| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03247 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 1295047 |
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| End bp | 1299916 |
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| Gene Length | 4870 bp |
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| Protein Length | 1457 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 | ABC multidrug transporter (Eurofung) |
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| Protein accession | CBF83105 |
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| Protein GI | 259485788 |
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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 | 10 |
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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 | 40 |
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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 | ATGGACAACG ACGGCCCCCC GGAGAAGGAG CAGACTCCCG CTTCGAACCT GCACCAAGTC
TATAGTCAGG AAAAGCGCGT AGCAGACAGC CACGATACCC TCGTCGTTCC ACCAGGCACC
CCCACAGGAG CAACAAGCAC AGAGACGCTC GCCCTCGCCC ACCCGTATCC CCCCACGACA
TCAACAGCGC CAGTGAAGAA TACAACATGG CGGTTAACAG ACCAAGTCGT CAAGAACCGA
GACCGTGACC GAGCGGCTGG CTACAAGCCG CGTGAGCTGG GTGTGACATG GCAGGGTCTC
TCCGTCGAGG TTCCTACCGC CGAGGCCTCC GTCAACGAGA ACCTGTTCTC CCAGTTCAAC
ATCCCTCAGG TTGCAAAGGA TTATTTCCGG AAGCCGCCTG TGCGTCCGAT CCTCTCGGAC
TCTCATGGCT GTGTCAAACC TGGTGAGATG CTGCTTGTGC TTGGCCGGCC AGGATCCGGT
TGCACAACGC TTCTGAACCT CCTGTCGAAT CGGCGTCAGG GATATCGCAT GATCAAGGGT
GATGTTCGAT TCGGGACCAT GGATCCTAAG GAAGCTGAAA GGTATAGGGG GCAGATTGTG
ATGAACACGG AGGAGGAGCT CTTCTACCCG CACCTCCAGG TAGGGGCCAC TATGGACTTT
GCAACGAAGC TCAAGGTTCC CGCGCATCTT CCGGATGGAG CAGACTCGAT AGATGGGTAT
GTTAAAGAAA CCAAGGACTT TCTCCTAGAG TCCATGGGAA TTTCACACAC TGCACATACG
AAGGTCGGTA ATGAGTTTGT GCGTGGTGTA TCCGGCGGCG AGCGAAAACG TGAGTTACAA
TTGACCATTT TCAAGAGCCA AGAACTGATT ATAAAAGGTG TTTCTATCAT TGAGTGCCTG
GCAACGCGGG GATCAGTGTT CTGTTGGGAT AACAGCACCC GTGGACTCGA CGCAAGCACT
TCGCTGGAGT GGGCGAAAGC ATTGAGAGCA ATGACCGATG TCAACGGGTT AGCGACGATC
GTCACGCTCT ATCAAGCGGG AAATGGCATT TACAACCTCT TCGACAAGGT CCTTGTCCTG
GACGAGGGGA AGCAGATATA CTATGGGCCA GCGGCAGAAG CGAAGCCGTT CATGGAAGAA
CTAGGGTTTG TCTATACTGA GGGTGGAAAT ATCGGTGAGT GGCATACAAA GTCTTGATAA
ATCTCGTTTC TAACAAGAGA TAACAGGCGA CTTTTTGACC GGTGTCACAG TCCCGACTGA
GCGCAGAATT AAGCCTGGCT ACGAGAGCCG CTTTCCCAGG AATGCCGACG AGATTAGGGC
CTTGTACGAG AAATCGCCAA TTTACAGCCA GATGATCGCG GAGTACGACT ATCCGCAGAC
ACCGCTAGCC AAAGAGAGAA CAGAGGCGTT CAAAGAGTCC GTCGCATGGG AACAAGCCAA
AGAGCTCCCC AAAGGAAGCT CGTTGACCGT CGGCTTCTGG TCACAACTGC TTGCATGCAC
CATCCGTCAA TATCAGATTC TCTGGGGTGA AAAGTCCACG TTCCTGATGA AACAAGTTCT
