| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02300 |
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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 | BN001307 |
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| Strand | - |
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| Start bp | 3429164 |
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| End bp | 3433618 |
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| Gene Length | 4455 bp |
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| Protein Length | 1343 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-transporterMultidrug resistance protein MDR ; [Source:UniProtKB/TrEMBL;Acc:Q9Y8G1] |
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| Protein accession | CBF86562 |
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| Protein GI | 259487694 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.567277 |
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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 | 51 |
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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 | ATGTCCCCGC TAGAGACAAA TCCCCTTTCG CCAGAGACTG CTATGCGCGA ACCTGCTGAG
ACTTCAACGA CGGAGGAGCA AGCTTCTACA CCACACGCTG CGGACGAGAA GAAAATCCTC
AGCGACCTCT CGGCTCCATC TAGTACTACA GCAACCCCCG CAGACAAGGA GCACCGTCCT
AAATCGTCGT CCAGCAATAA TGCGGTCTCG GTCAACGAAG TCGATGCGCT TATTGCGCAC
CTGCCAGAAG ACGAGAGGCA GGTCTTGAAG ACGCAGCTGG AGGAGATCAA AGTAAACATC
TCCTTCTTCG GTCTCTGGCG GTATGCAACA AAGATGGATA TACTTATCAT GGTAATCAGT
ACAATCTGTG CCATTGCTGC CGGTGCTGCA TTGCCTCTAT TCACGGCACG TATTTGTTCC
TGCAGGTTTT CAGAAGCTCG CGGCTAACTT GTCCAGATCC TCTTCGGTTC GCTAGCGTCG
ACTTTCCAGA GGATAATGTT ATATCAAATC TCGTACGACG AGTTCTATGA TGAATTGACC
AAGAACGTAC TGTACTTCGT ATACCTCGGT ATCGGCGAGT TTGTCACTGT CTATGTTAGT
ACTGTTGGCT TCATCTATAC CGGAGAACAC GCCACGCAGA AGATCCGCGA GTATTACCTT
GAGTCTATCC TGCGCCAGAA CATTGGCTAT TTTGATAAAC TCGGTGCCGG GGAAGTGACC
ACCCGTATAA CAGCCGATAC AAACCTTATC CAGGATGGCA TTTCGGAGAA GGTCGGTCTC
ACTTTGACTG CCCTGGCGAC ATTCGTGACA GCATTCATTA TCGCCTACGT CAAATACTGG
AAGTTGGCTC TAATTTGCAG CTCAACAATT GTGGCCCTCG TTCTCACCAT GGGCGGTGGT
TCTCAGTTTA TCATCAAGTA CAGCAAAAAG TCGCTTGACA GCTACGGTGC AGGCGGCACT
GTTGCGGAAG AGGTCATCAG CTCCATCAGA AATGCCACAG CGTTTGGCAC CCAAGACAAG
CTTGCGAAGC AGTATGAGGT CCACTTAGAC GAAGCTGAGA AATGGGGAAC AAAGAACCAG
ATTGTCATGG GTTTCATGAT TGGCGCCATG TTTGGCCTTA TGTACTCGAA CTACGGTCTT
GGCTTCTGGA TGGGTTCTCG TTTCCTGGTA GATGGTGCAG TCGATGTGGG TGATATTCTC
ACAGTTCTCA TGGCCATCTT GATCGGATCG TTCTCCTTGG GGAACGTTAG TCCAAATGCT
