| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04749 |
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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 | BN001303 |
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| Strand | + |
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| Start bp | 1101024 |
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| End bp | 1105961 |
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| Gene Length | 4938 bp |
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| Protein Length | 1498 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | ABC transporter protein [Source:UniProtKB/TrEMBL;Acc:Q9P884] |
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| Protein accession | CBF76870 |
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| Protein GI | 259482411 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.717358 |
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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 | 43 |
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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 | CCCATAGATT GGAATTCTTT GCACATCGTG GGCATTAATC TTTAACAACG ACACTTCCTC
GCCTTACTAC GTTGACGACT AGATTGATTG CGAGCAATCG AGGCCAGACT TCAGGATTTG
CTTCTGATGA ACTCTCGCAT TGGGGTGTAG AGCAAACATG TCGTTTCTCG GATCCATCTC
ACCAAACCTA CCGCGGTCTC AGTCGGTTGT CAGTCACAAT CTACCACAAG CGCATGGCCT
CGACGAGAAC GACGACATAT ATCACAATCA TTCCACCACC GCGCAACCAG GCGCTTCCGA
GAAGGACAAA AGCGAAGATG GAGAAACGCT ACACGAAAAC GAGCCTGACG GGGAAGCTCG
CGTGACATTA CTGGCTCGAC AATTGACTCG TCACTCTACT AGGCTGACGG CAAAGAGCAC
TCTCGAGAAC CCATTCTTTC TTGATGATTC TGACTCTACT CTAAACCCCA ACAGTCCAAA
CTTCCGAGTT CGTGACTGGA TGAAAATGTT ATTAGAGATC CGGTCTCGCG ACCCAGAGAG
ATATCCGGAT CGCACAGCTG GCATTGCTTT CAAGAATCTT AGCGTGCATG GCTTCGGCTC
CCCAACTGAT TACCAGAAAG ACGTCATGAA TGTGCTGCTT GAAATCGGGA CAATAGCTCG
CAGACTCGCT GGGATGAAGA TGCCAAAGAT ACAGATTCTC CGGGATTTCG AAGGATTGGT
TAGAAGTGGT GAAATGCTTG TTGTCCTGGG AAGGCCTGGA AGCGGATGTT CCACCTTTCT
CAAGACTATT GCTGGTGAGA TGAATGGCAT CCAAGTGTCA GATGACGCAG TATTGAATTA
CCAAGGTCAG CCTCCTTCGA CATCAGGATC GTTAGCGATT TTATGAATTC GCTTCTAACA
