| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A1265 |
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| Symbol | copA |
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| ID | 5799731 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Yersinia pestis Angola |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010159 |
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| Strand | - |
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| Start bp | 1322728 |
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| End bp | 1325595 |
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| Gene Length | 2868 bp |
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| Protein Length | 955 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 641339231 |
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| Product | copper exporting ATPase |
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| Protein accession | YP_001605800 |
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| Protein GI | 162421501 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG2217] Cation transport ATPase
[COG2608] Copper chaperone |
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| TIGRFAM ID | [TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01511] copper-(or silver)-translocating P-type ATPase
[TIGR01525] heavy metal translocating P-type ATPase |
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Plasmid Coverage information |
| Num covering plasmid clones | 30 |
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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 | 28 |
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| Fosmid unclonability p-value | 0.057349 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTGCAAA CCACACTGCT CGCCTTACAA GGACTTTCTT GTATGAATTG TGCTCAACGC
GTTAAAGCCG CGTTGGAAAG CCGTGAGGAT GTTCACCATG CTGAAGTGAA TGTTCACTAC
GCTAAAGTGA CTGGTGAAGC CGACACTCAT GCACTCATTG AAACGATCAA ACAGACCGGT
TATCAGGCTA CAGAAGCCCA AACGCCGGAC GTTGAATTAC ACCTATCAGG ATTGAGCTGC
GGGCATTGCA CTGAGACCGT CCGTAAAGCG CTGGAAGCGG TTTCGGGGGT TATTTCTGCC
GATGTAACCC TCGAGAGTGC CAACGTGTAC GGCAAGGCCG ATATACAGAC ATTGATTGCC
GCAGTGGAAC AGGCTGGCTA TCACGCCACA CAGCAAGGTA TCGACTCCCC AAAAACTGAG
CCGCTGACAC ACTCAGCCCA ATCTCAGCCG GAATCTCTGG CAGCGGCCCC GAATACAGTT
CCGGCAACAA ACGTGGCTTT AGCCACAAGT ACGGTTTCTG ATACAAATAC CGTTTTACCT
ACAAATACAA CGTCGACAAC TTCAACAGCC GATACGGCGT CAGCCACCAG CACGGCACCG
GTGATCAATC CGCTGCCAGT GACCGAATCA GTGGCCCAGC CGGCAGCCTC AGAAGGGGAG
AGTGTTCAGC TATTACTGAC GGGGATGAGC TGTGCCAGTT GTGTCTCTAA AGTACAAAAT
GCATTGCAAC GTGTTGATGG GGTTCAGGTG GCCCGCGTTA ATCTGGCTGA GCGCAGTGCA
TTGGTCACAG GGACCCAAAA TAACGAAGCC TTAATCGCTG CGGTTAAAAA TGCCGGTTAC
GGCGCGGAAA TTATTGAAGA CGAAGGGGAG CGACGCGAGC GGCAACAGCA AATGTCGCAA
GCCAGTATGA AGCGCTTCCA ATGGCAAGCG GCATTAGGTC TGTTGTTAGG TATCCCATTG
ATGGCCTGGG GGCTGTTTGG CGGTAGCATG ACGCTGACGC CAGAAACCCA AACGCCCTGG
CTTATCATCG GGATTATCAC GTTGCTGGTA ATGATATTTG CGGGTGGTCA CTTCTACCGT
AATGCGTGGG TCAGCCTGAA AAATGGCAGT GCGACCATGG ATACCTTGGT CGCTCTGGGG
