| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08892 |
|---|
| 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 | 532362 |
|---|
| End bp | 537073 |
|---|
| Gene Length | 4712 bp |
|---|
| Protein Length | 1448 aa |
|---|
| Translation table | |
|---|
| GC content | 49% |
|---|
| IMG OID | |
|---|
| Product | ABC multidrug transporter (Eurofung) |
|---|
| Protein accession | CBF84719 |
|---|
| Protein GI | 259486675 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 10 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 44 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGCCTGCTC GTCTTCACTC TCGTCCACAA GGCAATTCTA CTCTCGCGTC CTCGCAGGAA
GCTGGGGACC ATGCGGACAG ACCATCCTCT CCGCAAGTTC ATTTGACGTA TGAGGATGAG
GATGCTATTG CTGAAATCCA CCGTACCCTG ACGAAGAAGG ATCATGACTA CTCGGAACCA
CATTTGTCGT TTGACAAGTT TCTAGAAGAA GAACTTCGGG CTGGAAGGAA GAAGCCTAAT
CTCGGAGTTT GCTTTCAGTC ACTCTCGACA TGGGGTACAG GAGGAGAGCA TGTTAACGTC
AAGACGTTAG GAACTGCATT GTGGCGGACT CTCATTTTTC AAGATGTCTA CGAATGGACG
ATCAAGCCGT GGTTGGCGAA ACCCGAGCCC GAGAGTGGCC GTCAGTTAAT TCGAGATTTT
ACTGGGGTGG TTCGGAGTGG TGAGATTATG CTGTAAATAG TCCCATTCCG ACTGGTCTTT
GTCTCAGGTA CTGATGTATC TTTAGTGTTT TGGGTCGACC AGGGTCGGGC TGCTCGACTT
TTCTACGAAC AATCGCTGGT TATCACTCGT CGTTCCTTGG TGTGACTGGC TCAATCGCTT
ATTCCGGCCT AAGCCTAGAA GATGTCAGGA AGCACTACCG TGGTCAGGTT GCCTATGTCC
CGGAAGATGA TGTACATTTT CCTACGCTCA GTGTTCGACA AACCTTGGAG TTTGCACTTC
AGAGCAAGAC GCCGAAAAGG TACCATGACA GAATCCCTCG GTATCTTGAA ATCTATGGCA
GAGTGTTCGG AATGTCACAC ACCATGGACA CTTTAGTCGG AAACGAGTAC ATTCGAGGAG
TTTCGGGAGG AGAACGCAAA CGGATTTCAA TTATCGAGTC TCTGGCCACT GACTCGTCGG
TAATGTGCTG GGATAACTCG ACCCGAGGTC TTGATGCCTC ATCCGCTCTC GACTATGCCC
GGAGTTTGCG GATCATGACC GACACTTGCG GTAAAGCCAC GCTGATGACC TTGTACCAGG
CTTCTGATGC TATCTATGAC CTTGTCGATA AGGTCTTGCT CATCGACGAA GGGCGAATGC
TCTACCAAGG TCCCGCGCAT GAAGCCAAGG CATACTTCCA CGATCTAGGA TATGAGTGTG
GGCCCATGCA GACGGTATCC GATTTCCTTA CTAGTATTAC TATCCCAGAA AGAAGGAAGT
TCCGAGAAGG GTGGGAACAG CGCGCACCAA AAGGACCCAT TGAGCTGGAA CAAGCTTTCA
GAAAGAGCGC TGCGTTCATG AACGTTCAGA AGGAAGTACG GAGCTATGAC AGCCAGGGAT
TCGGTGGGAG GAGCCGCGCC GAGTCGCACT CTGATACAGA CTATGAAAGC TTAGAAGACG
TCAAAGAGGC CCTCCAAACC GACAAATCCC GATTCGTGTC CTCCAAATCT CCGTATACCA
TCTCCCTCTT CCGACAGGTG GTATTATGTG CTAAACGTCA GATATGGCAG ATTAGAGGCC
ACATGTCGCC CTTGTACATC AAACTTATCT CCTCGGTCAT TTACGGACTC CTTGTCGGGT
CCATGTTTTA TGACCAACCG CAAACCACGG ACGGGATGTA CTCACGAGGG GGCGTGATTT
TTTACTCATC TATTCTTCTG GCCTGGCTCC AAATGTCTGA ATTAGAAGAA GCAATGCAGG