CCTTTCATCT AGGCATTTCT TCCAAGAATA TGCAGAACTC GTTCCGAGGC GAAGCTATCT
ATACAGCGGA GAATGACATT CATTTTCCCC AGCTCTCAGT AGGGGATACT CTTATGTTTT
CTGCCCTCGC AAGAGCACCG CGCAACCGCT TGGAGGGCGT GAGTCGAAAG CAATATGCAG
AGCATATGAG GGACGTGGTG ATGGCTATGC TTGGTCTCTC ACATACCATT AATACACGTG
TTGGAAATGA CTTCATTCGT GGCGTTAGTG GTGGTGAAAG AAAGCGGGTT AGTATCGCAG
AGGCTACCCT AAGTCAGGCG CCGCTTCAGT GCTGGGATAA CAGCACGAGA GGACTTGATA
GTGCCAATGC TTTGGAGTTC TGCAAAAATC TGGCTCTTAT GAGCAAGTAT ACCGGCTCTA
CTGCTTGCGT GGCAATCTAC CAAGCGTCCC AGAGCGCTTA CGATGTCTTC GACAAGGTCA
CTGTTCTGTA TGAAGGGAGA CAGATCTATT TCGGTAACAC CAAAGACGCA AAAAAGTTCT
TTGTTGATAT GGGTTTCGAG TGCCCTGAGC GTCAAACGAC GGCAGACTTT CTGACATCGC
TCACTAGTCC AGCGGAACGC CTGGTACGCC CTGGATATGA AGGCCGTGTC CCTTGCACGC
CCGACGAATT CGCAGCTGCG TGGAAGAGAA GCGAGGAACG TGCTAAGCTT ATGGCGGAAA
TTGAAGAATA TGAACGACAG TATCCCATTG GGGGTCCATC TTACGATGCC TTCGTGGATG
CACGCAAGGC CATGCAATCG AAGCGCCAGC GCGTGAACTC TCCGTATACC ATCTCAATAT
GGCAGCAAGT CTCCTTATGT GTTGTTCGTG GATTTCAGCG TCTCCGTGGT GATTTCAGTC
TCACGACAAC TTCTTTAATT GGCAACTTTA TGATGGCATT AATTATTGGA TCTGTTTTCT
TCGATCTCCC TGACGATACG TCCAGTTTTT ACTACCGGGG TGCTCTTCTC TTCTTTGCAG
TGCTGTTGAA TGCCTTCTCG AGTGCCTTAG AGATTTTGAC ACTCTATTCG CAACGGCCAA
TAGTGGAAAA ACAATCAAGA TACGCATTCT ATCATCCTTT TGCTGAAGCA GTCGCATCAA
TGATATGCGA TACTCCATAC AAACTGATCA ATTCATTCAC GTTCAACGTC CCCTTATACT
TGATGACAAA CCTGCGTCGC GATGCTGCGG CCTTTTTCAC ATTCTGGATA TTTTCGGTGG
TCACCACATT TACAATGTCC ATGATTTTCC GCACTATTGC TTCTACCTCC CGTTCGCTAT
CCCAAGCCCT CGTGCCCGCA GCTATGCTAA TTTTAGGAAT GGTAATCTAT ACTGGTTTTA
CTATCCCTAC TCAAAATATG CTTGGCTGGT CTCGTTGGAT GAACTATATC AACCCTATCG
CCTACTCGTT CGAAAGCTTT ATGGTCAACG AATTCGACGG TCGGCAATTC GAATGTGTGT
CCATTATTCC CAGTGGGGAT GAGTACAACA ATGTGTCTAT GCAGTACCGC ATCTGCTCAA
CAGTTGGAGC AGAGTCGGGG TCAAGAATTG TGGACGGCGG ACAATACCTG GAACTAAGCT
ATCAATATAC CAAAAGTCAC CTATGGAGGA ATATGGGGAT TTTGATTGGC TTTATGGTAT
TCTTTGCTTT CACCTACCTT CTTGGCACTG AATATATCTC TGAGCAAAAG GCCAAAGGTG
AGGTCTTACT CTTCCGCCGC GGTCGTCAGC CAGACCTGTC AACAACTGAG GCCGATCCCG
AGAACCCTAT ACAACCTAGT AATGCCCCAA AGACCGAAGA ATCGGCGCCA CAGAATACCG
