GAACTTGATT GGCGACGCAT TAGTGGAGCG GATAACCAGA
GCAGCAAAGA ACAAGGAGGC ATGGCGTGCT GTCATTATTA TTCCGCTAAT ACCGGGGTTT
CAGAACACCG TCGATAGCGA AGGTGGAACG AGTGTTCGCC TAATCATGAT GTGCCAATAC
CGCAGTATTT GCCGCGGTGA GACGTCAATA TTTGGGCGGT TGCGGGCCCT GGGTATTGAT
CCCGAGGATT ACATTCAATT CTTCAGTCTT CGGTCCTGGG GTAAGATCGG TCCTCAGAAA
CAGCTTGTTA CTGAGCAACT CTACATTCAC GCAAAATGTA TGATCGTGGA TGACCGGGCA
GCAATAATTG GATCAGCCAA TATCAATGAG AGATCTATGC TAGGGTCGCG AGACTCAGAG
GTCGCATCAG TAGTGCGCGA TACGGATATG ATCTGGTCTA CCATGAATGG CCGGCCTTAC
CTCGTCGGAA GATTCCCACA CACGCTTCGC ATGCGCCTGA TGAGGGAGCA CCTTGGAATT
GATGTCGACG AATTAATGGA GCACTCTTTA GCTACAGAGG AAGAACTGCG AAAGATTCAG
ATCGACGAAG AGGAAGCCAA GCCGTCTCGA ACCGCTCATG TCGACTCTGA GTCCTTAATG
CTAGAGAAAC AAGATGAAAG GGAAATGATT GAACGTCGTC ATCGCATACA GGATGAGTTC
TTATCACGGT CCGAAGACCT ACACAGTTTC AATCACGACG TCGATTGGGA ACAGGGCAAC
AATCCAAACC TCAAATCCAA TAGAAAACTC ACTGCTGATG CAAGAGTAAC CTCCAACCAG
GAACATAAAA AGGATGTGGA CGGGTTCGGT GCCGACAATT TCCAAGTTGC CGAGCAGCAT
GGGTTAGGTA ATTCTCGTGA TTCGGAAATT CTTGATAACA GATGCGAAGT GCTCGTTTCC
CCTGTTGCTA GCGAGGGCAA GGGCACAGTC TTGCAGCCGA AAGCAGCCTC AAGGAAGAAC
TCACAGCCAA ATACTAGCTT GGACAGTCAA GAGCCCAAGA CCACATCTTC TGCTCTAACC
TCTGAAGATG GAGAAGCCTC CCAGCTTGTG GAAGGAATGC CGATAGCCCA TAACCCATCC
CTAGCTCTTT CACAAGACGG CAGCTTACTC TCAGCTATCA CTAGAGACAA AATAGACGCT
CCCACGCTCG CGATCCCTGG TGGGCAGGAG TTGAAACACA TTTTTGTCGA CAAAGATTGC
ATGAGGGATC CTGTCGTGGA CGTATTCTAC CTGGACACTT GGCTTGCTGT GGCCGAAAAG
AATACAAAGA TTTTCCGGAA TGTCTTTCGC TGCATGCCTG ACAGCGAAGT CCGATCCTGG
AAAGAGTACA AAGAGTACAC TGCTTACGCA GAGCGGTTTT CCGAGATGCA GAGCCATCAC
ACCGCGAAGG CGTTCGACCC ACCTCATCAA CGACAGACAG GTCCTCCCGG CGCAGGCACT
ACATGGGCCA CGCAGCTCAA ACCCAACATC TCACTGCCTC TGCACCGTTC AGGAAGTCAT
TGTAGCGAAC GGAAAAATCA GACGCCAATA GACGAAAAGT CCGAACGACC AAATTCGAAC
GGAAGACCAC AGTCTGGGCA GGCCAACCAG GAAACATCCC AAGAACTCAG TTTGCCGGCG
AACGAGAAGT CTTCTCTGAA ACCGACCGAC ATACCTGGAA CTGGTTATGA GCGCCATTCG
CGATACGAGG ATGCCGTCTC TTCTGGGGAT GACCCCGATA AGCAGCGTTC AGAAGCACCT
CAAGTCGACT ACTCTGAAGC TTTGAACCGG AACGCGACTA ACCGCTCACG GCACCGCAGA
CGTAGAGCCA CAACATTGGG CTCAAAACGT GATTTTACAA CTGACGAGGT TATGGACAAG
CAGACAGCTG AGGACCTCCT CAACCAGGTC CAAGGCCACC TCATCCTCTG GCCTTATGAT
TGGTACGTGG TCTATCATCA TTGTTCTATT CAGAAGTGTA CTTACGGAGA ATATAGGCTC
