| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_0449 |
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| Symbol | |
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| ID | 4071696 |
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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 | Candidatus Koribacter versatilis Ellin345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008009 |
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| Strand | + |
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| Start bp | 530733 |
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| End bp | 533816 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 637982453 |
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| Product | heavy metal efflux pump CzcA |
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| Protein accession | YP_589528 |
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| Protein GI | 94967480 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3696] Putative silver efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.438615 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATTCATA GAATCGTCCA CGCAGCTCTG CGGCAAAAAT TTTTTGTACT GATGCTTACC
GCTTTTATCA CGGTGGCAGG AATTCTCTCG TTCCAACGGA TGCCGGTAGA TGCCTATCCG
GATCTCGCCC CGCCGCAGGT TGAGATCATC ACCCAGTGGC CCGATCACGC CGCCGAAGAA
GTCGAGCGCT TGGTCACCTT GCCGCTGGAA CTGGAAATGA ATGGCGTGCC GCATCTCGTG
GTGATGCGGT CGATCTCTCT CTATGGCCTT TCCGATGTCC GACTGACCTT CACGGATACA
ACCAACGACT ACTTCGCACG ACAGATCGTG TTTGAGCGGC TCGCGCAAGC CACTCTACCT
ACCGGTGTCA CCCCGTCTCT CGCTCCACTC TTCAGCCCGA GCGGCCTGGT TTATCGCTAT
GTGCTCGAGA GTCCCGATCG AAGTCCACAG GAACTGAAGA CCATTGAGGA CTGGGTGGTT
GAGAGGGCGT ATCGGGCCGT TCCCGGTGTT GCCGACGACT CCGGCTTCGG CGGAACCACC
ATGCAGTATC AGGTGCTCCT GGATCCGGCA CGGATTTACG GATACCACCT GACCGTTCCC
CAAGTTACGG CTGCCTTGAC AGCCAATAAC TCGAACGCCG GCGGCGGATT CTACTCGCAG
GGAGGCCAGT TTTACTACGT TCGCGGAATC GGCCTCTTAC GCAACACAGA AGATATCGGC
AACGTCGTTG TCGGGGCGAA TAAAGGTGTA CCGATTCGTG TCCGCGACGT TGGGGACGTC
ATAATTGGGC ACGCGCCCCG CCTTGGCCAG TTCGGATTCC AGAGAAACGA TGACGCCGTT
GAGGGCGTCA TCCTGATGCT TCGCGGAGAA CAGACTCAGA ATGTCCTGAA GGATGTTGAG
GCAAAGACGC AGGAGTTGAA CAGTCGGATT CTGCCGCCCG ACGTAAAGGT TCACCCCTTC
TACGATCGCA GCGATCTCGT CGATCTCACG ACCGACACGG TCGAGGCAAA CTTGCTTCGC
GGTATGGTGC TGGTCCTGGT TGTCTTGATC TTCTTCCTGG TCAGCTTCCG GGCCGCGGTG
ATCGTTGCAC TCACTATTCC CCTCTCGCTC CTGTTCGCCT TCATCGTTCT CCACGCACAC
GATGTAGCTG CCAACCTCCT TTCGATCGGC GCCATCGACT TCGGTATTGT TATCGACGGA
ACCGTCGTGA TGGTGGAGAA CATCTATCGC GAGCTCTCGC TGCGCGAAGG GCAGACGTAC
AGCCTCCATG AAGTGATCCT CACCGCCGCG AGAGACGTCG ATCGTCCTAT CTTCTATTCT
GTCGCGGTCA TTCTTGCCGG TTACTTGCCG ATTTACGCGT TGAGCGGTCC ATCGGGAAAA
CTCTTTCATC CGATGGCCGA GACCATGTGT TTTGCTCTGG TTGGAGCGCT CATTCTCACC
CTTACCCTGG TCCCGGTGCT GGCTTCCTAC TGGTTCAAGA AGGGCGTCCG CGAAAAATCG
AATCGCGCCT TCGAGTGGAT GAAGCGCATC TACGCCGTGC AACTCGACTG GGCACTCGAA
CGGCCGAAAA CCACGATTGT GATTGCCGCT CTCATTTTCG GAGCGACGTT GTTGCTCGTT
