| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08928 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001307 |
|---|
| Strand | + |
|---|
| Start bp | 405122 |
|---|
| End bp | 409760 |
|---|
| Gene Length | 4639 bp |
|---|
| Protein Length | 1466 aa |
|---|
| Translation table | |
|---|
| GC content | 54% |
|---|
| IMG OID | |
|---|
| Product | ATP-binding cassette multidrug transporter [Source:UniProtKB/TrEMBL;Acc:P78576] |
|---|
| Protein accession | CBF84638 |
|---|
| Protein GI | 259486631 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 12 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 30 |
|---|
| Fosmid unclonability p-value | 0.0515148 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGGTGTTC CCGATGAGCT GCCGCCAGGC TCATCAGAGA CGGACACGAT CGTGTCTTCG
TCGCAGCCCA CCAATCGTTC TCCCATGGAC CTGATCAGTG AAGCTGAGAG CTTGAACCTG
CGCAGAATAG CAACGAACCA ATCAAAAGCC CAGTGCCGAC CAGGCTCAGC AGCCGTTCCC
TCGCATGACA ATCCACCCAA CGATGACCTA GAAGACGCAA CCCTTGACCC CAACTCCGCC
TCATTCTCTC TCGAGAAGTG GCTACGGGCT GCGGTCTCCG ACGCTTCACA GCACGGTCTA
TCTACCCCGT CTGGAGGAAT CCTCTTCAGA AATCTGACCG TCTCGGGCTC AGGCTCGGCG
CTGCAGCTCC AACCAACCGT GGGTTCCGTC TTGACTGCGC CATTGCGATT CGCGAGTTTG
CTGCGACACA GGCGAATCGA GCCTAGACGC ATCCTGCATG GATTTGACGG CGTGATGAAG
ACTGGGGAGC TGCTCCTTGT TCTCGGCAGG CCAGGGGCCG GGTGTAGTAC ATTCCTGAAA
ACGGTTTGTG GCGAGACCAA TGGGCTGCAT ATTGACGCGG ACAGCGTCCT GCATTATAAT
GGTATACCTT CAGAATAGAC TGCCGTGACC GGGTCCTGAA ATAGTTGGGC TAACGAGATC
CAATAGGGGT ATCACAGCAG CGTATGATGA AGGAGTTCAA GGGCGAGGTT GTCTATAACC
AAGAGGTACA TCTTTCCTGC TTAGTTCACT GTAGCTCGAC TCATAGCATG TTAACCCCCG
ATCAAGGTCG ACAAGCACTT TCCCCATCTA ACAGTCCGCC AAACGCTAGA ATTTGCTGCC
GCAGCACGCA CGCCTGCGCA CCGTTTCCAG AACATGTCCC GCGACGAGTT CGCTTCATAC
GCAGCCTCAG TTGTCATGGC CATATTCGGG CTCTCCCACA CACACAACAC AAAAGTCGGC
AATGATTTCG TGCGCGGTGT GTCAGGCGGC GAGCGGAAGC GCGTCTCCAT TGCTGAGATG
GCGCTAGCGA TGACACCATT CGCAGCATGG GATAACTCGA GCAGAGGCCT TGACTCGGCT
ACGGCACTGA AGTTTGTCCA AGCTCTAAGG CTGAGTGCAG ACCTTGCGGG TGCTGCGCAT
GCCGTCGCTA TCTACCAAGC CAGTCAGAGT ATCTATGAGG TTTTCGACAA GGTCACTGTG
CTTTACGAGG GGAGGATGAT ATTTTTCGGG CCCACAGGCA CTGCTAAAGA ATACTTCGAG
CGGATGGGCT GGGTTTGCCC TGCCAGACAG ACAACAGGCG ATTTCTTGAC CTCTATCACC
AATCCGCTGG AGAGGAAGGC GAGAGCAGGA ATGGAAGACG TCGTGCCCAA GACACCAAAG
GATTTCGAGA TATACTGGCG ACAGTCCCCC GAGTACAAGA CTCTGCTGGG CGAAATGACT
GAGTTCGAGA CCCAACACCC CACCGGCAAC GACGAGCAGG CCTCAGCAGA ATTGCGAGCT
CGAAAGGAGA ACTCGCAGAG TAGGAACTCA CGCGCAGCTT CGCCATACAT CCTCAGCATT
CCTATGCAGA TCAAGCTCAA TACGAAACGT GCATATCAGC GTATCTGGAA CGACATGTCT
