| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04517 |
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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 | BN001303 |
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| Strand | + |
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| Start bp | 1793287 |
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| End bp | 1796756 |
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| Gene Length | 3470 bp |
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| Protein Length | 920 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 heavy metal ion transporter (Eurofung) |
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| Protein accession | CBF77345 |
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| Protein GI | 259482656 |
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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 | 19 |
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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 | 43 |
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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 | CTCCCACTTT CTTCCTCATC TCTTCCCTCT TCCTTCTCAT GCTCGTTGCA TTCTATCCTC
TTGGGTAGTC TTTGCTTCGT TGGCTCAACC TTGCTTGTCT TGTCTTGTCT TCTCTGCCCT
TCATTGCTAT CACCCTTGGT ATTTTCTGCG TGCCTTGTTT TTGTACTATT CCATTCTTCG
AATTCTCTTC TCGGCCGCAA TTCTCTTCTT CCCTTCTTCT CATTCCCCTT AGACCCTTGA
GATCAATATA TCTTTGAGCT GAAGCCCAAG AGAAAAATCT AATTTAAAGC TAGACTGCGG
AGACCGTGCT CTTCTCCGTC GATCCCTTTC GGCCATCACA AATTTCGCCG AAACCAGACC
CTCCCAAGTC GCCTATCCCT TCTCTCCTCA GTCGTTCCGA TCCGGTCCTG CCTCACTCGG
TGCTCGCTAA GCCAGCTATC CAGTTTCAAC CGCACTTACA TTGGGAGTAA CGCTGCGGTC
GTCGTGCCAT GGAAATACTT TAATCGACGG TCTTCGGATA AAGTGCCTTG GACCCTGCGC
GAGGAAACCG CCCATCATGG CTCGCCATAA CGTCATGCGG GGGTCGCTGG AATACCTTCG
AATTGGTTAC CCGATCCTGG TCCTCGTCGT GTTTGCGGCG GCCTTTGTGG CCAACTCGAT
TGTGACCGCT AGGACTGCGA ACCAGAATCC GTCCGCTTCA CAGACCGGTC CGGGAGGCCG
TCCGCTTCCC AAGCGGTCGA GGAGCACAGT GGCCGTGGTC AAGGCTAACC AGAAGTTCTC
CCAGAATGCG AAATTATGCT TCAGGTTGCT CTCTGTTGTT ATTTTGGTGA CGCTGGTGGC
TGAGGCTGCG GTAACCGTGG CCCATGTGAT GGTTGCCAGA TCGGAACAGT GGTGGTGTGG
TCAGGCTGTA GTGGTATGGA CTCATGCTCT CTTCGCACCT TTGCTGCGTG CGTGGCGTAT
AAATCACTGC GCGGAGAAGC TGATAGTATA GCTAATGCTT TCCAGATATA CGTCGTGGGG
TCCTTCTTCG ACTATGCCAT TATCCTGGTA TCCCTGCTAG ATACAGACCC TTCACCAACG
TTTGCTCAGT TCGTGCCATG GCTAGTGGCC GCGCCCCTCG AGATGGTGAT TCTCGCCCTT
TCGGTTTCCA TATATTCTCG CCCGCACCAC GAGCCTGCAG TCGGAGCACC CACTGGCGGA
AAACTGCGAG GAGGCATCAC TTTATGGGAA GCTGCAGGCG TTGGCTGTAA CAGCATCCGT
CTTTTGGCGT TGCTGATGCT GGTCATGCTC TATACATGCA GTTCTCTCAG ATCTCCGTCT
GTGGCCCGAA AAGAGGCCCG TATGAACGGC GATGGTCCGA ACGAGACCAC GGGACTTCTA
CGCCCCGGTA CAGAGAATGG ACACGCTTAT GGATCAACAA ATGGCGCACA CGGTGACCAC
AAGCCAGCAG ATCCGTGGGT TCGCCCAACG ACACAGCCAT CCACTAGTTG GTGGGAATAT
CTCAGCGGCT ATTCCTTGTT TTTCCCGTAT CTTTGGCCAT CCAAGTCCCG CCGTTTGCAG
TTGGTGGTGC TCGTTTGCTT TTTGCTAATT ATCCTTCAAC GCGTCGTCAA TGTCCTCGTT
CCTCTTCAAG TTGGGATAAT CACCAACAAA TTATCTAAAC AGGGTGACGA ATTCCGCGTG
CCATGGTTTG AGATCTGCTT ATACATTCTG TTTCGGTGGC TTCAGGGCAA CCAGGGGCTC
