| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_1542 |
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| Symbol | |
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| ID | 7105930 |
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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 | Cyanothece sp. PCC 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | + |
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| Start bp | 1615822 |
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| End bp | 1618986 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 643474614 |
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| Product | heavy metal efflux pump, CzcA family |
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| Protein accession | YP_002371751 |
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| Protein GI | 218246380 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGCTTAACT CAATTCTCAA TCAAATTCTC AAAAATTCTA TTACCCAACG CTGGCTAATC
GTTGTGGGGG CTATTTTAGT GACGGTGTGG GGTGTTTTTA GTGTTACCCA GATGCCCCTA
GATGTCTTTC CTGAATTTGC TCCCCCTCAA GTGGATATTC AAACGGAAGT CCCCGGACTG
GCCCCAGAAG AAGTCGAATC CCAGATTACG GTTCCTATTG AAAGTGCCGT CAATGGCTTA
CCAGGGGTAA CAACGGTCAG ATCCTCGTCT AAAGTGGGAT TATCAATGGT GCAAGTCGTC
TTTGAGCAAG ATGCAGACAT TTTTAAAGCG CGACAATCGG TCACAGAACG ATTACAACAA
ATTACCAGTC AATTTCCCGA AGTGACTCAT CCCCCCGAAA TTTCGCCGTT AGTCTCCCCG
TTAGGCACTA TTTTACAATA CGCTTTCACC GTTAACGGCA AGGGACAAAC CTCCCTAATG
GATTTACGTC GTTTGGTGGA AGTGACCCTC AGTAATCAGA TTCTCTGTGT CCCAGGTGTC
TCTCAAGTAA CGATTTATGG GGGAGATGAA CGCCAAGAAC AGGTATTAGT AGATCCCACC
AAGCTAAGAA CCCTTAAAGT TTCCCTCACA GAAGTCACCG AAGCTGCTAG AGGAGCCAAT
TCTAATGCGC CAGGGGGCTT TTTGATTGGG GGTGGCCAAG AACTGTTGAT TCGTGGCATC
GGACAAGTAA AATCCATTGA AGATTTACAG CAATCTGTGG TCAAAGTTCA AAATAACCAG
CCTATTTTGC TCAAAGATCT CGCAGAAGTC ACAACAGGGT CAGCCCTTAA ACGGGGGGAT
GCCAGCTTTA ACGGACAACC TGCGGTGGTG CTGATGATTA ATAAACAGCC CGATGTGGAT
ACTCCCACCG TCACTAAAGC AGTTGAAGCG GTCATGCAAT CGTTACAGCC GACCTTTCCC
CCTGATATTC AGGTCGCACA GACGTTTCGT CAGGCCAACT TCATTGATGC TGCTATTCGC
AACGTCAGCA GTTCTTTACT TGAAGGCATC ATCATCGTTT CGGCGATCAT GTTGCTATTT
TTGATGAATT GGCGCACTGC TCTAATTACC CTAAGCGCGA TTCCCTTATC TTTGTTGATA
GGGGTAATGT GGATGAAAAG CTTTGGTTTA GGCATTAATA CCATGACTTT AGGCGGCTTG
GTGGTTGCTC TAGGAGGATT TGTGGATGAC TCGATTGTGT ATATGGAAAA CTGTTATCGC
AAACTCCGAG AAAATCAAGC CCAAGGTCAT CACATCCAGC CTTTTAAGGT AGTGTTTGAC
GCATTTGTCG AAGTGCGATT AGCGGTCGTT TTTTCTACCG TGATTATTAT TGTGGTATTT
GCCCCAATTT TCAGTTTAAC GGGTGTTGAA GGCAATATTT TTGCCCCGAT GGGTTGGGCT
TATTTGCTCT CCATTGCGGC TTCTTTATTT GTGGCCATGA CCCTGACCCC TGCTTTATGT
GCGATTTTGC TGGCTAATCA AACCCTACCC GCAGAAGCGA CTTTCTTTTC ACGATTAGCA
AAACGACTGT ATCGTCCTTT CTTGAGACTA TCCCTGCGAT CGCCGCAAAT TATTCTCGCC
TTAGCCCTTG CCTCTTTGGT CGCTGCTTTT GCTCTCGTTC CCGCCCTTGG ACGGGTATTT
TTACCAGAAT TTCAAGAAAA ATCAATGGTC AATTCGATGG TTTTGTTTCC TGGGGTTTCC
