| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09344 |
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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 | BN001308 |
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| Strand | - |
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| Start bp | 357106 |
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| End bp | 362103 |
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| Gene Length | 4998 bp |
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| Protein Length | 1486 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | ABC multidrug transporter (Eurofung) |
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| Protein accession | CBF87442 |
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| Protein GI | 259488184 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.815172 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.576583 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGTCAAG ACTCTGCAGT AGGCGAAGCA TCTTCGCAGT CCACGCGTGG TGACGGGCCT
CTATCAGCAG TGGAACAAGA AGATAAGCTA CACAATGAAG TTTCGAAAGT GGCGAAGCGA
TTGTCGACAT CTTCTGCTTC GGAAAATGGG CAGCCCCAGG TACTGAACCC GATGCCTGGC
AGTAACCTTG ACCCTTCGTC TCCCGCATTT GACGCTCGCA CCTGGGTCAA GGAGTTCAAT
AGATTGCTTG AATCAGACCC CGAGTCTGCG CCACCTCGGG CCCTCGGCGT CGCGTTCAAA
CAACTTGGTG TATTTGCATA TGGCACAGCC GCAGAGTTTC AGAAAACCAC CGGAAATGTC
CTGATTGAAG CAGCAGTTTA TCTAGCAAGA TGGTTTCGTG GGAACCGACA TGGCAGACGC
GTCGATATTT TACGCAACTT TGAGGGCGTC GTGGAAAAAG GGGAGATGCT GCTCGTCCTC
GGGCCCCCCG GTTCGGGCTG TTCTACTCTT CTCAAGTCGC TAGCAGGGGA AACAGCGGAT
CTGAACATCG CGCCGGAATC ATACATCAAC TTCCGAGGTT TGCTGTTCTC TCTCTTTCTT
TTCTTTTCTT TTCTTTTTTT TCCCTCGTAT CTTGGTGTTT GAGATATTGG CTAACCACGT
GCAGGGCTGG ACCTTGCCAG TGTCCGTTCC TCGTTTCGTG GAGACGTTTT GTACAATGAT
GAGCTCGATA CTCACCTGGC GCATCTAACT GTGGGGGAGA CTCTGACATT TGCTTCTCGT
GCTCGCTCTG TACGACACGT ACCGGGGGCC TTCAGCCGCA GGCAGCTGGA CACAGCACGC
CGCGATGTCA TGATGGCCAC TTTCGGCTTG AATCATACAA TCGATACTCG CGTTGGAGAT
GACTTCGTGC GTGGAGTCAG CGGAGGAGAG CGCAAGCGAG TCAGTATTGC GGAAGCATCT