CAAGCATTTA CAAACGCTGT GGCCGCGGCC GCAAAGATAT TTGGAACGAT CGATCGCCAG
TCCCCATTAG ATCCATATTC GAACGAAGGG AAGACGCTCG ACCATTTTGA GGGCCACATT
GAGTTACGCA ATGTCAAGCA TATTTACCCA TCTAGACCCG AGGTCACCGT CATGGAGGAT
GTTTCTCTGT CAATGCCCGC TGGAAAAACA ACCGCTTTAG TCGGCCCCTC TGGCTCTGGA
AAAAGTACGG TGGTCGGCTT GGTTGAGCGA TTCTACATGC CTGTTCGCGG TACGGTTTTG
CTGGATGGCC ATGACATCAA GGACCTCAAT CTCCGCTGGC TTCGCCAACA GATCTCTTTG
GTTAGCCAGG AGCCTGTTCT TTTTGGCACG ACGATTTATA AGAATATTAG GCACGGTCTC
ATCGGCACAA AGTACGAGAA TGAATCCGAG GATAAGGTCC GGGAACTCAT CGAGAACGCG
GCAAAAATGG CGAATGCTCA TGACTTTATT ACTGCCTTGC CTGAAGGTTA TGAGACCAAT
GTTGGGCAGC GTGGCTTTCT CCTTTCAGGT GGCCAGAAAC AGCGCATTGC AATCGCCCGT
GCCGTTGTTA GTGACCCAAA AATCCTGCTC CTGGATGAAG CTACTTCGGC CTTGGACACA
AAATCCGAAG GCGTGGTTCA AGCAGCTTTG GAGAGGGCAG CTGAAGGCCG AACTACTATT
GTGATCGCTC ATCGCCTTTC CACGATCAAA ACGGCGCACA ACATTGTGGT TCTGGTCAAT
GGCAAAATTG CTGAACAAGG AACTCACGAT GAATTGGTTG ACCGCGGAGG CGCTTATCGC
AAACTTGTGG AGGCTCAACG TATCAATGAA CAGAAGGAAG CTGACGCCTT GGAGGACGCC
GACGCTGAGG ATCTCACGAA TGCAGATATT GCCAAAATCA AAACTGCGTC AAGCGCATCA
TCCGATCTCG ACGGAAAACC CACAACCATT GACCGCACGG GCACCCACAA GTCTGTTTCC
AGCGCGATTC TTTCTAAAAG ACCCCCCGAA ACAACTCCGA AATACTCATT ATGGACGCTG
CTCAAATTTG TTGCTTCCTT CAACCGCCCT GAAATCCCGT ACATGCTCAT CGGTCTTGTC
TTCTCAGTGT TAGCTGGTGG TGGCCAACCC ACGCAAGCAG TGCTATATGC TAAAGCCATC
AGCACACTCT CGCTCCCAGA ATCACAATAT AGCAAGCTTC GACATGATGC GGATTTCTGG
TCATTGATGT TCTTCGTGGT TGGTATCATT CAGTTTATCA CGCAGTCAAC CAATGGTGCT
GCATTTGCCG TATGCTCCGA GAGACTTATT CGTCGCGCGA GAAGCACTGC CTTTCGGACG
ATACTCCGTC AAGACATTGC TTTCTTTGAC AAGGAAGAGA ATAGCACCGG CGCTCTGACC
TCTTTCCTGT CCACCGAGAC GAAGCATCTC TCCGGTGTTA GCGGTGTGAC TCTAGGCACG
ATCTTGATGA CCTCCACGAC CCTAGGAGCG GCTATCATTA TTGCCCTGGC GATTGGGTGG
AAATTGGCCT TAGTTTGTAT CTCGGTTGTG CCGGTTCTCC TGGCATGCGG TTTCTACCGA
TTCTATATGC TAGCCCAGTT TCAATCACGC TCCAAGCTTG CTTATGAGGG ATCTGCAAAC
TTTGCTTGCG AGGCTACATC GTCTATCCGC ACAGTTGCGT CATTAACCCG GGAAAGGGAT
GTCTGGGAGA TTTACCATGC CCAGCTTGAC GCACAAGGCA GGACCAGTCT AATCTCTGTC
TTGAGGTCAT CCCTGTTATA TGCGTCGTCG CAGGCACTTG TTTTCTTCTG CGTTGCGCTC
GGGTTTTGGT ACGGAGGGAC ACTTCTTGGT CACCACGAGT ATGACATTTT CCGCTTCTTT
GTTTGTTTCT CCGAGATTCT CTTTGGTGCT CAATCCGCGG GCACCGTCTT TTCCTTTGCA
CCAGACATGG GCAAGGCGAA GAATGCGGCC GCCGAATTCC GACGACTGTT CGACCGAAAG
CCACAAATTG ATAACTGGTC TGAAGAGGGC GAGAAGCTCG AAACGGTGGA AGGTGAAATC
GAATTTAGGA ACGTGCACTT CAGATACCCG ACCCGCCCAG AACAGCCTGT CCTGCGCGGC
TTGGACCTGA CCGTGAAGCC TGGACAATAT GTTGCGCTTG TCGGACCCAG CGGTTGTGGC
AAGAGTACCA CCATTGCATT GCTTGAGCGC TTTTACGATG CGATTGCCGG GTCCATCCTT
GTTGATGGGA AGGACATAAG TAAACTAAAT ATCAACTCCT ACCGCAGCTT TCTGTCACTG