CCTTTTATCG GCGGCGAATT CATGCCGCAC CTGGATGAAG GCGCGCTCTG GGTACGCGCC
ACCATGCCGT ACACGATCTC CTTCGAAGAA GCGAGCAGCA TCGCTCCCCA GATACGCAAC
ATATTGATGT CGTATCCGCA AGTCACCGTA GTTGGATCTG AACTGGGGCG CCCTGACGAT
GGCACCGACC CCACCGGATT TTTTAACTGC GAGTTCTATG TCGGTTTGAA ACCGTACAAG
AACAAGGCGT GGGAAGGCGA CATAAGCGAC AAGCAGGAAC TCATTGATTC GATCAATAAG
AAGCTGACTG CGTTTCCGGG AATCATTTTC AATTACACGC AGCCGGCCGA AGATGCCGTG
GACGAAGCGC TTACTGGGCT GAAGAGTTCG CTGGCTGTCA AGATTTACGG CGACGATCTC
AACGTACTTC AGGACAAGGC CATCCAGATC AAGAACACGC TATCGAAGGT TCGAGGGTTT
ACGAATCTCA CGGTCGTTCG AGAATTGGGC CAGCCGAGCC TGCTCGTAGA AGTTGACCGC
GACAAGATCG CACGCTATGG AATCAACGTC TCGGATGTGC AGGCTGTGAT TTCGGCGGCG
GTCGGTGGCC AAGCGGTCAC GCAGGTCATC CAGGGAGAAA AGCTTTTTGA TCTTGTCGTG
CGAATGCAGC CACAATTCCG CAGCAGCGCC GGCGAGATTG GCAACCTTCT CGTTGGTACG
CCGGATGGTC AACAGATTCC GCTAAGCCAA CTCGCGAACA TCCGGCAAGG CAACGGCGCC
GCATTCATCT ATCGCGAAAA CAACTCGCGC TACATCGGCG TGCAGTACAG CATAGAAGGT
CGAGATCTCG AGCGCGCCGT CCGCGACGGG CAGAGAGCTG TCAAACAGGC CGTGACCCTG
CCCCAGGGCT ACTCGATGGA ATGGGGTGGT GAGTACAGCC AATTCCTCGA TGCGCGCTCC
CAGATGTATT TCATCGGGCC GCTTGCGGTT GTACTGATTT TCTTGATCTT GTTCGCCCTC
TACGGCAATT TCAAGTTCCC CATGACGATC GCTATTGGCG TGATTATCAC CGAACCAGTC
GGCGCCCTCA TCGCGCTGAA GATCACAAAC ACGCCTTTCA GCGTTTCCTC TGTTCTGGGA
TTGCTCGCGT TGCTTGGCGT CTCGGTCGAG ACCGCGGTGA TCCTCGTTTC CTATATCAAC
AAGCTGCGCA AGGAAGGCCT CGAAATCCGT CCGGCAATCC GCGAAGCGTC TCTGCTGAGA
CTGCGCCCGA TCATGATGAC CGCCTTGGTT GCATGCCTCG GACTGTTGCC CGCCGCGCTC
TCGACCGGTA TCGGTTCGGA CACGCAGAGA CCGTTCGCCA TCGTCATTGT TGCAGGCTTG
ATCTCAAGAC TCTTCATTGG ATTCTTCGTC AATCCTGTGC TCTATGAGAT GGTCGCGCGC
AAGGGCGATG TTTTACAGGT GTAG
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| Protein sequence | MIHRIVHAAL RQKFFVLMLT AFITVAGILS FQRMPVDAYP DLAPPQVEII TQWPDHAAEE
VERLVTLPLE LEMNGVPHLV VMRSISLYGL SDVRLTFTDT TNDYFARQIV FERLAQATLP
TGVTPSLAPL FSPSGLVYRY VLESPDRSPQ ELKTIEDWVV ERAYRAVPGV ADDSGFGGTT
MQYQVLLDPA RIYGYHLTVP QVTAALTANN SNAGGGFYSQ GGQFYYVRGI GLLRNTEDIG
NVVVGANKGV PIRVRDVGDV IIGHAPRLGQ FGFQRNDDAV EGVILMLRGE QTQNVLKDVE
AKTQELNSRI LPPDVKVHPF YDRSDLVDLT TDTVEANLLR GMVLVLVVLI FFLVSFRAAV
IVALTIPLSL LFAFIVLHAH DVAANLLSIG AIDFGIVIDG TVVMVENIYR ELSLREGQTY
SLHEVILTAA RDVDRPIFYS VAVILAGYLP IYALSGPSGK LFHPMAETMC FALVGALILT
LTLVPVLASY WFKKGVREKS NRAFEWMKRI YAVQLDWALE RPKTTIVIAA LIFGATLLLV
PFIGGEFMPH LDEGALWVRA TMPYTISFEE ASSIAPQIRN ILMSYPQVTV VGSELGRPDD
GTDPTGFFNC EFYVGLKPYK NKAWEGDISD KQELIDSINK KLTAFPGIIF NYTQPAEDAV
DEALTGLKSS LAVKIYGDDL NVLQDKAIQI KNTLSKVRGF TNLTVVRELG QPSLLVEVDR
DKIARYGINV SDVQAVISAA VGGQAVTQVI QGEKLFDLVV RMQPQFRSSA GEIGNLLVGT
PDGQQIPLSQ LANIRQGNGA AFIYRENNSR YIGVQYSIEG RDLERAVRDG QRAVKQAVTL
PQGYSMEWGG EYSQFLDARS QMYFIGPLAV VLIFLILFAL YGNFKFPMTI AIGVIITEPV
GALIALKITN TPFSVSSVLG LLALLGVSVE TAVILVSYIN KLRKEGLEIR PAIREASLLR
LRPIMMTALV ACLGLLPAAL STGIGSDTQR PFAIVIVAGL ISRLFIGFFV NPVLYEMVAR
KGDVLQV
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