GAGAAGGAAG AACAGGGTGG AAACTGGCTT TACACCCTTG ACCAAATTTC TCCTCTGGAA
ATATAG
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| Protein sequence | MADSPANAPE VKDSEHTSER FYTKRPQPLP ITQTPKLSSP FPSPTGSKHA TEEQASNGGH
IRDEENSYNS KGKLRAGFIS GTSESWDTEN HATLSVRRPN ESVESTNRQS LNQQKTPNSV
PASIASPPRA SVQFSRQGSE IEPPVETSQS RPPSVAGDDN DPARRQSLFT KLKALATAPP
FSSHTRSVSN ATIPDARFAS NGPSTPASER GEFRFPNTLE EEGSDIDADA EESAGEQRPR
EPRKKRRFRR GQENDSAPQT EPNTPKTSCP SFHLYGSFAP FDNYRPSFLQ RRESANDIHQ
QREGVSEDEG RDRLSRDAAW RRRSAWLINS RGLTYGGRQS DNQANQEDKR PSNLRRLTGI
GGPSEGGEGL PAPWRRHRAD RGSSLSAQKW KQIKAGLKLI GQRRKPDSTV DHAKSAELLA
ELASGIPAAL LLASMFQRDE HGSKRIPILL EQLKVRVTDS KMDSHSGDRH LVFRIELEYG
SGMTRMKWII HRTLRDFANL HLKYKLHFGT QKYIQLRTPE SGQNLPRFPR SAFPYLRGVR
GLESEGEDEE DEAGYETAAD ATSGNERAGR RQLPAYGRRR SSVGITRRLS SLTGAEGETG
AGTAGEGGPP TKRDTYPERQ RKKLEAYLQK LIRFLIFKPD SNRLCKFLEL SALGVRLAAE
GSYHGKEGYL MIQSSKGLDF RRAFNPGMMK RRHSPKWFLV RHSYVVCVDS PEEMNIYDVF
LVDPFFKLQT QKVSLRHQKA KELAKSATES ARHPQHHTLR LENSERKLRL LARNERQLHQ
FEDSIRFMVS NTPWSKPNRF DSFAPVRQHC FAQWLVDGRD HMWVVSRAIN QAKDVIYIHD
WWLSPELYMR RPAAISQKWR LDRLLQRKAR EGVKVFVIMY RNINSAIPID SEYSKFSLLD
LHPNIFVQRS PNQFRQNTFF WAHHEKLCII DHTLAFVGGI DLCFGRWDTP QHLLTDDKPT
GFETPGGPKD TDNCQLWPGK DYSNPRIQDF YDLDKPYEEM YDRNVVPRMP WHDISMHVVG
QPARDLTRHF VQRWNYILRQ RKPTRPTPFL LPPPDFEPAD LEALGLDGTC EVQILRSSSV
WSTGTPEVTE HSIMNAYVKL IEESEHFVYI ENQFFVSTCE IDGRKIENLI GDALVERITR
AAKNKEAWRA VIIIPLIPGF QNTVDSEGGT SVRLIMMCQY RSICRGETSI FGRLRALGID
PEDYIQFFSL RSWGKIGPQK QLVTEQLYIH AKCMIVDDRA AIIGSANINE RSMLGSRDSE
VASVVRDTDM IWSTMNGRPY LVGRFPHTLR MRLMREHLGI DVDELMEHSL ATEEELRKIQ
IDEEEAKPSR TAHVDSESLM LEKQDEREMI ERRHRIQDEF LSRSEDLHSF NHDVDWEQGN
NPNLKSNRKL TADARVTSNQ EHKKDVDGFG ADNFQVAEQH GLGNSRDSEI LDNRCEVLVS
PVASEGKGTV LQPKAASRKN SQPNTSLDSQ EPKTTSSALT SEDGEASQLV EGMPIAHNPS
LALSQDGSLL SAITRDKIDA PTLAIPGGQE LKHIFVDKDC MRDPVVDVFY LDTWLAVAEK
NTKIFRNVFR CMPDSEVRSW KEYKEYTAYA ERFSEMQSHH TAKAFDPPHQ RQTGPPGAGT
TWATQLKPNI SLPLHRSGSH CSERKNQTPI DEKSERPNSN GRPQSGQANQ ETSQELSLPA
NEKSSLKPTD IPGTGYERHS RYEDAVSSGD DPDKQRSEAP QVDYSEALNR NATNRSRHRR
RRATTLGSKR DFTTDEVMDK QTAEDLLNQV QGHLILWPYD WYVVYHHCSI QKCTYGEYRL
EKEEQGGNWL YTLDQISPLE I
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