| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPR_0518 |
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| Symbol | |
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| ID | 4206350 |
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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 | Clostridium perfringens SM101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008262 |
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| Strand | - |
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| Start bp | 613160 |
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| End bp | 615829 |
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| Gene Length | 2670 bp |
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| Protein Length | 889 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 642565075 |
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| Product | copper-translocating P-type ATPase |
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| Protein accession | YP_697846 |
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| Protein GI | 110803421 |
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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 | [TIGR00003] copper ion binding protein
[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 | 18 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTCAGCTA TAATTTTTAT GATAAATAAA TCAATTAAAA TAAAAGGTAT GAGTTGTGCC
GCTTGTGCTG CTAGAATCGA AAAAGTTCTA GGTAAAATGG ATGGCATATC AAAAGCTAAT
GTTAATTTGG CAACTGAAAA ATTAAATTTA GAGTTTGATG AAAATAAAAT ATCCTTTAAA
GAAATAGAAG AAAAAATAAA TAAGCTAGGT TTCTCAGTAG TTAGAAACTT AAAGAAAGAA
TCTTTCAAAG TTTCTGGAAT GAGTTGTGCT TCCTGCGCAG CTAGAATTGA GAAAGTTTTA
AATAAATTAT CTGGAATATA TAATGCTACT GTTAACTTTG CTAATGAAAG CCTTCAAGTT
GAATATGATG AAGATGAAAT TTCCTTAGAA GAAATTAAAG TAAAAGTAAA AAAACTAGGC
TTTGAACTAA AAGGAAATAA TAAGTCTACT TCCTTTAAAG TAGAAGGAAT GACTTGTTCA
GCCTGTGCAG CTAGAATTGA AAAAGTAACA AGTAAAATGG ATGGTGTTGA AAGTTCTAAT
GTTAACTTCG CAAATTCTAC TCTTAATATT TCTTTCGATA AAGATAAACT TTCTACTAAT
GATATAAAAG CAAAGGTAGA AAAATTAGGA TATAAACTTT TAGATGCATC TCAAGAAGAT
GAACATGAAA AAGCAAAAGA GAATGAAACT AAAAGAATGA AAAATAGACT TATTGGCTCA
GCAATATTCA CTATTCCATT ATTTATAATA TCAATGGGAC ATATGGTTGG TCTTCATTTA
CCTAATATAA TAGATCCAAT GCATAATCCC TTAAACTTTG CACTTATTCA ATTGCTTCTT
ACAACTGTAG TTATATTCAT ATGTAGAGAT TTCTTTATAC ATGGTTTTAA GAATTTATTT
ATGAGAAGTC CTAATATGGA TTCCTTAATA GCTATAGGAT CTGGTGCTGC ATATGTTTAT
GGATTATTTG CAATATACCA CATTTATATG GGTGACCATA GCTATGCTAT GCAGTTATAT
TTTGAATCTG CTGGAACAAT ACTTACATTA ATAAGTTTAG GTAAATACTT AGAGACTTTA
ACTAAAGGTA AAACTTCTGA TGCAATAAAA AAACTTATGG GATTAGCCCC TAAAACAGCT
ACTCTACTTG TAGATGGCAA AGAAAAAATT GTTTCTATTG ATGATGTTAA AGTTTTTGAT