GTCAGCCAGG AGCCGACACT GTACCAGGGC ACCATCAAGG AAAACATCTT ACTTGGTATT
GTCGAAGATG ACGTACCGGA AGAATTCTTG ATTAAGGCTT GCAAGGACGC TAATATCTAC
GACTTCATCA TGTCGCTCCC GTAAGTTCAT ATTTCTGTCC TTCATCCTAT ACCTGGTCCG
CTAACATGCA ACAATAGGGA GGGCTTTAAT ACAGTTGTTG GCAGCAAGGG AGGCATGTTG
TCTGGCGGCC AAAAGCAACG TGTGGCCATT GCCCGAGCCC TTCTTCGGGA TCCCAAAATC
CTTCTTCTCG ATGAAGCGAC GTCAGCCCTC GACTCCGAGT CAGAAAAGGT CGTCCAGGCG
GCTTTGGATG CCGCTGCCCG AGGCCGAACC ACAATCGCCG TTGCACACCG ACTCAGCACG
ATTCAAAAGG CGGACGTTAT CTATGTTTTC GACCAAGGCA AGATCGTCGA AAGCGGAACG
CACAGCGAAC TGGTCCAGAA AAAGGGCCGG TACTACGAGC TGGTCAACTT GCAGAGCTTG
GGCAAGGGCC ATTGATCGCA TCTCCCCTCA TAATTATCTT CTCCGGCTAC TTTCTTGCAT
ATATATAATC TTGGATATCT CCTTGACAGT CTGATGGTGT GCTAGCACGT TTTTCCTTAC
CTTGACTTTT TGTATAGAAT TCTCGGGCTC GTTAAGCCTA GTTATTGGTT TTTCTTTTTC
TTTTATTTCT TTTATTTCTA CTTCTTTTTA TTTTCTTTTT ATTAGACTTC TCGTCTCATA
GCAGACACTC TCCTCTACCT ATGTACCTTA TAGATGAGAT GAAAAGAAAA AGCAGACAAA
CCACTCCATA CTCCA
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| Protein sequence | MSPLETNPLS PETAMREPAE TSTTEEQAST PHAADEKKIL SDLSAPSSTT ATPADKEHRP
KSSSSNNAVS VNEVDALIAH LPEDERQVLK TQLEEIKVNI SFFGLWRYAT KMDILIMVIS
TICAIAAGAA LPLFTAPSTF QRIMLYQISY DEFYDELTKN VLYFVYLGIG EFVTVYVSTV
GFIYTGEHAT QKIREYYLES ILRQNIGYFD KLGAGEVTTR ITADTNLIQD GISEKVGLTL
TALATFVTAF IIAYVKYWKL ALICSSTIVA LVLTMGGGSQ FIIKYSKKSL DSYGAGGTVA
EEVISSIRNA TAFGTQDKLA KQYEVHLDEA EKWGTKNQIV MGFMIGAMFG LMYSNYGLGF
WMGSRFLVDG AVDVGDILTV LMAILIGSFS LGNVSPNAQA FTNAVAAAAK IFGTIDRQSP
LDPYSNEGKT LDHFEGHIEL RNVKHIYPSR PEVTVMEDVS LSMPAGKTTA LVGPSGSGKS
TVVGLVERFY MPVRGTVLLD GHDIKDLNLR WLRQQISLVS QEPVLFGTTI YKNIRHGLIG
TKYENESEDK VRELIENAAK MANAHDFITA LPEGYETNVG QRGFLLSGGQ KQRIAIARAV
VSDPKILLLD EATSALDTKS EGVVQAALER AAEGRTTIVI AHRLSTIKTA HNIVVLVNGK
IAEQGTHDEL VDRGGAYRKL VEAQRINEQK EADALEDADA EDLTNADIAK IKTASSASSD
LDGKPTTIDR TGTHKSVSSA ILSKRPPETT PKYSLWTLLK FVASFNRPEI PYMLIGLVFS
VLAGGGQPTQ AVLYAKAIST LSLPESQYSK LRHDADFWSL MFFVVGIIQF ITQSTNGAAF
AVCSERLIRR ARSTAFRTIL RQDIAFFDKE ENSTGALTSF LSTETKHLSG VSGVTLGTIL
MTSTTLGAAI IIALAIGWKL ALVCISVVPV LLACGFYRFY MLAQFQSRSK LAYEGSANFA
CEATSSIRTV ASLTRERDVW EIYHAQLDAQ GRTSLISVLR SSLLYASSQA LVFFCVALGF
WYGGTLLGHH EYDIFRFFVC FSEILFGAQS AGTVFSFAPD MGKAKNAAAE FRRLFDRKPQ
IDNWSEEGEK LETVEGEIEF RNVHFRYPTR PEQPVLRGLD LTVKPGQYVA LVGPSGCGKS
TTIALLERFY DAIAGSILVD GKDISKLNIN SYRSFLSLVS QEPTLYQGTI KENILLGIVE
DDVPEEFLIK ACKDANIYDF IMSLPEGFNT VVGSKGGMLS GGQKQRVAIA RALLRDPKIL
LLDEATSALD SESEKVVQAA LDAAARGRTT IAVAHRLSTI QKADVIYVFD QGKIVESGTH
SELVQKKGRY YELVNLQSLG KGH
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