CTCGCCGGGG CGAAATTCCA GTGTTGGGAT AATTCTACGC GCGGGCTCGA CAGCGCTAAT
GCCATTAACT TCTGCAGCAG TTTACGCCTT CAAGCAGACC TTCTTGATGT AACCTCTGTG
GTTACCTTGT ACCAAGCACC GCAGGCGGCC TACGATGTAA GGCTACCAAA ATTAAGTTTA
TTTCGGTACC AACTCTTGCT GATAAAATTC GTCTCATTTC TATTAGCTCT TTGATCGAGT
GACCTTAATC TATGAGGGAA GGCAAATATT CTTTGGTCAT ATAACCGAAG CAAAAGGTTA
TTTCGAGAAA CTGGGCTTTT TTGGTGAGTT CTTGAGCGTG AATGAGTCGT GTGCCTTCAG
GTCGCTAACA TCTTTCAAAG CTCCTTCTAG ACAAACAATC CCGGATTTTC TCACGTCTAT
GACGAGTGCG GAGGAGCGAC GTGTGAGACC TGGGTTCGAG GAATCAGCGC CTCGCTCACC
GGATGAGTTC GCAGAACGAT GGCGGCTAAG CGATGAAAGG AGGAAGCTAC TGGATGAGCT
GGCATCATAC GAGCAGAAAC ACCCCCCAGA GGTGCGAATG GCGGAGTACG ACCGGTCCAG
GCGAGCTGAA CAGGCTCAGC AGCAGCGCGC CAAGTCTGCT TATACCATAT CATACCCTCA
GCAAGTTTCT CTGACTCTTT GGCGGGCTTA CCGAAGACTG CTAGCTGATC CTGGTTTCAC
AATCGCCTCC TTGCTCTTCA ACGTCGTGAT GGCGCTTATA TTGGGTAGCA TGTTCTACAA
TCTCAAGCCA GATACCTCTA GCTTCTATTA CCGTGGAGGG ATTATCTACT TTTCGCTCCT
TTTCAATGCA TTTGCAAGTC AGCTCGAGGT GATTCCGTCT AAGCTCAATT TTTCGGTACG
GTGGGACAGC TTTTCTAACC TAACTGGAAT ATAGGTTCTG ACTATCTATG CCGAGCGCCC
AGTTGTTGAG AAGCAGAATC GCTATGCCTT CTATCACCAG TCTGCTCAGG CGATTGCGAG
CTACCTGATG GATCTACCCT ACAAGATCAT CAATATGTTT GTTTTCAACA TTCTCATTTA
CTTCATGGCG AATCTGAGGC GAGAAGCGGG TGCTTTCTTC TTCTTTTGTC TCACCACACT
TCTCAGCACT TTAGTTCAAT CAGCCGTCTT TCGCACATTG GCCTGCATTA CTCGGACTTC
CGAGCAGGCT ATGATCCCAA GCGCCATTTT AAGTCTTGGG CTCATGATAT ACACGGGATT
TACAACGCCG CCGGGGTATA TGCCGGGATG GTCGCGGTGG ATGGCGTATA TCAACCCCCT
ATGGTACGGT TTTGAGGCTT TGATGGCGAA CGAATTCCAT GAACGGGACT TCCCATGTGC
TAGCATGGTG CCTACCGGAC AAGGATACGC TAACCTCCCA TCGGCATCAC AAATATGCTC
TGTTGTGGGC TCTGAAGTTG GCTCGGCCCT TGTCAATGGG GATAGCTACA TCAGCAAGTC
GTTTGACTAT TGGAACGTAC ACAAATGGAG GTTAGTGAAT TCCAAAAACA CGATTGATAC
AGAAGGACAG TGCACTAACG GGTCTCGCTC GAATAGGAAT ATTGGGATTC TCTGCGGATT
TCTAGCAATC TTTTTCCCTA CTTATGTGCT TGCCGCCGAA CTTGCCAAGC CACCTAAGAC
ACGCGGTGAA ATACTGGTAT TCGGTCGTGG CAAAGGATTC CATAGAAGGG AACAGCCCTT
GGATGCTGAG AGTCAAGAAA AGGATCGTCC AGTAGTGGCA GATAAAACGC ACGGTTCACT
GCAGTCTGAC ACGATTATTG CTGGGAAGGA CGTGTTCCAC TGGGAGGATC TCTGCTATGA
TATCAAAGTC AAGGGTGGGA CCCGCCGTCT TCTAGACCAT ATTGATGGCT GGGTCAAACC