ATCTCTGGCT ATGGCGTTGA TTGCAGGATC CTGTTTCTAC GATGCTCCCG ACGATTCCTC
AGGATTGTTC ATTAAGGGAG GTGGTGTCTT CTTTGCTGTA CTATATAACA ACATTGTCGC
CATGTCTGAA GTCACCGAGT CCTTCAAGGG TCGCCCTGTG CTGGTGAAGC ACAAGTCGTT
TGCCATGTAC CACCCAGCAG CATTCTGTTT AGCTCAGATT ATGGCTGATT TCCCTGTCCT
GCTTTTCCAA TGTACAATAT TCAGTGTCGT GATGTACTGG ATGATCGGAC TAAAACATAC
TGCTGCTGCT TTCTTCACGT TTTGGGCCAT CCTGTTCACA ATTACTCTGG TAAGTCTTAA
AAGCCGAAAT GGGAAATGAC AACCTTGCTA ACCCACGTTG TTCAATAGTG CTTGACAGCA
ATGTTCCGCT GCATCGGCGC CGCTTTCAAG ACATTCGAAG CTGCATCCAA AATCTCAGGT
ACGGCTGTAA AAGGCATCGT CATGTACGCC GGTTACATGA TTCCCAAGCC TGATGTCAGG
AACTGGTTCG TCGAATTATA CTACACTAAT CCGTTCGCCT ACGCCTTTCA AGCTGCCCTC
TCCAATGAAT TTCACGATCA GCACATCGCT TGCGTCGGCG AAAACCTTAT ACCAAGCGGC
CCTGGATACG AAGACGTGGG TGCCGGCCAC CAAGCCTGCG CTGGTGTTGG CGGTGCACTC
CCTGGTGCTG CTTATGTTAC TGGAGATCAG TATCTCGGCT CCTTACACTA CAAATTTACG
CAGCTTTGGC GAAACTACGG TGTGGTCTGG GGTTTCTGGG GCCTCTTTGC CGTTTTGACG
ATCATTTTCA CTACCTTCTG GAATGCAGGG GCTGGCAGCG GTTCGACCCT CTTCGTGCCC
CGAGAGAAGA TCAAGCAGCA TCAAAGACAC AAGGATGAAG AGTCCCAGTC GCAGGTTGGA
GCAGCCACCG CCCGAGACGG TGGTGATACA TCGCTGGATG AAGGGAATAT CTCGCGCAAC
ACGTCTATCT TCACCTGGCA GAATTTGACA TATACTGTAA ACACCCCTAC CGGTGAACGT
GTGCTCTTGG ACAAGGTCAA TGGCTATGTA AAGCCCGGAA TGCTGGGTGC TCTCATGGGA
TCGTCTGGTG CAGGCAAAAC GACGCTACTG GATGTTTTGG CGCAGCGCAA GACCGACGGT
ACTATCAAAG GCTCTATCAT GGTGGACGGA AGACCTCTCC CTGTTTCCTT CCAGCGATCT
GCTGGATACT GTGAGCAATT GGACATACAC GAGGAATATG CTACTGTCCG AGAAGCATTG
GAGTTTTCTG CCTTGCTTCG TCAACCTAGG ACCACCCCCA GAGAGGAAAA GTTGAAATAC
GTTGACACCA TCATCAATCT CCTTGAGCTT CAGGATCTGG CAGATACCTT GATTGGGGGG
GTTGGAAACG GCCTCAGCGT CGAGCAGAGA AAGCGTGTCA CAATTGGTGT TGAACTTGTT
GCGAAACCCA GCATCTTGAT CTTCTTAGAT GAACCTACCT CTGGGCTTGA CGGGCAGTCG
GCCTATAATA CAGTCCGATT CCTGAGAAAA CTTGCAGATA TTGGGCAAGC TATCCTGGTT
ACTATCCATC AACCGTCCGC CCAGCTCTTC GCCGAGTTCG ACACTCTCCT TCTACTGGCG
AGGGGTGGTA AGACCGTGTA CTTTGGAGAC ATTGGCGAGA ACGGACGCAC AATCAAGCAG
TACTTTGGCA AATATGGCGC ACAGTGTCCT GTCGAGGCCA ACCCGGCCGA GTTCATGATT
GACGTTGTCA CTGGCGCTAT CCCAGAGGTG AAGGACAACG ACTGGCACCA GATCTGGCTT
GAATCACCGG AGAATGCTAA AATGATCAAG GATCTGGAGG ATATGATCGC CGACGCAGCC
TCTAAGCCCC CCGGGACACA TGATGACGGA TTCGAGTTCT CGATGCCTCT ATGGGAGCAG
ATCAAAATCG TCACCCACCG CATGAACGTC TCCTTATATC GAAACACTAA CTACATCAAC
AACAAATTCA GTCTACATAT CATCTCCGCC TTGCTAAACG GGTTTTCATT CTGGAGAGCA
GGACCCAAGA CAGGTGTGAG TGACCTGAAC CTGAAGATGT TCTCGATATT CAATTTCGTG
TTCGTCGCCC CCGGTGTGAT CAACCAGCTT CAGCCACTCT TCATCCAGCG CCGAAACATC
TACGACGCGC GTGAAAAGAA GTCCAAGATG TATTCGTGGA TCAGTTTTGT GATTGGTCTT
ATTGTTAGCG AATTCCCCTA TCTTTGTGTC TGCGCAGTGC TCTACTTCCT TTGCTGGTAC
TACTGTGTCA AGCTTCCGTA TGACTCCAGC AGAGCAGGAT CAACGTTCTT CATCATGCTC
ATCTACGAGT TCATCTACAC CGGCATTGGT CAAACCATCG CGGCAATTGC TCCCAACGCA
