| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09342 |
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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 | 348718 |
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| End bp | 353239 |
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| Gene Length | 4522 bp |
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| Protein Length | 1323 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | ABC multidrug transporter (Eurofung) |
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| Protein accession | CBF87439 |
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| Protein GI | 259488182 |
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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 | 15 |
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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 | ATGGAGAATA CTTCTGTTTC AAAACCTAGT CCTGGGGCAG AAGTGCCGGT CGAAACACAA
AAGGAATCGG CGACAGGGAT GGCAACGCCC TCGCCGTCGA CGGCCAGCGA GAACGACGAC
GGCTCCAATG ATAAAGAGAC CAAGACTCCC TTGTTCGCAA GCTACGCTGT ATGCTTAGGC
TCTTGTTTGC ATATGCTCAA CTGGCGTTCT GACAGCTATC TAGCGAATCC TCTCGTACGG
GACCGGTCAC CATGGTTGGC TTCTCTTGAT CCTCGGCCTT GGATGTGCAA TGGGATCAGG
AACGGCAGGT CTCATTTCCA CATGTGCACC GCTATTCCTA ACAAGTCGCA GACCCTCCCC
CTAATGAATG TCATCTTTGG CAAACTCGTT GGCGACTTCA ATGCATATTT CATTCCAGAC
TCGGGAGTGA CAGAGTCTCA ATTCAACTCT GCCGTTAGCA AGAACAGGCA TGCCAAGCCA
TCCATATAAC TTGGCCAGCT CCTTGCTGAC TTGGTATAGC CTCTATCTCA TCTATCTCTT
CATCGGCAAG TTTGTTTTGA CGTACGTCTA CATGCTCTGT TTCCGTATGA TCAGCCTGAA
AGCGTCCTCG TCCCTCCGAC TGTCCTACAT GTCCTCCCTC TTCAGCCAGC CCGTCAGCAA
ACTCGACGCT ATCTCCGTGG GTAGCGTAAC AAACACCATC ACCTCCCTCT CAAATACGAT
GCAGCAGAGC GTTTCCGATC GCCTGGCAAT GCTCTTCCAG TCGGTCGCCC TGCTGATCGC
CGCATACGCA GTAGCTTTCC GGTACTCCTG GGCACTGACG CTCGTTGTCT CCTCAGCCAT
CCTCTTCGTG GTGCTAGCAT TCAGCGTCAC GCTCCCGATC ATGATTTCTG GCCAGCGGAG
TGTTGATCTC GCGGATGAGC AGCATGCCTC GATCGCGAGT GAGGTCTTCG GTTCTATCCG
GACAGTGTTC TCTCTCGGCG CGGACGGCCC CCTGTCACGA AAGTACAGCG AGTGGGTCGA
TGAGGCGCGG AAGCGCGGGC GGCGCATGGC ATTTGTCACG GGCATTCATC TGGCGATACT
TTTCTTCAGC ATGTACTGCA GTTTTGCGCT TGCCTTCTGG TTTGGCATCA AGCTATTCCG
CGAGGGCAAT ATTCCTAATG TCGGGACAGT GATAACGTAT ACTATCCGAA GTACGCTTTT
TTGGGCATTT CTAACTGCGG TGCAGTGTCT TCTTCTCTGT CCTTCTGGTG GTGACGATCA
TGGGCGGCAT TATCTCACCT CTAATGGCCA TCTCAAAAGC CGTCAGCGCC TCGGCGGCAT
TCTTTTCCGT TATCGATGCC GAGAAACTAC CGAGCGGCGG TTTCAAGGAG CCCGAGGTAT
CGAGCCAGTC GGATATTGTC TTTGAGAATG TGACGTTTGC GTATCCTTCG AGACCTAGCG