ACAGGTGCGG CCTGGATCTA TTCCATCACC GTCAATATCT GGCCAGATGT TTTCCCTATG
GAGGCTCGTC ACCTTTATTA CGAAGCCAGT GCCATGATCA TTGGTTTGAT TAACCTTGGT
CATGCGATGG AACAACGTGC CAGACAGCGC TCATCTAATG CGCTCGAACG CCTGTTAGAT
TTGGCCCCAC CAACGGCAAA GTTAGTGACC GATGACGGCG AGAAGGTGAT CCCGCTGGCT
GATGTCCAAC TGGGGATGAT CCTACGCCTG ACTACTGGCG ATCGCGTACC GGTTGACGGC
GAGATTGTGC AGGGCGAAGT GTGGATGGAT GAAGCGATGC AGACTGGTGA GCCGATCCCA
CAACAGAAAT CAGTCGGTGA TATTGTCCAC GCGGGGACAC AAGTACAAGA TGGAACCGTA
CAATTTCGGG CTAGCGCTAT CGGTAGCCAA ACGACCTTGG CGCGGATTAT CAAACTAGTC
CGTCAGGCAC AAAGCAGTAA ACCGGAAATC GGCAAATTGG CAGACCGTAT CTCTGCGGTA
TTCGTCCCAA CGGTGGTGGT CATTGCCATT GTCGCTGGCC TGATTTGGTA TTTCTTCGGC
CCACAACCCC AGTTGGTCTA TACCCTGGTG GTGGCCACCA CGGTGTTAAT TATCGCCTGC
CCTTGTGCTT TGGGCTTAGC GACACCGATG TCGATTATCT CTGGCGTCGG CCGGGCCGCT
GAATTTGGTG TATTGGTTCG AGATGCAGAT GCATTGCAGC AAGCCAGTAA CCTCGATACG
TTAGTGTTCG ATAAAACCGG CACACTGACT GAGGGGCACC CGCAGGTAGT GGCAATCCAT
ACCTTTAATG GTGTCAGTGA GCAACAGGCT TTGGGCTGGG CGGCAGCATT GGAAACGGGA
TCAAATCACC CGCTGGCGCG CGCTATCTTA CAACGTGCTG AAGGGCTGAC ATTGGCCACC
GCCAGCCAAT TTCGTACATT GCGCGGTTTG GGGGTCAGTG GTGAAGTTGA CGGCATTCCA
CTGCTCCTTG GCAATAATCG GCTACTGGAA GAGCAACAGA TTGATACCCG CGAGCTGCAA
TCATTGATAC AGCAACAAGC GGAAAGTGGC GCAACACCGG TTATTCTGAC CGCCAATGGT
AAGCCCGCCG CACTGTTATC GATCCGTGAT CCATTGCGCG AAGACAGTAT CGGCGCATTA
CAGCGGCTGC ATCAATTGGG CTATAGTCTG GTGATGTTGA CCGGTGACAA CCCTATTACC
GCCAATGCCA TTGCGAAAGA AGCCGGTATT GATCGTGTGA TCGCGGGCGT TCTGCCAGAT
GGCAAAGCCG ATGCTATCAA GCAACTGCAA GCGGCCGGGC ATAAAGTGGC GATGATTGGT
GATGGCATTA ACGATGCTCC TGCATTAGCA CAAGCGGATG TCGGGATTGC CATGGGGGGC
GGCAGTGATA TCGCGATTGA AACCGCGGCG ATTACCCTTA TGCGTCACAG TTTGTACGGT
GTTGTCGATG CGGTAGAACT TTCCAAAGCA ACATTACGTA ACATGAAGCA AAACCTGTTG
GGCGCGTTCT TCTACAATGC GCTGGGCATT CCCATTGCCG CAGGGATTTT ATATCCCTTC
ACCGGTACAT TGCTCAGCCC GGTCGTCGCC GGAGCGGCAA TGGCGTTGTC GTCCATTACG
GTCGTCAGTA ACGCTAACCG TTTACTGCGC TTTAAGCCTA AACAGTAA
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| Protein sequence | MLQTTLLALQ GLSCMNCAQR VKAALESRED VHHAEVNVHY AKVTGEADTH ALIETIKQTG
YQATEAQTPD VELHLSGLSC GHCTETVRKA LEAVSGVISA DVTLESANVY GKADIQTLIA
AVEQAGYHAT QQGIDSPKTE PLTHSAQSQP ESLAAAPNTV PATNVALATS TVSDTNTVLP
TNTTSTTSTA DTASATSTAP VINPLPVTES VAQPAASEGE SVQLLLTGMS CASCVSKVQN
ALQRVDGVQV ARVNLAERSA LVTGTQNNEA LIAAVKNAGY GAEIIEDEGE RRERQQQMSQ
ASMKRFQWQA ALGLLLGIPL MAWGLFGGSM TLTPETQTPW LIIGIITLLV MIFAGGHFYR
NAWVSLKNGS ATMDTLVALG TGAAWIYSIT VNIWPDVFPM EARHLYYEAS AMIIGLINLG
HAMEQRARQR SSNALERLLD LAPPTAKLVT DDGEKVIPLA DVQLGMILRL TTGDRVPVDG
EIVQGEVWMD EAMQTGEPIP QQKSVGDIVH AGTQVQDGTV QFRASAIGSQ TTLARIIKLV
RQAQSSKPEI GKLADRISAV FVPTVVVIAI VAGLIWYFFG PQPQLVYTLV VATTVLIIAC
PCALGLATPM SIISGVGRAA EFGVLVRDAD ALQQASNLDT LVFDKTGTLT EGHPQVVAIH
TFNGVSEQQA LGWAAALETG SNHPLARAIL QRAEGLTLAT ASQFRTLRGL GVSGEVDGIP
LLLGNNRLLE EQQIDTRELQ SLIQQQAESG ATPVILTANG KPAALLSIRD PLREDSIGAL
QRLHQLGYSL VMLTGDNPIT ANAIAKEAGI DRVIAGVLPD GKADAIKQLQ AAGHKVAMIG
DGINDAPALA QADVGIAMGG GSDIAIETAA ITLMRHSLYG VVDAVELSKA TLRNMKQNLL
GAFFYNALGI PIAAGILYPF TGTLLSPVVA GAAMALSSIT VVSNANRLLR FKPKQ
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