| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1991 |
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| Symbol | |
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| ID | 7287916 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | - |
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| Start bp | 1875154 |
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| End bp | 1878339 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 643584988 |
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| Product | heavy metal efflux pump, CzcA family |
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| Protein accession | YP_002482717 |
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| Protein GI | 220907406 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.0623146 |
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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 | 23 |
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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 | ATGCTCGATG CAATGATTAA ATGGGCGATC GCCCGCCGCT GGCTTGTGAT TTTGGCGACC
TTAATCCTCA CCTTCTGGAT GGTCCGCACC GTCAGTCAGA TGCCCTTAGA TGTTTTTCCT
GAATTTGCCC CACCCCAGGT TGAGATTCAG ACGGAAGCCC CAGGACTTGC ACCGGAAGAA
GTGGAATCTC TGGTCACCCT GCCGATTGAA AGTGCCATTA ACGGAACACC GGGTGTGACA
ACGGTGCGAT CCTCTTCAGC TGCAGGCTTA TCCGTCGTCA AAGTTATCTT TAATTGGAAT
ACAGAAATTT ATCGAGCACG GCAACTCGTC ACTGAACGGT TACAACAAGC CCAGAGTAAG
CTACCTGAAG GGGTTGAAAC TCCCCAACTT TCACCCATCA CTTCACCCAT CAGTACAGTG
CTGATGTACG GGCTGACCAT TGAGCCGGAA GCTGTAGCCA ATGCTGCAAG TGCTTCTACC
TCCCTGATGG AGCTGCGCCG CCTCGTGGAC TGGCAGGTGA CCAATCGCCT CTTAGCTGTT
CCAGGGGTAG CTCAAGTTGT GGCCTATGGG GGAGACGTGC GTCAATATCA AGTGCTGGTG
GACCCCGCCA AGTTACAAGC CTTTAATGTC ACTCTGGCCC AGGTCACAGA AGCCGTTGCA
GCAGCCAACT TCAATGCCCC TGGTGGATTT TTGATCACCC CTGATCACGA ACGACTGATT
CGGGGGGTGG GGCGAGTTGA ATCGATCGCA GACTTGCAGC AATCCGTCAT TACAGCCCAA
GAGGGCAAAC CAGTTCGCCT CACTGATGTG GCTGAGGTGC AAATTGGAGC CGCGATTAAA
CGGGGGGACG GCAGTCTGGA TGGCAAACCC GCGATCGTTC TGCTGATTAA CAAACAACCC
CAAGCAGATA CACCAACCGT CACACGGGCC ATTGAGCACG CAATGGAGGA AGTCAAGGCC
AGCCTCCCCA AAGATGTCCA GGTTACCCCC ACTTTCCGAC AAGAAGACTA TATTGATGCC
TCGATCGAGA ATGTCCGCGC AGCCCTGGTT GAAGGCAGCA TCATCGTCGC CCTGATCCTG
ATTCCATTTT TGATGAACTG GCGGAACTTG CTCATTTGTC TGGTTGCCCT TCCCCTATCC
CTATTGATTG GGGTAGCCAT GCTGAATGGG ATTGGGCAGG GATTGAACAC CATGACCCTG
GGGGGACTGG CCGTGGCGAT CGGTTCTGCA GTAGATGACG CTATCGTTGA TGCTGAAAAT
GTCTATCGTT CTCTACGGGA AAATAAACAC GCGGCTCAAC CTCGTCCCCT GCTGGATGTG
GTGTACGACG GCTGCAAGGA AGTGCGCGAT TCGGTGTTTG GGGCAACGGT GATTACGATT
GTTGTCTTTG CTCCGATCTT TGCCCTCAGT GGGGTCGAAG GCAGTATTTT CATTCCGATG
GGATTGGGCT ACATGGCCGC GGTGCTCGCC TCCAGCCTCA CAGCCCTCAC AGTCACCCCC
GCCCTGTGTG CAATTCTTTT GCCCCACGGT CATCTACCGG AAACCGAACC CTGGGTTGCC
CGATTTTGCA AACGGCTTTA TCTGCCCTGG CTCAATTTTT CCATGCAGCG TTCTGGCATC
GTTTTAACTG CCTCAGCTGC CCTGCTCGTT GCTGCCCTGA TCATCGTGCC ATCGTTTGGG
CGTATCTTTC TGCCGGAGTT TCAAGAGCGA TCGCTGGTCA ACGCGGTGAT GCTTTATCCG