CTAGGATTCA AAGGCAAACA GCAATTTTTC ATTGGGAAGA TGTCTGCTAT GACATCAAGA
TCAAAGGCCA GCCAAGGAGG ATCCTCGATA ATGTTGACGG TTGGGTCAAA CCCGGCACCT
GCACCGCGCT AATGGGTGTT TCCGGAGCAG GAAAGACAAC GTTGCTAGAC GTTCTGGCCA
CAAGGGTCAC TATGGGTGTT GTCTCTGGAT CAATGCTTGT TGATGGGCGC TTGCGCGATC
AATCATTTCA ACGGAAGACC GGGTATGTGC AACAACAGGA TCTACACTTG GCTACTTCTA
CTGTCCGGGA AGCTCTCCGC TTCAGCGCAA TACTACGACA ACCCGCACAC CTGAGTCGAC
AGGAAAAGCT TGATTATGTT GAAGAAGTTA TTAAGCTCCT AGGAATGGAA GCCTATGCGG
ACGCAATTGT GGGCGTTCCT GGGCAAGGCT TGAACGTTGA GCAGCGAAAA CGTTTGACAA
TTGGGGTAGA GCTTGCAGCA AAACCTCAGC TTCTGTTGTT TCTGGATGAG CCGACTTCTG
GTCTTGATAG CCAGACGTCA TGGTCTATCT TAGACTTAAT TGATACCTTG ACTCAGCACG
GACAAGCGAT ACTTTGCACC ATTCATCAAC CTTCAGCTAT GTTGTTTCAA AGATTTGACC
GGCTTCTCTT ATTAGCATCT GGTGGGAAAA CAATCTATTT TGGGGAAATT GGACCTAACT
CCTCGACACT CTCGAACTAT TTTGTACGCA ATGGTTCTCA CGGATTACCC CCTGGGGACA
ACCCAGCAGA ATGGATGTTG GAAGTTATCG GAGCAGCACC AGGCTCTAAC ACTGAAATTG
ACTGGGTGAA GACCTGGCGA GAATCCCCAG AATACGCCAA AGTCAGGGAG CACCTGGCAG
AACTGAGAGC CACATTGTCA GCCAAACCTG CGGACTCGTC TGATCCAAGC GCCCTGAGCG
AGTTTGCTGC CCCATTTTCT GTCCAACTTT GGGAGTGCCT TGTGCGTGTG TTCGCTCAAT
ACTACCGCAC TCCAACCTAC ATCTGGTCTA AAGCGGCGCT CTGTGCCCTC ACAGCGCTGT
ATATTGGGTT TTCGTTCTTC AACGCCCCGA CCTCTATCCA AGGCCTTCAA AATCAGATGT
TCAGTGTGTT TATGTTGATG ACGATATTCG GTAACTTGGT GCAGCAAATC ATGCCCAACT
TCGTCACTCA ACGCTCTTTA TACGAAGCAC GTGAACGTCC ATCAAAAGCA TATTCCTGGA
AGGCATTTAT GGCAGCTAAT ATTATAGTTG AGCTTCCCTG GAACTCGCTC ATGGCAGCCC
TTATCTTCTT CTGCTGGTAC TACCCAATTG GGTTATACAA TAATGCAAAG CCAACAGACG
CAGTAACAGA GCGCGGCGGT CTAATGTTCT TGCTTATCTG GACATTCTTG CTCTTTACAT
CCACATTCGC GCACATGATC ATTGCAGGCA TCGAGCTTGC AGAGACCGGT GGCAATGTCG
CCCAATTGTT ATTCTCCCTG TGTCTAATCT TCTGCGGCGT GCTCTCTACT CCCGATGCCA
TGCCTGGGTT TTGGATTTTC ATGTATCGTG TCTCACCCTT CACATACCTA GTTTCGGCAA
TGCTTTCAAC AGGCCTGTCA GGAACGGATG TTGAGTGTGA ACCTGTCGAG TATCTCACCT
TTGCTCCACC GAACAACCAG ACTTGTGGAG ACTATATGCG GGCCTACATT GATGAAGTTC
AAAGCGGCTA TCTCCTGGAT CCGAGCGCAA CTGACCAGTG CTCGTTTTGC TCCATGGACA
AGACGGACAC ATTTCTCTTG TCAGTTGGCA GTACGTTTGA TGAGGCTTGG AGGAACTTTG
GTCTCATGTG GGCTTATATT TTGTTCAATA TCGTCGGCGC TGTGTTTATC TATTGGCTCG