GGGGGTATCT ACTATCCTCA TGGTAAGAAC TATCACTATA AAAGGGATAT GGAGCTAAGC
GTCGCCTTCC TAGGGTGTAT CTGGCGCAGG TAAAACGACA CTCCTAGACG TTCTGGCAAC
CCGTGTCACC ACCGGTGTTG TGACTGGCCA AGCAATGGTG AACGGAAAAC CGACAGATCC
GTCTTTCCAG CATAAGGTTG GCTATGTTCA ACAACAAGAT CTCCATCTGA GCACCATGAC
GGTCCGCGAA GCTCTACAGT TCAGTGCTGT CCTTCGGCAA TCCGCCGAAA TACCCAAATC
TGAAAAACTA GCCTATGTTG AGCAAGTTAT TGACACACTG GAAATGCGAG AATTTGCGGA
TGCCGTTATA GGTGTTCCTG GAGAGGGCCT CAATGTCGAG CAGCGCAAAC GCCTAACAAT
TGGTGTAGAA CTGGCCGCTA AGCCTCAGCT CTTAGTCTTC TTCGACGAAC CTACCTCGGG
GTTGGATTCG CAGACCTCAT GGGTCATTTC AGAGCTTATC AAGAAGCTCA CCAATAGTGG
TCAGGCAGTT CTCTGCACAA TTCATCAACC ATCTGCCATT CTGTTTAACC AATTTGATCG
GCTGCTTCTG ATTGCACCAG GAGGAAAGAC CGTATACTTC GGCGGTGAGT TCTTTTGTCT
ACCTCTGATC AATGGCTGAT CTGATAATAT TCCAGATCTA GGCAGCGGTG CCTCAACCTT
GATACAATAT TTCGAGAAAT ATGGTACCCC TCCCTGTCCA GCAGGAGCCA ACCCCGCAGA
GTGGATGCTA CGGGTGATCG AGCCGCCTGC TGATGGCTCA AAAGGACTGA ATTGGCATCA
AATATGGTTG GACTCTCCCG AGTATCAGGC AGTTAAAGCT GAGCTTGGTC ACCTTCGAAA
TCTTCGTACA CTAGGATCTA CACGCGGAGA GGGTCTTGAG GTTGAAAACA GCTCTCAGCA
CCAGGAGTTC GTGGCTTCCT TCTGGACACA GTTCAGCCAA GTCTTGCAAC GTACCTGGAA
GCATTTTTGG CGATCACCGA CTTACATCTG GTCTAAAATT ATACTGGTCG TCCTTTCTGT
ACGTGGAACT CGTCGTCAGC TCTCTGCAAG GGACTAATCA TATTTTGACT ATCAGTCTCT
TTACTTAGGG TTCAGTTTCA ATGTCAACAA TTCGATACAA GGGCTTCAGA ATCAACTATG
GGCCATCTTT ATGTTGCTCA TTTTGTTCAT CAACATTACT GAGCAAATAA TGCCCATGTT
TCTGCCCCAA CGAGCGCTAT ACGAGGCGCG TGAGCGGCCT TCGAAGATTT ATCGATGGAC
AAGTAAGACT TTGCCCATCA CTTGAGGCTT TCTGCATATT TTAACTTACC TCTTGAAGCA
TACCTACTCT CCAATATCCT CATTGAGCTC GTCTGGCAGA CTCTCATGGC AGTCTTACTG
TACTTCTGCT GGTATTACCC TGTGGGCTTC GTCCAGAACA CCACCTCCGA TGACCAAGCT
ATCCGTGGTT TCGCCGTATT TCTATTCCTA TGGGTTTATC TACTATTTAC CAGCACGATG
GCGCACTTCG CCATCTTCTG GATAAACCTT CCGGAAACCG CTGGCGTGCT TACCAGTCTT
TTATGGATGC TGTGCATCTT GTTTTGCGGG CGAGTAAAAA CTCAACATGC TGATTTCATC
GTATGCTAAC CAGAAAACAG AGTGGGAGTA TCCATGGCCG ATCTACCCAA ATTTTGGACC
TTCATGTATC GTGTGTCCCC CGCAACATAT CTGGTTGGGG GCATAATGTC CAACGCAGTC
GCCAACTCGG ACGTAATATG TGCCGATCGT GAGATCCTCC GAATGGCTCC AATCGGAAAC
