| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfla_2551 |
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| Symbol | |
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| ID | 4001648 |
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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 | Methylobacillus flagellatus KT |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007947 |
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| Strand | - |
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| Start bp | 2746168 |
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| End bp | 2749290 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 637939477 |
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| Product | heavy metal efflux pump CzcA |
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| Protein accession | YP_546657 |
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| Protein GI | 91776901 |
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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 | 20 |
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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 | ATGTTCGATA AATTGATCCG TTTATCCATC ACCCAGCGCT GGCTCATGAT GATACTAGCG
CTGGCGATCG CGGCTATTGG CCTCTATAGC TACCAGAAGT TGCCTATCGA TGCCGTACCC
GATATCACCA ACGTTCAGGT ACAGATCAAT ACAGTGGCAC CTGGCTACTC GCCACTAGAG
GTCGAACAAC GTATCACCTA TCCCATAGAA ACAGCAATGG CTGGATTGCC CGGGCTTGAA
TCGACACGTT CGATCTCGCG CTATGGCCTC TCGCAAGTCA CGGTGGTATT CAAGGAACGC
ACTGATATCT ATTTTGCACG GCAGCTGGTC AATGAGCGTA TTGGTCAGGC CAGGGAGAAA
TTGCCAACAG GGATAATCCC CGCCATGGGG CCGACATCGA CCGGCCTGGG CGAAATATAC
ATGTGGACAG TGGAAGCAAG GGAAGGCGCA CTCAAAGCTG ATGGCACGCC TTACACTCCC
ATGGATCTGC GCGAGATTCA GGACTGGATC GTAAAACCCC AGCTCAGGAA TGTACCTGGC
GTGAACGAGA TCAACACCAT CGGGGGTTAT ACCAAGCAGT ATCAGGTTTC CCCGTTTCCT
GATCGCCTGG TTGCGCAAGG CCTGGCTTTG ACCGACCTCG TGGAGGCGCT GGAACGCAAT
AATGCCAATA TTGGTGCCGG TTATATCGAG AGGTCAGGCG AACAATACCT GATCCGTGTA
CCGGGCCAGG TCAGCAGTTT CAACGATATC GGCAACATCG TGGTCGCCAG TAAAAGCGGC
ATACCAGTAC GAATCAAGGA TGTGGCGGAG GTTGGTTTCG GCAATGAGCT GCGTACCGGT
GCTGCTATGG AAAATGGTGA GGAGGTCGTG ATCGGCACCG TATTCATGCT GATTGGGGAA
AACAGTCGTG AAGTCTCAGC GGCTGTGGAT AAGCGCCTGT CCGAGATCAA CAAGACATTA
CCACCCGGAA TCTTGACCAA AACCGTCTAC GACCGCACCC ATCTGATCGA CAAGGCTATC
AACACGGTAA AGAAGAACCT GGTCGAAGGC GCTTTGCTGG TTATTGCTGT GCTATTTGTG
TTTCTCGGCA ATATGCGGGC CGCCATCATT ACCATGCTGA TTATCCCGCT ATCCATGCTG
TTCACCTTTA CCGGCATGGT AAGCAACAAA GTTAGTGCCA ACCTGATGAG CTTGGGAGCA
CTCGATTTCG GCATCATCAT CGATGGTGCT GTCGTTATCG TGGAAAACTG CATGCGCCGG
CTGGCCCACG CACAGCAGAC TAGTGGACGG CTGCTGACGC AGGAGGAGCG TTTCACGGCA
GTGTTTCAGG CAGCCAGCGA AGCGCGCAGA CCGCTGATCT TCGGGCAGCT CATCATTATG
GTGGTTTACT TGCCCATCTT TGCCCTGACC GGAACAGAAG GCAAGATGTT CCATCCCATG
GCCTTTACCG TGGTGACGGC CTTGATCGGT GCCATGTTGC TATCAGTGAC TTTTATCCCG
GCAGCCATCG CGCTTTTCAT TACGGGTCAC GTCTCAGAAA AAGAGAATCG TCTTATTGCA
TGGGCCAAGC GTCTTTATCA CCCTGTATTC AACTGGACGA TGGCCAACAA GGCGATTGTG
