| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08489 |
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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 | BN001305 |
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| Strand | - |
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| Start bp | 655071 |
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| End bp | 659494 |
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| Gene Length | 4424 bp |
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| Protein Length | 1425 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | ATP-binding cassette multidrug transporter [Source:UniProtKB/TrEMBL;Acc:P78577] |
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| Protein accession | CBF80656 |
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| Protein GI | 259484437 |
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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 | 13 |
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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 | 46 |
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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 | ATGTCTACCC TCACCGTGGG AGACACCGCC CTGCCCCGTG AGTCTAGAGA GACCATGGTG
AGCATCAGGG ATTCGGATAG TACAACTACA GTTCTCGGCG AGGATTCCGC TTCCACAACA
GATCCAAATG TCAGCCGTGC CGATGGCTGG GCTTTGATGC CCCAAGTGAA GGAACAGAAC
GAACGCGAAG CAGAGTCTGG GTTCAAGCGT CGGGAATTGG GTGTTACATG GCAGAATCTC
AGTGTCGAAG TCGTCAGCGC AGATGCGGCC GTCCAGGAGA ACTTTCTCTC CCAATTCAAC
GTCCCGAAGC TGGCCAGAGA ATCCCGCAAC AAACCGCCGC TCCGAACGAT TCTTGATAAC
AGTCATGGCT GCGTCAAGCC GGGGGAGATG CTCTTGGTTC TCGGTCGTCC AGGATCCGGT
TGCACGACGC TGCTGAAGAT GCTCGCTAAC CAGCGACTGG GCTACAAGGC CGTTCAAGGA
GACGTTCGGT ACGGGTCGAT GACGGCCAAG GAGGCGGAAC AGTACCGGGG CCAGATTGTG
ATGAACACCG AAGAAGAGCT CTTCTTCCCT AGCTTGACCG TGGGTGAAAC TATGGACTTT
GCGACTCGGT TGAAGGTGCC TTTCCGTCTG CCGAATGGAG TTGAGTCGCC CGAGGCCTAT
CGCGAAGAAT ACAAAAAGTT CTTGCTCCAG TCCATGGGTA TCTCGCACAC TGTTGACACC
AAGGTACTTT GAATTTCTTA CATCTCTTTT AATTTGTCAT CCTAACGAAT GCAGGTCGGT
AACGAATTTA TTCGCGGTGT TTCCGGTGGT GAGCGCAAGC GTGTCTCCAT CATCGAATGT
CTTGCTACTC GTGCATCTGT CTTCTGCTGG GACAACAGTA CCCGCGGTCT GGACGCGAGC
ACCGCGCTCG AGTGGACCAA GGCTATCCGG GCCATGACCG ATGTTCTGGG CCTATCTACG
ATTGTCACTC TGTACCAGGC CGGTAATGGT ATCTACGATC TGTTCGACAA GGTGCTGGTT
TTGGATGAGG GCAAACAGAT CTACTACGGG CCCATGACTC AAGCCAGGCC CTACATGGAG
GCTCTCGGCT TTGTTTGCCG GGAGGGTTCA AACGTTGCTG ATTTCCTGAC CGGTGTCACC
GTGCCAACCG AGCGCAAGAT CCGTTCAGGG TTCGAGGCGC GTTTCCCCCG AAATGCCGAC
GCCATGTTAG AAGAGTATAA CAAATCCGCC GTGAAAGCAG ATATGATTAG CGAATACGAC
