| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06581 |
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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 | BN001301 |
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| Strand | + |
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| Start bp | 2471354 |
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| End bp | 2475907 |
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| Gene Length | 4554 bp |
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| Protein Length | 1517 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 | ABC multidrug transporter (Eurofung) |
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| Protein accession | CBF71034 |
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| Protein GI | 259480158 |
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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 | 12 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.375174 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCGACA ATGCTCATCT CACCCAACTC CCTACGGTCA CGGGCGAAGA ACCGTCAGAC
AGCACGATGG TGTCCGGCAC TAGCAGCGAC ACTGATGCCT CGTCTGAGGG CCAGTGGGGA
GAGCAGGGCA CAGAGCCCGT CTCTCGGCGC GGTGCCATGG AGGACTATGA AGAGATGCGC
AGGGAATTGA CCCGATTGAG TTTGCAGCGA ACCAAGTCGA CAACCAAAGA CGCTCATCGA
TTGCGGTCCC GCGCCAGCCA GCACCAGGAT CCCGAAAAGG CGCTCCAGGA GGAGGATCTC
GAGAAGGAGG GCGAAAGCGA GTATGGTGGT TTTGACTTGA CGGATTTCCT CATGGGCGGT
CATCTTGAAC GGCGTACCAC CGCAGGAGAC CCGGCGAAGA AAGTGGGCGT TGTCTTCAAG
AACCTTACGG TCAAGGGCGT TCAGACCGGC GCTTCTTTTG TTCGAACGCT TCCTGATGCC
GTCATTGGAA CCTTTGGACC GGATCTATAC AACATCATCT GCCGCTTTGT GCCTCAGCTG
CGGTTTGGGA AGAAGCCGCC TGTGCGTGAC CTGATCCATG ACTTTACCGG CACTGTCCGT
GAAGGAGAGA TGATGCTGGT GCTTGGTCGC CCAGGAGCCG GTTGTTCAAC TTTCCTCAAG
GCCATTGCTA ACGACCGCGG TGCTTTTGCT GCTGTTGAAG GTGATGTCAG CTACGGTGGT
CTCAGCGCTG CTGAGCAGGA TAGGCACTAC CGTGGAGAGG TCAACTACAA CCAGGAAGAC
GACCAGCACT TTCCAAACCT GACTGTCTGG CAGACGCTCA AGTTCTCTTT GATTAACAAG
ACCAAGAAGA ACGACAAGGA AAGCATTCCG ATTATCATTG ATGCCCTGCT GAAAATGTTC
GGTATCACCC ACACGAAGAA CACCCTTGTC GGGAACGAGT ACGTCCGCGG TGTCTCTGGT
GGAGAGAGGA AGCGTGTCAG TATCGCTGAA ACCCTAGCTA CCAAGTCGTC CGTCGTCTGC
TGGGACAACT CCACTCGCGG TCTCGATGCT AGCACTGCCC TGGACTACGC CAAGTCTCTC
CGTATCATGA CCGACGTCAG CAAACGCACT ACCTTGGTGA CTTTGTACCA GGCTGGTGAG
AGTATTTACG AGCTGATGGA TAAGGTGCTC GTCATCGACT CTGGCCGCAT GCTATTCCAA
GGCCCTGCAC ACTACGCCCG ACAATACTTC GTCAACCTTG GCTTCTACTG CCCTGAGCAG
TCGACAACGG CCGACTTCCT GACATCGCTT TGCGACCCTA ACGCCCGTCA GTTTCAGGAA
GGCCGCGAGG CATCGACACC GAAGACTCCC GAGGAACTTG AGGCTGCTTT CCGGCAGAGC
GAGTACTACA AGCTTATTCA GAACGAAGTT CAGGCCTACG AGGATCAGCT CCACGACACG