TGTCTGTCTT GAAGGGCTTT AGTGCTGTGT TTCAACGTGG GAAGACAACG GCAATCGTTG
GGCCTTCGGG ATCAGGAAAA AGCACGATTG TCACGTTGCT GGAGCGGTGG TATCAACTCG
ACCCATCCGG TGACGGAGAA AAAATGTCTG GGGAGATCAG GATCAATGAC CGAAACATTA
ACAGTTTAGA CCTCAAGTGG TGGAGGACAC AGATCGGCCT CGTGCAGCAG GAGCCCTTTA
TGTTCAACGA CACAGTCTAC AACAACGTCG CCTTTGGACT AATCGGATCA CAATGGGAAG
ATGCTTCTGA AGAGGTCAAG AGAGGCCTCG TCGAAAAAGC ATGCAAGGAA GCATTTGTTG
ACGAATTTGT TCAGCGCCTT CCTTCAGTAT ATATCCCGTC CACATCGCTA TATCACGCGC
ATACTGATCA TAACAGAGAT ACTCCACGCT CATCGGGGAA AATGGCTTAA CGCTAAGTGG
CGGCCAACGC CAACGGCTAA CAATAGCGCG CGGCATCGTT TCTAACCCTC CGATCTTGAT
ACTGGACGAA GCAACGAGCT CTATTGATGT GAGAGGAGAA AGGATCGTGC AGGCGGCCCT
AAACCGTGTC TCAAAGGACC GCACGACAAT CATGATCGCC CATCGACTGT CGACTGTGAG
GAACGCCGAT CGGATCATTG TGCTTAGGGA TGGGGAGAAT GTTGAGGAGG GAAGCCATGA
AGAGTTACTA AAGAGAGAAG GAGTTTACAG TGGCCTTGTC AAGGCGCAGC TATTAGGGAC
ATTTTACGGC GCGGATGGCT TTGAGGACAG TGAGCACAAT GAGTGGGCGG CAAGTGAGGA
AAAGAACGAA GGGGAGCTCA ACTCCATACC AGAGGAAGCT CCGGCGAAGA AGATGGGCGG
TTTCATGAGC TTGAGTGCCA TTCTCTACGA ACAACGGGCC TACTGGATGC TATACATCGT
TATCCTCGCG GCGGCGGCCG GCTCTGGATG TAAGTCGGCC CTATTCGTGA GACGCAAGCT
AACATCACAC AGCCGGCTTC GCTCTCCAAA GCTACCTCTT TGCGAAACTG ATCGAGGTCT
TCAATTTCAC CGGTCAGAGG CTGATCGATG CCGCCAACTT CTGGGCATTG ATGTTCTTCG
TCCTAGCCCT AGCTGTGGGA GCCTGTTACT TTATACTAGG GTCCTGCTCT GTCATTGTCT
CGCATGTACG TCCCCTACCT GTGATCTCCC ACTGTCAAGC TCACTGTATA GTTTATTGCA
TCCTTCTACC GAAAAGACTA CTTCACGAGC CTCATCCGAA AACCGGTCCC CTTCTTCGAC
TCTGCTTCCA ACAGCAGCGG AACCCTAACA TCGAATCTCT CAAGTTCGGC GAAGCAACTC
CAAGAACTCT TCAGCGTCAA CGGTGTCTTT CCGCTAGTGT CCATCTTTGT CATACTCGGC
TGTATCTCCA TCTCGTTCGC CTTTGGGTGG AAACTCGCTG CCGTCGCCAT CTTCGCGGCA
TTACCTTTCA TCGCCACCGC AGCAAATCTA CGTATTCGGT ACGAGACGCA GTTCGAGCTT
ATGAATGCTA AAGTCTATGC GGAGAGCTCG GCTTTCGCGA CCGAGGCAAT CAAGGCGTTT
CGCACTGTGT CTGCGTGCAC GATGGAGGGT TTTATTCTGG AAAGATACAA AGTCCTACTC
ACCGAGCAAC GAGAGAAAGC ACTGAAAAAA GCCTGGCTTG CGTGCGCGGT GTTTGCCTTT
TCGGACAGTG TAGATTTCTG TGCGATGGCG CTGACGTTTT GGTATCATGC CCTTCGCGCT
TGACTTGGTG CTTACTGGAG CTGATGGTTT GTCGCTAGGT ACGGCGGGAA ACTCCTTGGT
TCAAGAGAGT ACGACCTCGT CCAGTTCTTC GTCGTCTACA TTGCTATCAT TCAGGGCGGG
CAGATGGCTG GGATGATGTT CAGCTCAGGC GCGGATCTCG CACAGGCAAA GGCCTCTGCT
GCCAGGATTT TCATGGCGCG GACGCCGTCT GCAACCATCA GTACTCAAGA TCCTGCAATC
ACACCTCCAG ACGCAAGAGC ACCATCAGAT GCGAGTCTTG AATTCTGCAG TGTTTCCTTC
CGCTATCCCT TCCGCAAAGC GCCAGTCTTT GCAGACCTCA ATCTTCGAAT CGAAAGCGGG
CAATTTGTTG CATTCGTCGG GCCTTCGGGG TGCGGGAAAT CAACACTCAT ATCCCTGATA
GAGCGGTTCT ACGAGCCCAC TGAGGGCAGC ATACTGTTTG GAGGAGTGCC GATCAACACG