TACCCTGACT CTGAATACGC AAAGCTACGG ACCGAAGATT TCAAGCAAGC AATTGCAGAG
GAAAAGGCGA AGCAGCTGCC CAAAAGCAGC CCATTTACCG TCGACTTTAT GAACCAGGTC
AAGATTTGCG TTACGCGACA GTACCAGATC CTCTGGGGTG ACAAGGCCAC ATTCATTATC
AAACAGGTCT CGACCCTTAT CCAGGCTCTG ATTGCAGGCT CGCTCTTCTA CGATGCTCCC
AACAACTCTG GCGGTCTTTT TGTCAAATCC GGTGCCTTGT TCTTCTCGCT TCTCTACAAC
TCTCTCCTGG CCATGGCTGA AGTCACAGAG TCCTTCCAGG GGCGTCCGGT CCTGATCAAG
CACAAATCGT TTGCGTTCTT CCACCCGGCT GCATTCTGTA TAGCGCAGAT TGCCGCAGAC
ATACCTGTTC TTATTTTTCA AGTCACCATC TTTGCGCTCC CTGTGTACTT CATGGTCGGC
CTTGAGATGG ATGCGGGTGT GTTCTTCACG TATTGGATTC TGGTATTTGC GACAACAATG
GTAGGTCAAC TTACGCTATG TCATTATTCC CGTATGTTAA CGTCCGGCAG GCGATGACTG
CTGTCTTCCG AGCTTGTGGT GCCGCTTTCA AGACGTTCGA TGACGCATCC AAGGTTTCGG
GTTTCCTTAT CTCAGCTCTC ATCATGTACA CTGGTTACAT GATCCGAAAG CCGGAAATGC
ACCCCTGGTT TGTTTGGATC TACTGGATTG ACCCTCTGGC GTACGGCTTC GACGCTTTGC
TATCTAACGA GTTTCACGGT AAGATCATTC CCTGCGTGGG CACCAACCTT GTGCCCGCCG
GACCAGGATA CGAAAATGCC ACTACTCAGT CGTGTACTGG CGTTGGAGGT TCCATCCCCG
GTCGGAATTA TGTCACCGGT GATGACTACC TCGCATCTCT CTCGTATAGC CACGGCCACG
TCTGGCGTAA CTTCGGTATC CTCTGGGCTT GGTGGGCTCT ATTTGTTGTT GTCACTATTA
TCGCGACTTC GCGCTGGAAG GGTGCCTCAG AAAATGGCCC CTCCCTTCTG ATACCGCGTG
AAAGTGTGGA AAAGCATCGC CAGCATGGCC ATCGTGATGA GGAATCTCAG TCCAACGAGA
AGACTTCTAC GAAAGGCAAG AGCGAGGGTG TACAGGACTC TAGCGATATA GACAACCAAC
TCGTCCGGAA CACGTCTGTC TTTACTTGGA AGGACCTCTG CTATACCGTC AAGACTCCGA
GTGGTGATCG TCAGTTGCTC GACCATGTCT ATGGCTGGGT GAAACCGGGC ATGCTGGGCG
CTCTTATGGT ATGTAGTCTT TATTTGACTT GAAGCCACTG CTAACAAGTC TAGGGATCAT
CCGGTGCCGG AAAGACGACA CTCCTCGACG TCCTTGCCCA ACGGAAGACT GCCGGTACAA
TTCAGGGATC GGTTCTAGTT GATGGTCGTC CTCTTCCTGT ATCGTTCCAA CGTTCAGCCG
GTTATTGTGA GCAGCTTGAT GTTCACGAGC CGTACGCTAC CGTCCGTGAA GCTCTGGAAT
TTTCTGCTTT GTTGCGTCAG CCACGTACAA CACCGCGGGA AGAAAAGCTG AAATATGTCG
ACGTTATTAT TGACCTTCTT GAACTTCACG ACATCGCCGA CACGCTTATC GGGCGCGTAG
GTGCTGGACT CAGTGTGGAA CAGCGCAAGC GAGTCACCAT TGGTGTTGAG CTAGTCTCTA
AGCCTAGTAT CCTGATCTTC CTGGACGAGC CTACATCTGG TCTTGATGGC CAGTCCGCCT
ACAACACCGT TCGCTTCCTC CGCAAGTTGG CTGATGTCGG CCAAGCTGTC CTCGTCACAA
TCCACCAGCC TTCCGCTCAA CTGTTTGCTG AATTTGACAG CCTGTTGCTT CTTGCCAAAG
GCGGAAAGAT GGTCTATTTC GGTGACATTG GCGACAACGG TTCGACCGTC AAGGAATACT
TTGCCCGTCA CGGTGCCCCC TGCCCTCCCA ACGCCAATCC GGCCGAACAC ATGATTGACG
TCGTGTCTGG ATCCCTGTCA CAAGGGCGCG ACTGGCACGA GGTTTGGAAA GCTTCTCCAG
AGCATACCAA CGCGCAGAAG GAACTAGACC GAATCATCAG CGAAGCAGCG TCCAAACCAC
CTGGAACCGT AGATGACGGC CACGAGTTCG CCATGCCCCT CTGGCAACAA ACGGTGATTG
TCACAAAGCG CACTTGTCTT GCCGTTTACC GGAACACCGA CTATGTCAAC AACAAGCTCG
CCCTCCACAT CGGATCCGCC CTCTTCAATG GCTTCTCTTT CTGGAAAATG GGTGCATCCG