CTCACGGCAG CGCTTGTCAC CGTGCTGCTT AGCGGATTGA TGGCCACACG CATGGGCAGT
GAATTCATCC CCAGCCTCAA CGAGGGAGAT ATGCTCATTC AACCAATACG CATCCCGGGA
ACCAGCCTCA CGCAATCCCT TAAAATGCAG CGCGAGATCG AGCATACGAT CATGCAATTT
AAGGAAGTTG AGCGCGTCTT CTCCAAACTG GGGACGGCTG AGATTGCCAG CGACCCCATG
CCGCCGAATA TGGGCGATAC CTACATCATG CTCAAGCCCA AAGCGGAATG GCCGAATCCT
GCATTAAGCC GTAACGAGCT CATTGCGCGT ATCGAGCATG CCGTGCAGGA AGTGCCAGGA
CATAACTTTG AAGTCACGCA GCCTATTCAG ATGCGCTTCA ATGAGTTGAT TTCCGGGGTG
CGTAGCGATG TCGGTATCAA GGTCTTTGGA GACGACATGA ACGTCATGAA CCAGACGGCT
GGCAAGATCG CTGAGGTATT GAACCGCATA CCAGGTGGGC AGGATATCAA GATCGAGCAG
ACCTCGGGCT TGCCCATCAT GACCGTCAGA ATCGACCGCG ACAAGATTGC AAGGCTGGGG
GTCAATGTTG CCGATGTGCA ACAAGCTGTG GCAACCGCTA CCAATGGGCA GGAGGCGGGC
ATGGTGTTTC AGGGTGATCG CCGCTTTGAA CTGGTCGTCA GGTTGCCTGA AACCATGCGT
ACCGATGTGG AAGCGCTCAA GCGCTTGCCT ATCCGCCTGC CATCGACAAC CACAGGCAAT
CCTGTCTATC TGCAGTTGGG CGAAGTAGCC GAGCTTGATA TAGCGCCCGG GCCCAACCAG
TTCAGCCGTG AGAATGGCAA AAGGCGGGTG GTCGTCACAG CGAATGTACG TGATCGCGAC
ATTGGTTCAT TTGTAGCCGA AGCCCAGCAG CGCATCGATG GACAGGTCAA AGTACCAACT
GGTTACTGGT TGAGCTGGGG TGGCACATTT GAACAACTAC AATCGGCCAC AGAGCGACTC
AAGATCGTCA TTCCGATCTC GTTGTTGCTG GTCTTCATGC TGCTCTATGC CGTGTTCGGC
AATATGAAAG ACGGACTTAT CGTGTTTACA GGAATCCCGT TTGCTCTGAC TGGCGGATTA
ATCGCTTTAT GGTTACGTGG TATCCCGCTC TCAATCTCGG CGGGAGTCGG TTTCATTGCC
TTGTCGGGCG TAGCGGTACT CAATGGTTTG GTAATGATCA GCTTCATTCG CGCTTTGAGA
GACGAAGGTA AGCCGTTGAT GGAAGCGATA GAAGAAGGTG CGCTCACCAG GTTGCGGCCT
ATTCTGATGA CAGCCTTGGT CGCTTCACTA GGCTTTATTC CTATGGCGAT TGCGACAGGT
ACTGGTGCCG AGGTGCAACG GCCACTGGCA ACTGTAGTGA TTGGTGGCAT CTTATCGTCC
ACACTACTGA CCTTGCTGGT GTTGCCAGTG CTTTATCAAA TGATTTATCG ATCCAAGAGT
TGA
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| Protein sequence | MFDKLIRLSI TQRWLMMILA LAIAAIGLYS YQKLPIDAVP DITNVQVQIN TVAPGYSPLE
VEQRITYPIE TAMAGLPGLE STRSISRYGL SQVTVVFKER TDIYFARQLV NERIGQAREK
LPTGIIPAMG PTSTGLGEIY MWTVEAREGA LKADGTPYTP MDLREIQDWI VKPQLRNVPG
VNEINTIGGY TKQYQVSPFP DRLVAQGLAL TDLVEALERN NANIGAGYIE RSGEQYLIRV
PGQVSSFNDI GNIVVASKSG IPVRIKDVAE VGFGNELRTG AAMENGEEVV IGTVFMLIGE
NSREVSAAVD KRLSEINKTL PPGILTKTVY DRTHLIDKAI NTVKKNLVEG ALLVIAVLFV
FLGNMRAAII TMLIIPLSML FTFTGMVSNK VSANLMSLGA LDFGIIIDGA VVIVENCMRR
LAHAQQTSGR LLTQEERFTA VFQAASEARR PLIFGQLIIM VVYLPIFALT GTEGKMFHPM
AFTVVTALIG AMLLSVTFIP AAIALFITGH VSEKENRLIA WAKRLYHPVF NWTMANKAIV
LTAALVTVLL SGLMATRMGS EFIPSLNEGD MLIQPIRIPG TSLTQSLKMQ REIEHTIMQF
KEVERVFSKL GTAEIASDPM PPNMGDTYIM LKPKAEWPNP ALSRNELIAR IEHAVQEVPG
HNFEVTQPIQ MRFNELISGV RSDVGIKVFG DDMNVMNQTA GKIAEVLNRI PGGQDIKIEQ
TSGLPIMTVR IDRDKIARLG VNVADVQQAV ATATNGQEAG MVFQGDRRFE LVVRLPETMR
TDVEALKRLP IRLPSTTTGN PVYLQLGEVA ELDIAPGPNQ FSRENGKRRV VVTANVRDRD
IGSFVAEAQQ RIDGQVKVPT GYWLSWGGTF EQLQSATERL KIVIPISLLL VFMLLYAVFG
NMKDGLIVFT GIPFALTGGL IALWLRGIPL SISAGVGFIA LSGVAVLNGL VMISFIRALR
DEGKPLMEAI EEGALTRLRP ILMTALVASL GFIPMAIATG TGAEVQRPLA TVVIGGILSS
TLLTLLVLPV LYQMIYRSKS
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