CTTGATATTG TATCCTACCG CAGGAACCTA TCTCTCGTCG CGCAAGACCC GAAGCTGTTC
AACGCCACTA TACGCGAGAA TCTCTGTCTG GGAATTGACC CAGACAATCA TGAACAGGAC
CATGACCGTG ATCTCGAGGA GAGGATGATA TCCGCCTGTA CTTCCGCCGA GATCCACCCA
TTCATTCTCT CCCTGCCCGA TGGCTACAAC ACAGCGCTCG GAACAAACGC CTCCTCGTCG
GCATCTCTAA GCGGCGGGCA GAAGCAGCGG CTCTGTATCG CCCGCGCGTT ACTCCGGAAC
CCACGAGTAT TGCTCCTAGA CGAAGCAACT TCTAGTCTGG ACTCGCAGAG CGAAAAGCTT
GTGCAGCAGG CGATGGAGAA ACTAGCTGAG AGTCGAGATT TGACGATCAT TGCTGTTGCG
CATCGGCTTG CCACTGTACA AAAGGCAGAT GTCATTTTTG TTTTTGGCGA GGACGGGACT
AAAGCTGGGT CGAGGGTATT GGAGAAGGGG ACTCATTCGG AGCTGCTGGA GATGAGGGGG
GTATATTGGC AGATGGTGAG TTCTTCTCTT TCTGGTACTT AAAGCTATGA GAAGTTGCTA
ACAATAAGCA GTGTCAGGCT CAGGCACTGG ATCGGTGAGG ATTCCATCTT ATGGTATTTA
CATGTAGTCG TTAAACCGTC ACCAAGAGCC GGGACGGGTT TGCTTTGTCG CCCGGTGCTC
TATGCTCCTG GACTACGCCA CCCCCTACAA ATCTTGTATA ATATCTAGCT CCTCGCTACT
TATACGAAAA AGTCCAAGCT CC
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| Protein sequence | MENTSVSKPS PGAEVPVETQ KESATGMATP SPSTASENDD GSNDKETKTP LFASYAVCLG
SCLHMLNWRS DSYLANPLVR DRSPWLASLD PRPWMCNGIR NGRSHFHMCT AIPNKSQTLP
LMNVIFGKLV GDFNAYFIPD SGVTDLYLIY LFIGKFVLTY VYMLCFRMIS LKASSSLRLS
YMSSLFSQPV SKLDAISVGS VTNTITSLSN TMQQSVSDRL AMLFQSVALL IAAYAVAFRY
SWALTLVVSS AILFVVLAFS VTLPIMISGQ RSVDLADEQH ASIASEVFGS IRTVFSLGAD
GPLSRKYSEW VDEARKRGRR MAFVTGIHLA ILFFSMYCSF ALAFWFGIKL FREGNIPNVG
TVITVFFSVL LVVTIMGGII SPLMAISKAV SASAAFFSVI DAEKLPSGGF KEPEVSSQSD
IVFENVTFAY PSRPSVSVLK GFSAVFQRGK TTAIVGPSGS GKSTIVTLLE RWYQLDPSGD
GEKMSGEIRI NDRNINSLDL KWWRTQIGLV QQEPFMFNDT VYNNVAFGLI GSQWEDASEE
VKRGLVEKAC KEAFVDEFVQ RLPSRYSTLI GENGLTLSGG QRQRLTIARG IVSNPPILIL
DEATSSIDVR GERIVQAALN RVSKDRTTIM IAHRLSTVRN ADRIIVLRDG ENVEEGSHEE
LLKREGVYSG LVKAQLLGTF YGADGFEDSE HNEWAASEEK NEGELNSIPE EAPAKKMGGF
MSLSAILYEQ RAYWMLYIVI LAAAAGSGSG FALQSYLFAK LIEVFNFTGQ RLIDAANFWA
LMFFVLALAV GACYFILGSC SVIVSHFIAS FYRKDYFTSL IRKPVPFFDS ASNSSGTLTS
NLSSSAKQLQ ELFSVNGVFP LVSIFVILGC ISISFAFGWK LAAVAIFAAL PFIATAANLR
IRYETQFELM NAKVYAESSA FATEAIKAFR TVSACTMEGF ILERYKVLLT EQREKALKKA
WLACAVFAFS DSVDFCAMAL TFWYGGKLLG SREYDLVQFF VVYIAIIQGG QMAGMMFSSG
ADLAQAKASA ARIFMARTPS ATISTQDPAI TPPDARAPSD ASLEFCSVSF RYPFRKAPVF
ADLNLRIESG QFVAFVGPSG CGKSTLISLI ERFYEPTEGS ILFGGVPINT LDIVSYRRNL
SLVAQDPKLF NATIRENLCL GIDPDNHEQD HDRDLEERMI SACTSAEIHP FILSLPDGYN
TALGTNASSS ASLSGGQKQR LCIARALLRN PRVLLLDEAT SSLDSQSEKL VQQAMEKLAE
SRDLTIIAVA HRLATVQKAD VIFVFGEDGT KAGSRVLEKG THSELLEMRG VYWQMCQAQA
LDR
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