TCGGTGAACT CCAGCTCAAA CTATTCGCCC TTTTCAACTT CATATTTGTC GCGCCAGGTG
CCATTGCCCA GCTCCAGCCC CTCTTCATTG AACGCCGCGA CATTTACGAC GCTCGTGAGA
AGAAATCACG AATGTACTCC TGGGTGGCTT TCGTCACAGG CCTCATTGTC TCTGAACTCC
CCTACCTCGT CCTCTGCGCT GTTCTCTACT TCGTCTGCTT TTACTACCAG ACCGGCTTGC
CCACGTCCTC TGACAAAGCC GGAGCCGTCT TCTTCGTCAT GCTTCTCTAC GAGGGTCTCT
ACACAGGTAT CGGCCAGTTC ATCTCCGCTT ACGCTCCGAA CGCCGTCTTC GCCACTCTTA
CGAACCCGCT CGTCATCGGA ACTCTCGTCT CTTTCTGTGG TGTCCTTGTT CCCTATGGCC
AAATCCAGGA GTTCTGGCGC TACTGGATCT ACTGGCTCAA CCCCTTCAAC TACCTCATGG
GTTCGCTGCT CACATTCACC ATTTTCGATG TCGATATTAA ATGCCGTGAG TCGGAGTTCG
CTACCTTCGA TCCGCCCAAT GGCTCATCTT GCATCGATTA CCTGTCGACC TATCTTCAAG
GCTTGGGCGT CAGCGCGAAC CTGATCAACC CGGACGCAAC CTCCCAATGC CAGGTCTGCC
AGTATACTCG CGGAAGCGAC TATCTGTATA GCCTGAACCT GAAGGACTAC TACTATGGTT
GGCGGGATAC GGCGATAGTC GCACTCTTCG TCCTTAGTAG TTATGCCTTG GTTTACGGGC
TTATGAAGTT GAGGACGAAG GCTTCGAAGA AGGCAGAGGA GTAG
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| Protein sequence | MSTLTVGDTA LPRESRETMV SIRDSDSTTT VLGEDSASTT DPNVSRADGW ALMPQVKEQN
EREAESGFKR RELGVTWQNL SVEVVSADAA VQENFLSQFN VPKLARESRN KPPLRTILDN
SHGCVKPGEM LLVLGRPGSG CTTLLKMLAN QRLGYKAVQG DVRYGSMTAK EAEQYRGQIV
MNTEEELFFP SLTVGETMDF ATRLKVPFRL PNGVESPEAY REEYKKFLLQ SMGISHTVDT
KVGNEFIRGV SGGERKRVSI IECLATRASV FCWDNSTRGL DASTALEWTK AIRAMTDVLG
LSTIVTLYQA GNGIYDLFDK VLVLDEGKQI YYGPMTQARP YMEALGFVCR EGSNVADFLT
GVTVPTERKI RSGFEARFPR NADAMLEEYN KSAVKADMIS EYDYPDSEYA KLRTEDFKQA
IAEEKAKQLP KSSPFTVDFM NQVKICVTRQ YQILWGDKAT FIIKQVSTLI QALIAGSLFY
DAPNNSGGLF VKSGALFFSL LYNSLLAMAE VTESFQGRPV LIKHKSFAFF HPAAFCIAQI
AADIPVLIFQ VTIFALPVYF MVGLEMDAGV FFTYWILVFA TTMAMTAVFR ACGAAFKTFD
DASKVSGFLI SALIMYTGYM IRKPEMHPWF VWIYWIDPLA YGFDALLSNE FHGKIIPCVG
TNLVPAGPGY ENATTQSCTG VGGSIPGRNY VTGDDYLASL SYSHGHVWRN FGILWAWWAL
FVVVTIIATS RWKGASENGP SLLIPRESVE KHRQHGHRDE ESQSNEKTST KGKSEGVQDS
SDIDNQLVRN TSVFTWKDLC YTVKTPSGDR QLLDHVYGWV KPGMLGALMG SSGAGKTTLL
DVLAQRKTAG TIQGSVLVDG RPLPVSFQRS AGYCEQLDVH EPYATVREAL EFSALLRQPR
TTPREEKLKY VDVIIDLLEL HDIADTLIGR VGAGLSVEQR KRVTIGVELV SKPSILIFLD
EPTSGLDGQS AYNTVRFLRK LADVGQAVLV TIHQPSAQLF AEFDSLLLLA KGGKMVYFGD
IGDNGSTVKE YFARHGAPCP PNANPAEHMI DVVSGSLSQG RDWHEVWKAS PEHTNAQKEL
DRIISEAASK PPGTVDDGHE FAMPLWQQTV IVTKRTCLAV YRNTDYVNNK LALHIGSALF
NGFSFWKMGA SVGELQLKLF ALFNFIFVAP GAIAQLQPLF IERRDIYDAR EKKSRMYSWV
AFVTGLIVSE LPYLVLCAVL YFVCFYYQTG LPTSSDKAGA VFFVMLLYEG LYTGIGQFIS
AYAPNAVFAT LTNPLVIGTL VSFCGVLVPY GQIQEFWRYW IYWLNPFNYL MGSLLTFTIF
DVDIKCRESE FATFDPPNGS SCIDYLSTYL QGLGVSANLI NPDATSQCQV CQYTRGSDYL
YSLNLKDYYY GWRDTAIVAL FVLSSYALVY GLMKLRTKAS KKAEE
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