CTCGTGTGCC CAAGGGCAAG AAGATGGCTG GGACGGCATG AGGAAAAGCT TTCGACCATC
TTTCCGGGCC CTCAAAACAC CATTCCATCC TTACAACATT CCCTGCTCCT CTTTTTTTTT
TTGAGCTTCT TACTGCGGTT TGCGCTAATC CGCGTCTTCT CGTTCTAATC CTACCTTATA
CACGCCGTCT GTGCTCACCA ATCCTGTGTA TTAGTTTGCG TCTTACTGAT GATATCGCAT
AGACTATCTC TATTTGTA
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| Protein sequence | MSFLGSISPN LPRSQSVVSH NLPQAHGLDE NDDIYHNHST TAQPGASEKD KSEDGETLHE
NEPDGEARVT LLARQLTRHS TRLTAKSTLE NPFFLDDSDS TLNPNSPNFR VRDWMKMLLE
IRSRDPERYP DRTAGIAFKN LSVHGFGSPT DYQKDVMNVL LEIGTIARRL AGMKMPKIQI
LRDFEGLVRS GEMLVVLGRP GSGCSTFLKT IAGEMNGIQV SDDAVLNYQG ISSKNMQNSF
RGEAIYTAEN DIHFPQLSVG DTLMFSALAR APRNRLEGVS RKQYAEHMRD VVMAMLGLSH
TINTRVGNDF IRGVSGGERK RVSIAEATLS QAPLQCWDNS TRGLDSANAL EFCKNLALMS
KYTGSTACVA IYQASQSAYD VFDKVTVLYE GRQIYFGNTK DAKKFFVDMG FECPERQTTA
DFLTSLTSPA ERLVRPGYEG RVPCTPDEFA AAWKRSEERA KLMAEIEEYE RQYPIGGPSY
DAFVDARKAM QSKRQRVNSP YTISIWQQVS LCVVRGFQRL RGDFSLTTTS LIGNFMMALI
IGSVFFDLPD DTSSFYYRGA LLFFAVLLNA FSSALEILTL YSQRPIVEKQ SRYAFYHPFA
EAVASMICDT PYKLINSFTF NVPLYLMTNL RRDAAAFFTF WIFSVVTTFT MSMIFRTIAS
TSRSLSQALV PAAMLILGMV IYTGFTIPTQ NMLGWSRWMN YINPIAYSFE SFMVNEFDGR
QFECVSIIPS GDEYNNVSMQ YRICSTVGAE SGSRIVDGGQ YLELSYQYTK SHLWRNMGIL
IGFMVFFAFT YLLGTEYISE QKAKGEVLLF RRGRQPDLST TEADPENPIQ PSNAPKTEES
APQNTARIQR QTAIFHWEDV CYDIKIKGQP RRILDNVDGW VKPGTCTALM GVSGAGKTTL
LDVLATRVTM GVVSGSMLVD GRLRDQSFQR KTGYVQQQDL HLATSTVREA LRFSAILRQP
AHLSRQEKLD YVEEVIKLLG MEAYADAIVG VPGQGLNVEQ RKRLTIGVEL AAKPQLLLFL
DEPTSGLDSQ TSWSILDLID TLTQHGQAIL CTIHQPSAML FQRFDRLLLL ASGGKTIYFG
EIGPNSSTLS NYFVRNGSHG LPPGDNPAEW MLEVIGAAPG SNTEIDWVKT WRESPEYAKV
REHLAELRAT LSAKPADSSD PSALSEFAAP FSVQLWECLV RVFAQYYRTP TYIWSKAALC
ALTALYIGFS FFNAPTSIQG LQNQMFSVFM LMTIFGNLVQ QIMPNFVTQR SLYEARERPS
KAYSWKAFMA ANIIVELPWN SLMAALIFFC WYYPIGLYNN AKPTDAVTER GGLMFLLIWT
FLLFTSTFAH MIIAGIELAE TGGNVAQLLF SLCLIFCGVL STPDAMPGFW IFMYRVSPFT
YLVSAMLSTG LSGTDVECEP VEYLTFAPPN NQTCGDYMRA YIDEVQSGYL LDPSATDQCS
FCSMDKTDTF LLSVGSTFDE AWRNFGLMWA YILFNIVGAV FIYWLARVPK GKKMAGTA
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