TCGACCATGA GCACAGTCGT CGGGCAGATC GTGATAGCCC TAATCACCGG CTCAGTATTC
TACGACTCGC CCAACACAAC GGCCGGTTTC CAGAGCAAGG GCGGGACACT CTTCTATGCT
GTGCTGCTCA ATGCATTGAC AGCCATGTCC GAGATCACGA GCCTCTACTC GCAACGGCCC
ATCGTCGAGA AACAAGCGTC ATACGCGTTC TACCACCCGG CCACCGAGGC GATTGCCGGC
GTGGTTAGCG ATGTACCCGT CAAGTTTCTG CTCGCTGTCG CCTTCAACGT AATCATGTAC
TTCCTCGCGA ACCTGCGCCG TGAACCAGCG CAGTTCTTCA TCTACTTTCT AATGTCGTTC
ACGGTCATGT TCGTCATGAG CGCGGTCTTC CGCACTATGG CCGCCGTTAC AAAGAACGCT
GCGCAAGCGA TGGGTCTCGC TGGAGTCCTC ATGCTCGCGC TCGTCGTGTA CACGGGCTAT
GTTCTCCCTG TCCCCTCAAT GCACCCATGG TTCGAGTGGA TCCATTACCT TAATCCAATC
TACTACGCGT TCGAGGCGAT GATCGCGAAC GAGTTTCACG GAAGGGACTT TGACTGTATT
GCTTTTGTCC CGTCGTATGC AGATCTGGAC GGGGATAGCT TCTCTTGCTC CTCGCTCGGG
TCTGTTGCCG GAGAGAGGAT GGTTAGTGGA GATAGCTATA TCAATTTCAA CTATACCTAC
ACCTACAGCC ATGTCTGGAG AAACTTCGGC GTTCTTCTTG CTTTCCTTAT TGGGTTCATG
GCCATCTACT TCCTCGCGTC GGAGCTGAAC TCGTCAACAA CGAGCACTGC CGAAGCTCTG
GTTTTCAGAC GGGGCCATGT ACCGGAGTAC ATGCGTCCAG GATACACCAG ACCTACTGAC
GAAGAGAAAG CCGTCACACA GAGCGACATC AAACCGTCCA GCCCATCGCC GACGAACACC
GATCTCCCTC TTCCCCCACA ACGCGACATC TTCACCTGGA AAGACATTTC CTACGACATC
GAGATTAAGG GTGAGCCACG CCGTCTGCTG GACGACGTCT CAGGTTGGGT CAAACCCGGC
ACGCTGACCG CGCTGATGGG TGTCAGTGGC GCCGGCAAGA CAACCCTGCT CGATGTTCTA
GCGCACCGAA CAACGATGGG CGTTATCACG GGCGACATGT TTGTCAACGG CAAGGGCCTT
GATGCAAGTT TCCAGCGTAA GACTGGCTAC GTCCAGCAGC AGGATCTGCA TCTGGAGACC
GCGACTGTGC GCGAGAGTCT ACGGTTTAGT GCATTGCTAC GACAACCAGC GTCTGTTTCC
ATCAGGGAGA AACACGACTA TGTCGAAAGT GTCATTGAGA TGCTTGGGAT GGGTGACTTT
GCAGAGGCTG TTGTGGGCAC GCCCGGGGAG GGACTGAATG TCGAACAGAG GAAACTGTTG
ACCATTGGCG TTGAGTTGGC CGCAAAGCCA AAGTTGTTAC TCTTCCTTGA TGAACCCACA
AGGTATGTTC TTTGCGTCCA AGAGATCCTA CGGGAGAATG TGAACTAACA AAAGCAGCGG
CCTCGACTCC CAATCCTCCT GGGCTATCTG CACCTTCCTC CGTAAGCTAG CAGACAGCGG
ACAAGCGGTC CTCTGCACGA TCCATCAACC CAGCGCGATC CTCTTCCAAG AGTTCGATCA
GCTGCTCTTT CTCGCCAAGG GCGGGAAAAC AGTCTACTTT GGGCCCATAG GGCCCAACTC
GCGTACTCTT CTCGACTATT TCGAGTCCAA CGGGGCGCGC AAATGCGACG AGGCGGAGAA
TCCTGCCGAG TATATGATCG AGGTCGTGAA CGCCGAGGTG AATGACCGTG GTACTGACTG
GTTTGATGTG TGGAAGGGCA GCAAAGAGTG TCAGGCTGTG AAGGAGGAGA TCGAGCGGAT
CCACGAGAAG AAGAGAGGGA CTGCAGGCGC CATTGAAGAA ACTGACGATG GTAGCACTAA
ATCAGAATTC GCGATGCCAT TCTGGTTCCA GCTGTATGTC GTCACGGTTC GCGTCTTCCA
GCAGTACTGG CGCATGCCCG AGTATATCAT CTCCAAAGGG GCGTTGGCGA TCGTGGCAGG
CCTGTTCATC GGCTTCTCGT TCTACGATGC AAAGACATCT CTCGCTGGAT TGCAAACACT
TGTATTCTCG CTTTTCATGG TCTGCGCACT TTTTGCGCCG CTTGTGAATC AGGTACTGCG
TTTCTTTCCT TTCCTCCCAC TGAGCAGAAC TAATACGGTG CCCACGTAGA TAATGCCCCT