ACGTTTGCAG CACTCGTGAA CCCATTGATC ATCTCTATCC TGGTTCTCTT CTGCGGCGTC
TTCGTCCCAT ACACCCAGAT GAACGTCTTC TGGAAGTACT GGCTGTACTA CCTCAACCCT
TTCAACTATG TTGTTTCTGG CATGCTGACC TTCGGTATCT GGGGCAACAA TGTCATTTGC
AATGATGATG AGTACGCGCG CTTTGATCCT GTGAACGGGA CCTGTGCCGA ATATCTCAAG
GACTACGTCA CTGGTTCTGG TTGGGCGATT AACCTCGCGA ATCCAGAGGC GACGTCTGAC
TGCAGGGTGT GCCAATTTCG CGATGGGAGT GACTTCTTGA CGACGCTGAA CATCAAGCAC
TACTACTACG GCTGGAGAGA TGCGGGTATC TGTGTGATCT TTGCTATCAG TGGGTACGCG
TTGGTGTTTG CCTTGATGAA GTTGAGAACC AAGGCGTCGA AGAAGGCAGA GTAGGGTGAT
CCATCAGCCC TTCTGGCAAA TGCTTTATGG TTTGAGCTGT TGGCTTATAG TTTCGCTTGG
ATGGGACGCT CCATCGAAAG CAGAGGCAGA GGTTGTGTGT ACAGGGTGAG GTTGGGTGCA
AATCTGTGAA TTTTCCATTA CTTGTTTATC ATTTGTGTCA AGGCATCGCG CGCTGAAATT
TGTCGTAGAC CGCATATAGA TTGCTATAGA CTGTATATAG ATTGCATATA GACTGCATAG
AGGTTAGCGC ATATATTTTT ACTGCAACTG ACAGTTTCTA GTGCTTGCTC TTGGTATACA
ACGCATCTCT GTCCAGGTGT CTGCAATGAA CACTAGGGAT GTTACGTGCT TTCGAGCTCT
CCTGCCTTAG
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| Protein sequence | MDNDGPPEKE QTPASNLHQV YSQEKRVADS HDTLVVPPGT PTGATSTETL ALAHPYPPTT
STAPVKNTTW RLTDQVVKNR DRDRAAGYKP RELGVTWQGL SVEVPTAEAS VNENLFSQFN
IPQVAKDYFR KPPVRPILSD SHGCVKPGEM LLVLGRPGSG CTTLLNLLSN RRQGYRMIKG
DVRFGTMDPK EAERYRGQIV MNTEEELFYP HLQVGATMDF ATKLKVPAHL PDGADSIDGY
VKETKDFLLE SMGISHTAHT KVGNEFVRGV SGGERKRVSI IECLATRGSV FCWDNSTRGL
DASTSLEWAK ALRAMTDVNG LATIVTLYQA GNGIYNLFDK VLVLDEGKQI YYGPAAEAKP
FMEELGFVYT EGGNIGDFLT GVTVPTERRI KPGYESRFPR NADEIRALYE KSPIYSQMIA
EYDYPQTPLA KERTEAFKES VAWEQAKELP KGSSLTVGFW SQLLACTIRQ YQILWGEKST
FLMKQVLSLA MALIAGSCFY DAPDDSSGLF IKGGGVFFAV LYNNIVAMSE VTESFKGRPV
LVKHKSFAMY HPAAFCLAQI MADFPVLLFQ CTIFSVVMYW MIGLKHTAAA FFTFWAILFT
ITLCLTAMFR CIGAAFKTFE AASKISGTAV KGIVMYAGYM IPKPDVRNWF VELYYTNPFA
YAFQAALSNE FHDQHIACVG ENLIPSGPGY EDVGAGHQAC AGVGGALPGA AYVTGDQYLG
SLHYKFTQLW RNYGVVWGFW GLFAVLTIIF TTFWNAGAGS GSTLFVPREK IKQHQRHKDE
ESQSQVGAAT ARDGGDTSLD EGNISRNTSI FTWQNLTYTV NTPTGERVLL DKVNGYVKPG
MLGALMGSSG AGKTTLLDVL AQRKTDGTIK GSIMVDGRPL PVSFQRSAGY CEQLDIHEEY
ATVREALEFS ALLRQPRTTP REEKLKYVDT IINLLELQDL ADTLIGGVGN GLSVEQRKRV
TIGVELVAKP SILIFLDEPT SGLDGQSAYN TVRFLRKLAD IGQAILVTIH QPSAQLFAEF
DTLLLLARGG KTVYFGDIGE NGRTIKQYFG KYGAQCPVEA NPAEFMIDVV TGAIPEVKDN
DWHQIWLESP ENAKMIKDLE DMIADAASKP PGTHDDGFEF SMPLWEQIKI VTHRMNVSLY
RNTNYINNKF SLHIISALLN GFSFWRAGPK TGVSDLNLKM FSIFNFVFVA PGVINQLQPL
FIQRRNIYDA REKKSKMYSW ISFVIGLIVS EFPYLCVCAV LYFLCWYYCV KLPYDSSRAG
STFFIMLIYE FIYTGIGQTI AAIAPNATFA ALVNPLIISI LVLFCGVFVP YTQMNVFWKY
WLYYLNPFNY VVSGMLTFGI WGNNVICNDD EYARFDPVNG TCAEYLKDYV TGSGWAINLA
NPEATSDCRV CQFRDGSDFL TTLNIKHYYY GWRDAGICVI FAISGLHRVL ALGIQRISVQ
VSAMNTRDVT CFRALLP
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