CTAGATATGA CCAATCGGGC GGGCATAGCT CTTTCTAAGT CCCTCAAGGA TAATCCTTTA
TTTGATTGGG TGCAATTACG GGTTGGACGT GCGCCTGGGG ATGCAGACGG GGCAGGGGTG
AACATGGCCC ATGTGGATGT GGAACTGAGC GATCTTGCCA TGAAAGACCG TGAAGCGAGT
TTGCAACAAC TGCGGGAAGC CTTCTTAAAA TTACCTGGGG TTGCACCTAA TATTGGTGGG
TTTATCTCCC ATCGGATGGA TGAAGTCTTA TCGGGAGTCA GAAGTGCGAT CGCTGTCAAA
ATTTTTGGAC CTGACTTGAT TGAACTTCGC AAGGTTGGGG AACAGGTACG AGATGCCATT
AAACCCATTG AAGGAGTGGT GGATTTACAG CTTGAACCCC AGTTACCCAT CCGTCAGGTA
CAAATCCATT ATGATCGTAC CGCAGCCGCT AACTATGGTT TAACGATGGA GGCTATTTCC
GATGTTGTCG AAACGGCACT CAACGGTCAA GTTGTCTCCC AAGTACCTGA AGATCAGCAA
CTAATTAATA TTACCGTTGG CTTACCCGAA TCTGCTCGTA ATAGTTTAGA TGCTATTGGT
TCTATTCCCC TCTCTACCCC GACCGGACAA ATAATTCCCT TAAGTCGTGT TGCTAAGGTA
GATTATGGCA TGGGAGCTAA TGTGGTCAAT CGGGAAGACG TTTCCCGCTT AATTGTGGTT
TCTGCTAACG TTGCTGAACG GGACTTAGGC AGTGTGGTAG GGGATATTCA AGCAACGATT
CGTCAAAAGG TACAGTTACC AAAAGGCTAC TTTATTAAAT ACGGGGGTCA GTTTGAAGCG
GAACAAAATG CTACGAATAA TCTGTTAATC TACAGTATCC TAGCCGCGAT TGTCATTGCC
ATTTTGATGT TCTTCTCTGT TAAATCCCTT CCAGCAACCA TCGCTATTAT GCTCAACCTA
CCTTTAGCGT TGGTAGGAGG TATTGTGTCG ATTATGTTAA GTGGTGGTGT CATCTCGGTA
GCGTCTCTCG TTGGCTTTAT TACCCTGTTT GGTGTTGCCG TTCGTAATGG CTTATTGCTA
GTAGATAACT ACAATAACAA GTTTGCTCTA GGAATGCCCC TTAAAGAGGT GATTGTTAAA
GGGTCACTAG AGAGAATTGA TGCAATTTTG ATGACCGCAC TAACCTCAGC ACTGGGAACA
CTCCCTTTAG TTTTGTCGAG TGGTTCAGGT AATGAAATTC TCCAACCGTT AGCTATTGTA
GTGTTAGGAG GATTATTTAC GTCTACGGCC TTGACCTTAT TAGTAATTCC TGCCCTCTAT
GCCAAGTTTG GCAAGTGGTT GATGCCTAAA CAAACCCCGA CTCATCATCA GTCACCTTTC
CATCGAAATG AGGAACCAGA TGTATTAGTT AAGTCACAAT TCTAG
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| Protein sequence | MLNSILNQIL KNSITQRWLI VVGAILVTVW GVFSVTQMPL DVFPEFAPPQ VDIQTEVPGL
APEEVESQIT VPIESAVNGL PGVTTVRSSS KVGLSMVQVV FEQDADIFKA RQSVTERLQQ
ITSQFPEVTH PPEISPLVSP LGTILQYAFT VNGKGQTSLM DLRRLVEVTL SNQILCVPGV
SQVTIYGGDE RQEQVLVDPT KLRTLKVSLT EVTEAARGAN SNAPGGFLIG GGQELLIRGI
GQVKSIEDLQ QSVVKVQNNQ PILLKDLAEV TTGSALKRGD ASFNGQPAVV LMINKQPDVD
TPTVTKAVEA VMQSLQPTFP PDIQVAQTFR QANFIDAAIR NVSSSLLEGI IIVSAIMLLF
LMNWRTALIT LSAIPLSLLI GVMWMKSFGL GINTMTLGGL VVALGGFVDD SIVYMENCYR
KLRENQAQGH HIQPFKVVFD AFVEVRLAVV FSTVIIIVVF APIFSLTGVE GNIFAPMGWA
YLLSIAASLF VAMTLTPALC AILLANQTLP AEATFFSRLA KRLYRPFLRL SLRSPQIILA
LALASLVAAF ALVPALGRVF LPEFQEKSMV NSMVLFPGVS LDMTNRAGIA LSKSLKDNPL
FDWVQLRVGR APGDADGAGV NMAHVDVELS DLAMKDREAS LQQLREAFLK LPGVAPNIGG
FISHRMDEVL SGVRSAIAVK IFGPDLIELR KVGEQVRDAI KPIEGVVDLQ LEPQLPIRQV
QIHYDRTAAA NYGLTMEAIS DVVETALNGQ VVSQVPEDQQ LINITVGLPE SARNSLDAIG
SIPLSTPTGQ IIPLSRVAKV DYGMGANVVN REDVSRLIVV SANVAERDLG SVVGDIQATI
RQKVQLPKGY FIKYGGQFEA EQNATNNLLI YSILAAIVIA ILMFFSVKSL PATIAIMLNL
PLALVGGIVS IMLSGGVISV ASLVGFITLF GVAVRNGLLL VDNYNNKFAL GMPLKEVIVK
GSLERIDAIL MTALTSALGT LPLVLSSGSG NEILQPLAIV VLGGLFTSTA LTLLVIPALY
AKFGKWLMPK QTPTHHQSPF HRNEEPDVLV KSQF
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