CTTTATCACC CAACGCTCCC TCTACGAAGT CCGCGAGCGA CCCAGCAAAG CCTATTCCTG
GAAAGCCTTC CTGATTGCCA ACATCCTCGT TGAGATCCCC TACCAGGTCT TGATGGGTAT
TCTAACCTTC GTCTGCTACT ACTACCCCGT TGTCGGTTCC AGCCAAGGAC CAGACCGAGA
GGGCCTCGTC CTCCTCTTCT GCATCCAATT TTACGTTTAT GCCAGCACTT TCGCACACAT
GTGCATTGCA GCGATGCCGA ACGCCGAAAC AGCTAGTCCC ATCGTCATCC TCCTCTTCAG
TATGTGTCTT ACCTTCTGCG GTGTTATGCA GCCGCCCGAC GCACTTCCAG GCTTCTGGAT
TTTCATGTAC CGCGTCTCGC CGTTTACCTA CTGGGTAGCC GGGATGGCAA CCACCCAAGT
TCACGGGCGA GAAGTTGTCT GCGGCGAGAA TGAGCTCTCA ATCTTCGATC CCCCGACGAA
TCAGACTTGC GGCCAATATA TGGAGAGGTA CATCAGTGTC GCTGGTGGCC AGGTACTGAA
CCCGTCTGCG ACGGCGGGTT GCGAGTATTG TTCTCTGACT GTGGCGGATG AGTATTTGGC
AGCGAGCCAG ATATACTGGA GCGATCGTTG GAGGAACTTT GGGTTGATCT GGGTGTATAT
TGGGTTTAAT ATCTTTGTTG CGACGGCAGT ATATTACCTG TTCCGCGTGA AGAAATGGAA
TGGACGGAGG AAGAAGTGA
|
|---|
| Protein sequence | MGVPDELPPG SSETDTIVSS SQPTNRSPMD LISEAESLNL RRIATNQSKA QCRPGSAAVP
SHDNPPNDDL EDATLDPNSA SFSLEKWLRA AVSDASQHGL STPSGGILFR NLTVSGSGSA
LQLQPTVGSV LTAPLRFASL LRHRRIEPRR ILHGFDGVMK TGELLLVLGR PGAGCSTFLK
TVCGETNGLH IDADSVLHYN GVSQQRMMKE FKGEVVYNQE VDKHFPHLTV RQTLEFAAAA
RTPAHRFQNM SRDEFASYAA SVVMAIFGLS HTHNTKVGND FVRGVSGGER KRVSIAEMAL
AMTPFAAWDN SSRGLDSATA LKFVQALRLS ADLAGAAHAV AIYQASQSIY EVFDKVTVLY
EGRMIFFGPT GTAKEYFERM GWVCPARQTT GDFLTSITNP LERKARAGME DVVPKTPKDF
EIYWRQSPEY KTLLGEMTEF ETQHPTGNDE QASAELRARK ENSQSRNSRA ASPYILSIPM
QIKLNTKRAY QRIWNDMSST MSTVVGQIVI ALITGSVFYD SPNTTAGFQS KGGTLFYAVL
LNALTAMSEI TSLYSQRPIV EKQASYAFYH PATEAIAGVV SDVPVKFLLA VAFNVIMYFL
ANLRREPAQF FIYFLMSFTV MFVMSAVFRT MAAVTKNAAQ AMGLAGVLML ALVVYTGYVL
PVPSMHPWFE WIHYLNPIYY AFEAMIANEF HGRDFDCIAF VPSYADLDGD SFSCSSLGSV
AGERMVSGDS YINFNYTYTY SHVWRNFGVL LAFLIGFMAI YFLASELNSS TTSTAEALVF
RRGHVPEYMR PGYTRPTDEE KAVTQSDIKP SSPSPTNTDL PLPPQRDIFT WKDISYDIEI
KGEPRRLLDD VSGWVKPGTL TALMGVSGAG KTTLLDVLAH RTTMGVITGD MFVNGKGLDA
SFQRKTGYVQ QQDLHLETAT VRESLRFSAL LRQPASVSIR EKHDYVESVI EMLGMGDFAE
AVVGTPGEGL NVEQRKLLTI GVELAAKPKL LLFLDEPTSG LDSQSSWAIC TFLRKLADSG
QAVLCTIHQP SAILFQEFDQ LLFLAKGGKT VYFGPIGPNS RTLLDYFESN GARKCDEAEN
PAEYMIEVVN AEVNDRGTDW FDVWKGSKEC QAVKEEIERI HEKKRGTAGA IEETDDGSTK
SEFAMPFWFQ LYVVTVRVFQ QYWRMPEYII SKGALAIVAG LFIGFSFYDA KTSLAGLQTL
VFSLFMVCAL FAPLVNQIMP LFITQRSLYE VRERPSKAYS WKAFLIANIL VEIPYQVLMG
ILTFVCYYYP VVGSSQGPDR EGLVLLFCIQ FYVYASTFAH MCIAAMPNAE TASPIVILLF
SMCLTFCGVM QPPDALPGFW IFMYRVSPFT YWVAGMATTQ VHGREVVCGE NELSIFDPPT
NQTCGQYMER YISVAGGQVL NPSATAGCEY CSLTVADEYL AASQIYWSDR WRNFGLIWVY
IGFNIFVATA VYYLFRVKKW NGRRKK
|
|---|
| |