GACGTGACAT CCTCAGTCGC CAGAAGAAAT TTGCATTCGT CCGGCCCAGT GCTGTGTGCC
TGGCCCGAGT CGTCGCAGAT ATCTTCATTG CAGCTCTCCT TACTTTCCTC TACCTAGTGG
TTGTTTATTT TCTGTCAGGG TTGAAGTCTG ATGTGAGTAT CTGCCAAGCG ATTGTGCACC
CAGTCGCTAA CTCTATCATA GGCCGGGGCC TTCTTCATCG ATTTCTTGTT CATCTATATG
TGCACGATAT CTCTAACAGC TCAATTCCGG CTGTTTGCCG CCGCGTCCTC TAACTTCGAG
GTTGCCCTCC GCTACACAGG ATTCCTCGTT CTGCTTTGCA TTGTTTTTGG AGGTTACGTA
CTCTCTGTGG ACAAGATGAT GGCTGATGTT CCCTGGGTCG GATGGATAGC GGTGAGTATC
TTACCTAATG TCTATATAAT AAAACTAAGG CATACCTAGT ATATCACACC AGCGTTATAT
ACATACGAGG CAATGATGGC TGCGGAGTTT CACAACACCA ACTTTACCTG CTCCCCAGCT
TCGGTTGTCC CTGCAGGACC TGTCTATACT GACATTGCCT ACCAGACATG TGCTTATGCT
GGAAGTCAGA TCGGAAGCAC TATAGTCAAC GGCGATGACT ATCTTGCAGT CAAATACGGG
TTCTATTTTA GTCATGTTTG GCGCAACTTC GGTATCCTCT GTCTTTTCAC TGTTGCTTCC
GTTGCTGCTA CCTGCCTTCT GAGTGAAATT ATGGAATGGG AACCAGACAG TGCCGGACCA
GTCCAGTACA AAAAGTCTCG AAAACAGCTG AGGAAGATTG CGAACATTAG TGATGAAGAA
GAGCGCCCTG TGCAGGTCAA TCAAACATCG CCTTCAGCAT CTGACACTGA TGGACCGTCT
GTTGGAGCCC TCACTGCCAC CAAATCAACC TTCACCTGGG ATAACCTGGA ACTGTTTGTC
CGTGTTGGAA AGGAAAATCG CAAGCTATTG GACGGTGTTA GTGGATATTG CAAACCGGGG
ACCCTGACTG CTTTGGTCGG AGCTTCTGGA GCGGGCAAAT CGACTTGTGA GTGAACCTGG
TCTGTGTTTT TGCTCATCCC AGGATTGTGT CCTGACATTC TTAGTGTTGA CTGCGCTTAC
CCAGAGGCAA AGCTCTGGCG ACCTTACAGG TACGATGTAT GTAGACGGAA GACCTATCGA
CTCTTCTTTC AAATCTAGAA TTGGCTACTG TGAACAGATG GACATTCATG ACGAAAGCAG
CACCATTCGC GAAGCATTCG AGTTCTCTGC ACTGCTTCGT CAAGACTCCA CTGTACCTGA
TCAGGAGAAG TTGGCTTATG CAAGAACGGT GCTAGAGACG TTAGACTTGG TGGAATTGCA
GAACGCCATT ATCGGCTCTT TGGACATCGA AAAGAAGAAA AGGGTCACCA TCGGCGTTGA
ACTTTGTGCA AGACCTGAGC TGCTACTATT CCTGGACGAG CCCACTAGTG GCCTAGACAG
CCAGGCTGCG TCTAGTATTT GTGCCCTACT AAGACGACTC GCCGACCAGG GTCTGGCAAT
CCTTTGCACA ATACACCAAG CAAACCAGGA GCAGTTCGAG ATGTTTGATC GAGTGCTGGC
TCTGAGTCCC GGTGGCAAGA CCTATTATTT TGGCGAAGTT GGAGAGGCAG GGCACTCTAT
CTTCGACTAC TTTGCGAAAT ACGGGCAGAA GCCTGAAAAT ATTACCAACG CTGCGGACTA
CATTATTGAA GTTGTTGTCG GAGGCATGAA AAACACGGCA AGCACCGTTG ACTGGGCCGC
GGTCTGGAAC CAATCCGTTG AAGCGCAGCA GGTTCAACAA GACCTTGAGA GGTTCAGGAA
TATGAAACAA GAGAGTTTAC CAAGTCTGGA TATGCAATCA CAGGCCATGC CTGCAATCTC
TCGCCAGATT TTCCTCTTGA CTCAAAGGAC ATCGCGTCAA TTCTGGAGAA GCCCCGAATA
CCCATATTCT CGGCTCTACG CTTCGTTCCT GCACGCTCTC ATCAACTGTC TTACGTACCT
ACAGATTGGC AATAGCACCA CGGATCTGCA GTCAAAAGCA TTTTCGTGCT TTTTGGTACT
GATGTTGGTG CCTGAGTTCA TCAACGCAAT CAGCGCTAGA TTTATCATGA ATCGTGATCT
GTGGAAGGCT CGTGAAGGGC CCAGCGGAGC ATACGGATGG GTTGCTTTTT GTACAGCCCA
AATCATTTCT GAAATCCCGT ACGCCATTAT CAGTGCGGTC GTCTTCTTCG TCCTGTACTA