AACTGTGCCG ATACCCAACG CTTTCAGAAG ACTGTCCAAT CGTCTAAGAG TAAGACTGTC
TCGAAGAAGT CCCCTTATAC TGTCTCTATC GCCCGCCAGG TGGCTGCTTG CGTGCGTCGC
GAGTTCTGGC TTCTCTGGGG TGACAAGACT TCTCTCTACA CCAAGTACTT TATAATCATC
TCGAACGCCT TCATTGTCTC TTCCCTATTC TATGGCGAGG CGATGAACAC CAATGGTGCC
TTCCCTCGTG GTGGCGCTCT TTTCTTCTCG ATTCTCTTCC TTGGTTGGCT GCAGTTGACT
GAACTGATGC CTGCGGTTTC CGGACGTGCT ATTGTCGCGC GACACAAAGA CTATGCTTTC
TATCGACCGT CCGCCGTTGC AATTGCCCGC GTGGTTGTCG ACTTCCCGGC TATCCTCTGC
ATGTGTATAC CGTTTACCAT CGTCGTCTAT TTCCTTGCTG GTCTCGATGC TACGGCTTCC
AAGTTCTGGA TTTACTTCCT GTTCGTGTAT ACCACAACCT TCTGCATCAC GTCTATGTAT
CGCATGTTCG CCGCGCTGTC CCCGACTATT GACGATGCCG TCCGGTTTTC TGGTATTGCT
TTGAACGTTC TGGTCTTGTT CGTCGGTTAT GTCATTCCGA AGCAAGGTCT CATTGATGGC
TCGATTTGGT TCGGATGGCT GTTCTATGTC AACCCGCTAT CGTACAGTTA TGAGTCTGTC
TTGTCCAATG AGTTCTCTGA CCGAGTCATG GCCTGCGATC CTTCTATGCT GGTCCCGCAA
GGTCCTGGCG TTAGCCCCGA GTACCAGGGT TGCGCTCTCA CCGGATCCAA GCTCGGCTCA
ACCGACGTTG CAGGAAGCGA TTACTTGAGT ACAACATTCC AGTTCACGCG TCACCACCTC
TGGCGCAACT TTGGTGTTGT CATCGCTTTT ACTGTTTTGT ACCTGCTGGT CACTGTCATC
GCCACGGAGA CTCTGTCTTT TGTCGGTGGC GGTGACGGTG CCCTGGTTTT CAAGCGTTCC
AGTAATGCTA AACAAATCAA AGCTGCCACG GAAAAGCCCA ACGACGAAGA AAACGGCCAG
GGCGATGCAG TGACGCAGTC TGGAGGCAAC AATGAAGCCG CTTTCAATCG TATTTCTTCT
AGTGAGCGCG TCTTCACCTG GGACAACGTC GAATTCACGG TTCCTTATGG AAATGGGACT
CGAAAGCTGC TCAACGGTGT CAGTGGTTAT GCGAAGCCCG GACTAATGAT TGCGTTGATG
GGCGCCTCGG GAGCTGGAAA AACGACTCTT CTTAACACCT TGGCTCAGCG CCAGACTACT
GGCGTAATTT CAGGCGATAT GTTCGTGGAC GGCCGCCCTC TCAGCACTGA TTTTCAGCGG
GGCACTGGTT TTTGTGAACA GATGGACTTG CACGACGCAA CTGCTACGAT CCGCGAGGCT
CTTGAATTCT CGGCTCTGCT TCGTCAGGAC CGCAACATTC CCCGTGAGGA GAAGATTGCG
TACGTGAAAC AGATCATCGA CCTTTTGGAA CTAGAAGAAA TTCAAGACGC CATCATCGGC
TCACTCAATG TCGAGCAGAA GAAGCGCGTC ACCATTGGTG TCGAATTGGC GGCGAAGCCT
AGCCTTTTGC TCTTCCTTGA CGAACCTACC AGTGGTCTGG ACAGCCAGGC TGCGTTCTCG
ATTGTTCGCT TTTTGAAGAA ACTGTCTCAA GCTGGGCAGG CCATTGTCTG CACCATCCAC
CAGCCCTCCT CCATGCTGAT TCAGCAATTT GACATGATTC TCGCCCTCAA TCCCGGTGGC
AACACTTTCT ACTTCGGCCC GGTAGGAAAA GATGGCAAGG ATGTGATCAA GTACTTCGCT
GACCGCGGCG CTGTTTGTCC ACCGGCAAAG AACGTGGCCG AGTTCATCCT GGAGACCGCC
GCGAAGCCCA TCAAGCGCGA CGGTAAGACA GTCGACTGGA ACGAAGAATG GCGTACCTCT
GAGCAAAGCC GCCAGGTCAA GGAGGAAATT GAACGGATCT ACAAGGAACG CCGGGACGCT
ACAGCCAATG AGGACCAGTC CGCGCAATAC GAATTCGCTG CGCCGACTTG GCTCCAATGC
TATCTTCTCA CTCGTCGCGT CTTTACCCAG TACTGGCGTG ACCCGTCCTA CTACTACGGC
AAGCTCTTCA CCTCTGTTAT CATCGGTATC TTCAACGGCT TCACCTTCTG GATGCTCGAC
AACTCCATTG CGTCCATGCA AAACCGCATG TTCTCTCTCT TCCTGATCAT CCTCCTCCCA
CCCATCTTCC TCAACTCCAC CCTCCCCAAG TTTTATATGA ACCGCGCCCT CTGGGAAGCC
CGTGAATACC CCTCTCGAAT CTATGGGTGG GTCGCCTTCT GCACCGCCAA CGTGGTCGCT