CTTACCTGCA ATGAGTTCCT CACTCCGTAT ATCAATGTCG CTGGCGGCCT TGTGCTCAAC
CCGACATCGC AGAGCACCTG CGAATACTGT CCACTTGCTA CGACAAATGA GTTTCTTGAT
CGGTTTCAGA TCTCCTACAG CACAAGGTGG CGCGACCTTG GGCTTGTATG GGTTTACATT
CTTGTCAATA TCGTGGCGGG AATGGGACTG TACTGGGCGT TCAAGGTCCC AAAACGAAGG
GGTAGCAAGC ATGCTTGA
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| Protein sequence | MGQDSAVGEA SSQSTRGDGP LSAVEQEDKL HNEVSKVAKR LSTSSASENG QPQVLNPMPG
SNLDPSSPAF DARTWVKEFN RLLESDPESA PPRALGVAFK QLGVFAYGTA AEFQKTTGNV
LIEAAVYLAR WFRGNRHGRR VDILRNFEGV VEKGEMLLVL GPPGSGCSTL LKSLAGETAD
LNIAPESYIN FRGLDLASVR SSFRGDVLYN DELDTHLAHL TVGETLTFAS RARSVRHVPG
AFSRRQLDTA RRDVMMATFG LNHTIDTRVG DDFVRGVSGG ERKRVSIAEA SLAGAKFQCW
DNSTRGLDSA NAINFCSSLR LQADLLDVTS VVTLYQAPQA AYDLFDRVTL IYEGRQIFFG
HITEAKGYFE KLGFFAPSRQ TIPDFLTSMT SAEERRVRPG FEESAPRSPD EFAERWRLSD
ERRKLLDELA SYEQKHPPEV RMAEYDRSRR AEQAQQQRAK SAYTISYPQQ VSLTLWRAYR
RLLADPGFTI ASLLFNVVMA LILGSMFYNL KPDTSSFYYR GGIIYFSLLF NAFASQLEVI
PSKLNFSVLT IYAERPVVEK QNRYAFYHQS AQAIASYLMD LPYKIINMFV FNILIYFMAN
LRREAGAFFF FCLTTLLSTL VQSAVFRTLA CITRTSEQAM IPSAILSLGL MIYTGFTTPP
GYMPGWSRWM AYINPLWYGF EALMANEFHE RDFPCASMVP TGQGYANLPS ASQICSVVGS
EVGSALVNGD SYISKSFDYW NVHKWRLVNS KNTIDTEGQC TNGSRSNRNI GILCGFLAIF
FPTYVLAAEL AKPPKTRGEI LVFGRGKGFH RREQPLDAES QEKDRPVVAD KTHGSLQSDT
IIAGKDVFHW EDLCYDIKVK GGTRRLLDHI DGWVKPGVST ILMGVSGAGK TTLLDVLATR
VTTGVVTGQA MVNGKPTDPS FQHKVGYVQQ QDLHLSTMTV REALQFSAVL RQSAEIPKSE
KLAYVEQVID TLEMREFADA VIGVPGEGLN VEQRKRLTIG VELAAKPQLL VFFDEPTSGL
DSQTSWVISE LIKKLTNSGQ AVLCTIHQPS AILFNQFDRL LLIAPGGKTV YFGDLGSGAS
TLIQYFEKYG TPPCPAGANP AEWMLRVIEP PADGSKGLNW HQIWLDSPEY QAVKAELGHL
RNLRTLGSTR GEGLEVENSS QHQEFVASFW TQFSQVLQRT WKHFWRSPTY IWSKIILVVL
SSLYLGFSFN VNNSIQGLQN QLWAIFMLLI LFINITEQIM PMFLPQRALY EARERPSKIY
RWTTYLLSNI LIELVWQTLM AVLLYFCWYY PVGFVQNTTS DDQAIRGFAV FLFLWVYLLF
TSTMAHFAIF WINLPETAGV LTSLLWMLVG VSMADLPKFW TFMYRVSPAT YLVGGIMSNA
VANSDVICAD REILRMAPIG NLTCNEFLTP YINVAGGLVL NPTSQSTCEY CPLATTNEFL
DRFQISYSTR WRDLGLVWVY ILVNIVAGMG LYWAFKVPKR RGSKHA
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