TTAATACTTG TTAAGCCAGG TGAAAAATTA CCTGTAGACG GTAAAGTTGT AGAAGGATAT
ACATCCATTG ATGAAAGTAT GCTAACTGGA GAAAGTATTC CTTCTGAAAA AAAAGTAGGA
GATACAGTCT TTGGAGCTAG TATAAATAAA AATGGAAGAA TAATTTATGA AGCTACAAAG
GTAGGTAAAG ATACTGTAAT CTCTCAAATA GTTAAGTTAG TAGAAGATGC TCAAGGATCA
AAAGCTCCAA TTGCAAAATT AGCTGATACT ATTTCAGGTT ATTTCGTACC TATAGTAATA
TCTTTAGCAG TAGTTGCAAG TTTAGCTTGG TATTTTTCTG GTGAAAGTAA AACTTTTGCA
CTTACAATAT TTATATCTGT ATTAGTAATC GCTTGTCCAT GCGCTTTAGG TCTAGCTACC
CCAACAGCTA TTATGGTTGG TACAGGTAAA GGAGCTGAAA ATGGAATACT TATTAAAAGT
GGTGAAGCTT TAGAAAGTAC ACAAAATTTA AATACTGTTG TCTTCGACAA AACAGGAACT
ATAACTGAAG GAAAACCTAA GGTTACAGAT ATTATTTGTG AAAATATTTC AAAAGATGAA
CTCCTTTTAT TAGCAGCCTC AGCAGAAAAA GGTTCAGAAC ATCCTCTTGG AGAAGCTATT
GTTAGAGATG CTGAAGAAAA AAATCTCAAA CTAAAAAATG TTTTAGATTT TGAAGCAATA
CCTGGTAAGG GAATTAAGTG TTCTATTGAA GATAAAAGAA TTTTATTAGG TAACTATAAA
CTTATGAAAG ATAAAAATAT AAATCTTAAA AATTTATTGG CGACTTCTGA AGAATTAGCT
TCAAAGGGAA AAACTCCTAT GTTTATTGCT ATTGATGAAA AAATAGCTGG TATAATCGCT
GTTGCTGATA CTGTTAAAGA AACAAGTAAA AAAGCTATAA AAACTCTACA AAAAATGGGA
CTTGAAGTAG TAATGTTAAC AGGAGATAAT TTAAAAACAG CTAAGGCTAT TGCAAAAGAA
GTAGGTGTAA ATAGAGTTAT TGCTGAGGTT CTTCCTCAAG AAAAGGCAGA AAAAATTAAA
ACTCTTCAAG ATGAAGGCAA AAAAGTCGCT ATGGTTGGTG ATGGAATAAA TGATGCTCCT
GCTTTAGCTA TTTCTGACAT TGGAATGGCT ATAGGTTCAG GTACTGATAT AGCTATGGAG
TCTGCTGATA TAGTTCTAAT GAAAGGTGAT ATATTACATG TTGTTGGTGC TATTCAATTA
AGTAGGCAAA CAATGAAAAA TATAAAGGAA AACTTATTCT GGGCCTTTGG ATACAACACT
TTAGGTATTC CAGTAGCAAT GGGAGTTCTT CATATATTTG GAGGCCCATT ACTTAATCCA
ATGATAGGTG CCTTTGCCAT GAGCTTTAGT TCAGTATCAG TATTATTAAA TGCCTTAAGA
CTAAAAAAAT TCAAACCAAA CTATAAATAA
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| Protein sequence | MSAIIFMINK SIKIKGMSCA ACAARIEKVL GKMDGISKAN VNLATEKLNL EFDENKISFK
EIEEKINKLG FSVVRNLKKE SFKVSGMSCA SCAARIEKVL NKLSGIYNAT VNFANESLQV
EYDEDEISLE EIKVKVKKLG FELKGNNKST SFKVEGMTCS ACAARIEKVT SKMDGVESSN
VNFANSTLNI SFDKDKLSTN DIKAKVEKLG YKLLDASQED EHEKAKENET KRMKNRLIGS
AIFTIPLFII SMGHMVGLHL PNIIDPMHNP LNFALIQLLL TTVVIFICRD FFIHGFKNLF
MRSPNMDSLI AIGSGAAYVY GLFAIYHIYM GDHSYAMQLY FESAGTILTL ISLGKYLETL
TKGKTSDAIK KLMGLAPKTA TLLVDGKEKI VSIDDVKVFD LILVKPGEKL PVDGKVVEGY
TSIDESMLTG ESIPSEKKVG DTVFGASINK NGRIIYEATK VGKDTVISQI VKLVEDAQGS
KAPIAKLADT ISGYFVPIVI SLAVVASLAW YFSGESKTFA LTIFISVLVI ACPCALGLAT
PTAIMVGTGK GAENGILIKS GEALESTQNL NTVVFDKTGT ITEGKPKVTD IICENISKDE
LLLLAASAEK GSEHPLGEAI VRDAEEKNLK LKNVLDFEAI PGKGIKCSIE DKRILLGNYK
LMKDKNINLK NLLATSEELA SKGKTPMFIA IDEKIAGIIA VADTVKETSK KAIKTLQKMG
LEVVMLTGDN LKTAKAIAKE VGVNRVIAEV LPQEKAEKIK TLQDEGKKVA MVGDGINDAP
ALAISDIGMA IGSGTDIAME SADIVLMKGD ILHVVGAIQL SRQTMKNIKE NLFWAFGYNT
LGIPVAMGVL HIFGGPLLNP MIGAFAMSFS SVSVLLNALR LKKFKPNYK
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