GAGATACCCG CAGCCATCAT CTCCGCCACG GTCTACTTCC TTTTGTGGTA CTTCGCTGTG
GGGTTCCCTG TCACCGCATC CGCCTCGGGC TATGTCTTCC TCATGACCAT GCTCTTCTTC
CTCTTCATGG CATCCTGGGG TCAATGGATT TGCGCCTTCG CCCCCTCCTT CACGGTTATC
TCCAATGTGC TGCCGTTCTT CTTCGTTATG ACCGGTCTCT TCAACGGTGT CGTCCGCCCC
TACGATGACT ACCCCGTCTT CTGGAAATAC TGGATGTATT ATGTCAACCC GGTAACCTGG
TGGATTCGCG GCGCTATCTC CGCTATCTTC CCCAGCGTCG AGATCACCTG CGCCGCCACT
GAAGCGACCC ACTTCAACCC GCCCCCTGGC TCGACTTGCT CTGACTACGC CTCCAACTTC
GTGAACAACA TTGCCGGCGC TGGATACCTG GCTAACCCGG ATGCGACAAG TGACTGTCAG
TACTGCCCGT ACGAGAATGG AACGCAGTAC ATGAGCACTC TGAATGTGCG GCCCGACGAC
AAGTGGCATT CTTTTGGGAT CTTCCTAGCC TTTGTCATCA TCAACTGGGT GCTTGTTTAC
TTCTTCATCT ACACCGTTCG GGTGAGGAAG TGGTCATTCG GGATGGGGTC TTTGTTTGGT
GGTATCGGGG CTGTGCTCAG TGGCATCAAG AATGTTTTCG CAAAGAAGAA TTGA
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| Protein sequence | MADNAHLTQL PTVTGEEPSD STMVSGTSSD TDASSEGQWG EQGTEPVSRR GAMEDYEEMR
RELTRLSLQR TKSTTKDAHR LRSRASQHQD PEKALQEEDL EKEGESEYGG FDLTDFLMGG
HLERRTTAGD PAKKVGVVFK NLTVKGVQTG ASFVRTLPDA VIGTFGPDLY NIICRFVPQL
RFGKKPPVRD LIHDFTGTVR EGEMMLVLGR PGAGCSTFLK AIANDRGAFA AVEGDVSYGG
LSAAEQDRHY RGEVNYNQED DQHFPNLTVW QTLKFSLINK TKKNDKESIP IIIDALLKMF
GITHTKNTLV GNEYVRGVSG GERKRVSIAE TLATKSSVVC WDNSTRGLDA STALDYAKSL
RIMTDVSKRT TLVTLYQAGE SIYELMDKVL VIDSGRMLFQ GPAHYARQYF VNLGFYCPEQ
STTADFLTSL CDPNARQFQE GREASTPKTP EELEAAFRQS EYYKLIQNEV QAYEDQLHDT
NCADTQRFQK TVQSSKSKTV SKKSPYTVSI ARQVAACVRR EFWLLWGDKT SLYTKYFIII
SNAFIVSSLF YGEAMNTNGA FPRGGALFFS ILFLGWLQLT ELMPAVSGRA IVARHKDYAF
YRPSAVAIAR VVVDFPAILC MCIPFTIVVY FLAGLDATAS KFWIYFLFVY TTTFCITSMY
RMFAALSPTI DDAVRFSGIA LNVLVLFVGY VIPKQGLIDG SIWFGWLFYV NPLSYSYESV
LSNEFSDRVM ACDPSMLVPQ GPGVSPEYQG CALTGSKLGS TDVAGSDYLS TTFQFTRHHL
WRNFGVVIAF TVLYLLVTVI ATETLSFVGG GDGALVFKRS SNAKQIKAAT EKPNDEENGQ
GDAVTQSGGN NEAAFNRISS SERVFTWDNV EFTVPYGNGT RKLLNGVSGY AKPGLMIALM
GASGAGKTTL LNTLAQRQTT GVISGDMFVD GRPLSTDFQR GTGFCEQMDL HDATATIREA
LEFSALLRQD RNIPREEKIA YVKQIIDLLE LEEIQDAIIG SLNVEQKKRV TIGVELAAKP
SLLLFLDEPT SGLDSQAAFS IVRFLKKLSQ AGQAIVCTIH QPSSMLIQQF DMILALNPGG
NTFYFGPVGK DGKDVIKYFA DRGAVCPPAK NVAEFILETA AKPIKRDGKT VDWNEEWRTS
EQSRQVKEEI ERIYKERRDA TANEDQSAQY EFAAPTWLQC YLLTRRVFTQ YWRDPSYYYG
KLFTSVIIGI FNGFTFWMLD NSIASMQNRM FSLFLIILLP PIFLNSTLPK FYMNRALWEA
REYPSRIYGW VAFCTANVVA EIPAAIISAT VYFLLWYFAV GFPVTASASG YVFLMTMLFF
LFMASWGQWI CAFAPSFTVI SNVLPFFFVM TGLFNGVVRP YDDYPVFWKY WMYYVNPVTW
WIRGAISAIF PSVEITCAAT EATHFNPPPG STCSDYASNF VNNIAGAGYL ANPDATSDCQ
YCPYENGTQY MSTLNVRPDD KWHSFGIFLA FVIINWVLVY FFIYTVRVRK WSFGMGSLFG
GIGAVLSGIK NVFAKKN
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