TTTCTCCGTG GGTCTTCCTT TGGGATTCGC TGCGGGATAC AGCTTCCTCA TGTTTTTCTT
GTTCTTTTTG TTCGCAACGT CCTGGGGCCA GTGGATTGCC GCCTTGAGGT AAGTTACCAT
CATGGATCAT TCTCGGCCAT TGCCACGTCT TATGCTCGAG TCCAGTGGAC TCGCTCGTGT
AACTCCATGC TAACTTGGAA ATGCAGTGCC GACTCGGTGG TGGCAGCAAC CTTGATGCCC
TTCTTCATCA TCATGTGTGA GACAATGAAC GGGATCTTGC AGCCTCATAA ATACATGCCT
GCATTCTGGG CATACACGAT GTACTACGTT ACCCCTTTTA CATATTGGAT TGGAGGTGTC
CTGACATCCG TTCTCCGTGG CGTGCCAGTC ATTTGTGATG AGAACGAATT GACCGTTTTC
CAAAGCCCTC CTAATATAAC CTGCAGCGAA TATGCGGGAT CCTGGCTGGC CGAAAAGGGT
GTTGGATATC TATCCAATCC CGATGGTTCA GGGGAGTGCG GATACTGCGA GTATAGTTAT
GGAGATGATG TGAGATTCTT TCCTTTCAGG TTTTGCGATA TCCAGCACGT CGCTAATACT
TATACTAGTA CCTCTCCACA ATTGGCCTTG ATTCGTCCAA GATTTGGCCG TACTTTGGCA
TTTTCGTAGC GTTTGTGGTG AGCAATTACT TGATGGTATA TCTGCTTGTT TACATTCGGT
CGGTGATGAA GCCGTTTCGG CGACGTACTT AA
|
|---|
| Protein sequence | MPARLHSRPQ GNSTLASSQE AGDHADRPSS PQVHLTYEDE DAIAEIHRTL TKKDHDYSEP
HLSFDKFLEE ELRAGRKKPN LGVCFQSLST WGTGGEHVNV KTLGTALWRT LIFQDVYEWT
IKPWLAKPEP ESGRQLIRDF TGVVRSGEIM LVLGRPGSGC STFLRTIAGY HSSFLGVTGS
IAYSGLSLED VRKHYRGQVA YVPEDDVHFP TLSVRQTLEF ALQSKTPKRY HDRIPRYLEI
YGRVFGMSHT MDTLVGNEYI RGVSGGERKR ISIIESLATD SSVMCWDNST RGLDASSALD
YARSLRIMTD TCGKATLMTL YQASDAIYDL VDKVLLIDEG RMLYQGPAHE AKAYFHDLGY
ECGPMQTVSD FLTSITIPER RKFREGWEQR APKGPIELEQ AFRKSAAFMN VQKEVRSYDS
QGFGGRSRAE SHSDTDYESL EDVKEALQTD KSRFVSSKSP YTISLFRQVV LCAKRQIWQI
RGHMSPLYIK LISSVIYGLL VGSMFYDQPQ TTDGMYSRGG VIFYSSILLA WLQMSELEEA
MQGRDILSRQ KKFAFVRPSA VCLARVVADI FIAALLTFLY LVVVYFLSGL KSDAGAFFID
FLFIYMCTIS LTAQFRLFAA ASSNFEVALR YTGFLVLLCI VFGGYVLSVD KMMADVPWVG
WIAYITPALY TYEAMMAAEF HNTNFTCSPA SVVPAGPVYT DIAYQTCAYA GSQIGSTIVN
GDDYLAVKYG FYFSHVWRNF GILCLFTVAS VAATCLLSEI MEWEPDSAGP VQYKKSRKQL
RKIANISDEE ERPVQVNQTS PSASDTDGPS VGALTATKST FTWDNLELFV RVGKENRKLL
DGVSGYCKPG TLTALVGASG AGKSTLLTAL TQRQSSGDLT GTMYVDGRPI DSSFKSRIGY
CEQMDIHDES STIREAFEFS ALLRQDSTVP DQEKLAYART VLETLDLVEL QNAIIGSLDI
EKKKRVTIGV ELCARPELLL FLDEPTSGLD SQAASSICAL LRRLADQGLA ILCTIHQANQ
EQFEMFDRVL ALSPGGKTYY FGEVGEAGHS IFDYFAKYGQ KPENITNAAD YIIEVVVGGM
KNTASTVDWA AVWNQSVEAQ QVQQDLERFR NMKQESLPSL DMQSQAMPAI SRQIFLLTQR
TSRQFWRSPE YPYSRLYASF LHALINCLTY LQIGNSTTDL QSKAFSCFLV LMLVPEFINA
ISARFIMNRD LWKAREGPSG AYGWVAFCTA QIISEIPYAI ISAVVFFVLY YFSVGLPLGF
AAGYSFLMFF LFFLFATSWG QWIAALSADS VVAATLMPFF IIMCETMNGI LQPHKYMPAF
WAYTMYYVTP FTYWIGGVLT SVLRGVPVIC DENELTVFQS PPNITCSEYA GSWLAEKGVG
YLSNPDGSGE CGYCEYSYGD DYLSTIGLDS SKIWPYFGIF VAFVVSNYLM VYLLVYIRSV
MKPFRRRT
|
|---|
| |