GGAGTCTCGC TGGAGGCTAC GAATGCAGTT GGATTTGCCC TGCAGGATGC CCTCAAAACG
GACCCTCGCT TTCAACATGT TCAACTTCGA TCTGGCCGTG CCCCCGGAGA TGCGGATGCG
GCTGGCGTGA ATGGGGCCCA CCTGGATGTG GAACTGAGTC AGGCTGGCAT GGACGATCGC
CCCGGCAGTA TCACAACACT GCGGCAGGAA TTTGCCAGAT TACCAGGGGT TGCCCCCAAT
ATTGGTGGTT TTATTTCTCA CCGCATGGAT GAAGTCCTAT CTGGGGTCAG AAGTGCGATC
GCGGTCAAAA TTTTTGGTCC CGATCTGGCA GAACTGCGTC ACCTGGGTGA AGAAGTCACG
GCTGCGATGC AATCCATTGA GGGAATTGTC GATTTGCAAC CGGAACTGCA GGTGCCTGTC
CCCCAACTTC AGATCCTCTT TGATCGAGCT GCTGCCAGCC GCTATGGGTT GACGGTGGGA
GAACTCTCGA ACACGATTCA AACGGCTTTA AATGGACGGG TGGTGTCCCA GGTGCTTGAG
CAACAGCAGA CCTTTGACCT GGTCGTCTGG CTCAAACCAG AAGCTCGTAC CCATCCAGCG
GCGATCGCTA ACCTCTTAGT CGATACACCG AATGGACAAA AAATTCCTCT GGCTCAAGTG
GCGCAAATCC GGGAGGCCAC AGGTCCAAAC ACGATTAACC GCGAAAATGT CTCTCGTTTG
CTGGTCGTCT CCGCCAATGT GAGTGGACGG GATCTGCGCT CCGTGGTGAA TGAAATCCAG
GCAAAGGTAA AACAGCAAGT CCAACTCCCG CCCGGTTACT TTATTCAGTA TGGTGGACAG
TTCGAGGCGG AAGAACGATC CACCCAAAGC ATTCTGCTCT ATAGCGCGAT CGCCTTCGTT
GTCATCACCG TGATCATGTA TCTCTCAGTT CAATCCATTC CGTCTACGGC CATGATTATG
ATTAACTTGC CCTTGGCCCT GGTTGGAGGG GCGATCGCGG TGGCGCTAAC CGGCAGAATT
CTATCGATCG CGTCCCTGGT TGGATTTGTT ACCTTGTTTG GCGTTGCCAC CCGTAACGGC
TTACTGCTGG TGGATAACTA CAACACCAAG TTTGCTGCCG GAATGCCGTT TCAAGATCTA
TTAATTAAAG GGTCGATGGA GCGGTTGAAT GCAATTTTGA TGACCGCCTT TACGTCTGCG
CTAGGATTAG CCCCACTGGT GGTTGCGGGA GGAGCGGGGA AGGAAATTTT ACAACCCCTG
GCGATCGTTG TCTTGGGGGG GCTTGTCACC TCTACCGCCT TAACGTTGCT CGTGTTACCG
GCCCTCTATG CCCGCTTTGG CCAATACTTA TTTCCAAAAC ACCAAAATGG GGTTAAAGAC
AACGGCCACG TTCACAATCT AAGTTTTCCA GAAATGCAAA GAAAGGCTGA GCAGATTCAA
GGCTGA
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| Protein sequence | MLDAMIKWAI ARRWLVILAT LILTFWMVRT VSQMPLDVFP EFAPPQVEIQ TEAPGLAPEE
VESLVTLPIE SAINGTPGVT TVRSSSAAGL SVVKVIFNWN TEIYRARQLV TERLQQAQSK
LPEGVETPQL SPITSPISTV LMYGLTIEPE AVANAASAST SLMELRRLVD WQVTNRLLAV
PGVAQVVAYG GDVRQYQVLV DPAKLQAFNV TLAQVTEAVA AANFNAPGGF LITPDHERLI
RGVGRVESIA DLQQSVITAQ EGKPVRLTDV AEVQIGAAIK RGDGSLDGKP AIVLLINKQP
QADTPTVTRA IEHAMEEVKA SLPKDVQVTP TFRQEDYIDA SIENVRAALV EGSIIVALIL
IPFLMNWRNL LICLVALPLS LLIGVAMLNG IGQGLNTMTL GGLAVAIGSA VDDAIVDAEN
VYRSLRENKH AAQPRPLLDV VYDGCKEVRD SVFGATVITI VVFAPIFALS GVEGSIFIPM
GLGYMAAVLA SSLTALTVTP ALCAILLPHG HLPETEPWVA RFCKRLYLPW LNFSMQRSGI
VLTASAALLV AALIIVPSFG RIFLPEFQER SLVNAVMLYP GVSLEATNAV GFALQDALKT
DPRFQHVQLR SGRAPGDADA AGVNGAHLDV ELSQAGMDDR PGSITTLRQE FARLPGVAPN
IGGFISHRMD EVLSGVRSAI AVKIFGPDLA ELRHLGEEVT AAMQSIEGIV DLQPELQVPV
PQLQILFDRA AASRYGLTVG ELSNTIQTAL NGRVVSQVLE QQQTFDLVVW LKPEARTHPA
AIANLLVDTP NGQKIPLAQV AQIREATGPN TINRENVSRL LVVSANVSGR DLRSVVNEIQ
AKVKQQVQLP PGYFIQYGGQ FEAEERSTQS ILLYSAIAFV VITVIMYLSV QSIPSTAMIM
INLPLALVGG AIAVALTGRI LSIASLVGFV TLFGVATRNG LLLVDNYNTK FAAGMPFQDL
LIKGSMERLN AILMTAFTSA LGLAPLVVAG GAGKEILQPL AIVVLGGLVT STALTLLVLP
ALYARFGQYL FPKHQNGVKD NGHVHNLSFP EMQRKAEQIQ G
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