ATTGGGTCTC TCCGTTCCAC CCTCTGGATC CCTGTTAGCC AGTATTCGTA CATGGAGCTT
TCAACCGCTG CTTTTGAGCA TGTCCATGGT CTCAGCTTGG ACTTCCATCT TGGGAAGAAG
ACAGGTGAAG TTCTCTCGGC CCTTAGTAAG GGTAGCTCCA TCAACACCTT TTTGGAGCAA
GTTACCTTCC AGGTTGTTCC AATGCTAGTC GATTTATGTG TCGCCATTGT CTATTTCCTT
GTTGCGCTAG ACGCGTATTA TGCTCTTGTC GTCACCATTG TGACTTTCTG TTATCTTTAC
GTGACTATTC GTATGGCTCA GTGGAGAGCG GAGATTCGGC GACAGATGGT TAATTCATCT
CGTCAAGAAG ATGCGGTGAA GTGAGTTAAA CAGCCTAATT CTCTTCATCT TTTTGGATTT
ACTCATATAA CGCTTTTAGG AATGACTCGA TGGTCTCTTA TGAGACGGTG AAATATTTCA
ACGCGGAAGA GTATGAGTTT GGACGATATC GAGGCGCAGT ATCCGACTTC CAAAGGGCCG
AATACCACGT TCTTTTCTCG CTGAACCTGA TGAACACTTC GCAGAACACC ATTTTTATGC
TCGGCCTTCT GATCGCCTGC TTTATTGCCG CTTATCAAGT CTCGCTCGGA CAACGGGATG
TAGGTCAGTT TGTTTCGCTT CTCACGTATA TGGCCCAATT GCAGGGCCCG CTCAACTTTT
TCGGAACATT CTATCGTTCC ATTCAGTCAG CCCTGATCAA TTCGGAGCGC TTGCTGGAAT
TGTTCAGGGA ACAGCCTACG GTTGTCGACC GACCCAACGC CCGACCATTG GCGGTTTGCA
AGGGAGACAT CAAATTTGAC AATGTTGAAT TCTCCTACGA CGCCCGTAAG CCGGCGTTGA
ACGGCCTTAC ATTCCACTGC GAGCCCGGCA CCACAACTGC TCTGGTCGGT GAATCCGGTG
GAGGAAAGTC GACTGTTTTC CGTCTGCTCT TCCGATTCTA CAATTCTGAA AGAGGCCGAA
TTCTGGTCGA CGGGCATGAT GTGGAAAGTA TCACCATTGA CTCCCTCCGA AGACATATTG
GAGTGGTGCC GCAGGACACA GTTCTCTTTA ATGAGACTCT GATGTATAAC CTGAAATATG
CCAACCCAAG TGCTACAGAC GAAGACGTCT ATGAGGCATG TCGGGCATCT AGTATCCATG
ATAAAATCAT GTCATTCCCG GATGGCTACA ACACCAAAGT TGGTGAGCGT GGTCTGCGAC
TCAGTGGTGG GGAGAAACAG CGAGTGGCAA TTGCTCGGAC GATCCTTAAG AACCCGCGAA
TTATTCTCCT GGACGAAGCC ACTGCGGCAC TTGACACTGA GACCGAAGAG CACATCCAGG
GTGCTCTGTC TACGCTATCC CGTGGCCGCA CGATGCTCGT CATTGCACAC CGACTGAGTA
CCATCACGAC GGCGGACCGC ATCCTGGTCC TGAGCGAGGG CAAGGTTACA GAAAGCGGAA
CACATGATCA ACTGCTTGCA ATGAAGGGTC GGTATGCAAG CATGTGGCGC AAACAAATAC
GCGCTCAGAA AGCTGCTGCA GAGGCTCAGG TGCTGCAAGA CCGAGCCCAG CGATTGCGCA
GTGCATCCAC TTCGGCGGCC GCGGAGGATA GCTCCAGCCA GTCCGATGAG GATCGGAACA
CTAACCGCGG TCCGAATGCA AACCGACAAG CACAGTTCCA TCACCCATAG
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| Protein sequence | MARHNVMRGS LEYLRIGYPI LVLVVFAAAF VANSIVTART ANQNPSASQT GPGGRPLPKR
SRSTVAVVKA NQKFSQNAKL CFRLLSVVIL VTLVAEAAVT VAHVMVARSE QWWCGQAVVI
YVVGSFFDYA IILVSLLDTD PSPTFAQFVP WLVAAPLEMV ILALSVSIYS RPHHEPAVGA
PTGGKLRGGI TLWEAAGVGC NSIRLLALLM LVMLYTCSSL RSPSVARKEA RMNGDGPNET
TGLLRPGTEN GHAYGSTNGA HGDHKPADPW VRPTTQPSTS WWEYLSGYSL FFPYLWPSKS
RRLQLVVLVC FLLIILQRVV NVLVPLQVGI ITNKLSKQGD EFRVPWFEIC LYILFRWLQG
NQGLIGSLRS TLWIPVSQYS YMELSTAAFE HVHGLSLDFH LGKKTGEVLS ALSKGSSINT
FLEQVTFQVV PMLVDLCVAI VYFLVALDAY YALVVTIVTF CYLYVTIRMA QWRAEIRRQM
VNSSRQEDAV KNDSMVSYET VKYFNAEEYE FGRYRGAVSD FQRAEYHVLF SLNLMNTSQN
TIFMLGLLIA CFIAAYQVSL GQRDVGQFVS LLTYMAQLQG PLNFFGTFYR SIQSALINSE
RLLELFREQP TVVDRPNARP LAVCKGDIKF DNVEFSYDAR KPALNGLTFH CEPGTTTALV
GESGGGKSTV FRLLFRFYNS ERGRILVDGH DVESITIDSL RRHIGVVPQD TVLFNETLMY
NLKYANPSAT DEDVYEACRA SSIHDKIMSF PDGYNTKVGE RGLRLSGGEK QRVAIARTIL
KNPRIILLDE ATAALDTETE EHIQGALSTL SRGRTMLVIA HRLSTITTAD RILVLSEGKV
TESGTHDQLL AMKGRYASMW RKQIRAQKAA AEAQVLQDRA QRLRSASTSA AAEDSSSQSD
EDRNTNRGPN ANRQAQFHHP
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