| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Clim_1659 |
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| Symbol | |
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| ID | 6353966 |
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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 | Chlorobium limicola DSM 245 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010803 |
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| Strand | - |
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| Start bp | 1794370 |
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| End bp | 1797411 |
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| Gene Length | 3042 bp |
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| Protein Length | 1013 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 642669265 |
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| Product | cyclic nucleotide-regulated ABC bacteriocin/lantibiotic exporter |
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| Protein accession | YP_001943681 |
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| Protein GI | 189347152 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG2274] ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain |
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| TIGRFAM ID | [TIGR01846] type I secretion system ABC transporter, HlyB family |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.000000123584 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | GTGACTACTA CAGAACATAC GCATACCGAG ATCCGCAGCA TTTTATCAGC GATACCCCTT
TTTTCCGCTC TGCCAGAGGA GAAATCCTTA CTGCTCGCGC AGGTTTGTTC CGTTGAGCGT
TACACCATCG GAAAGCCGGT TATCGGGAGG GACACGCTGC CTGAGTTTCT CTACATCATC
AGTTCCGGCC GTGTTCGTTC ACTCTATCAG GACAGTGCCA ATGCATCGGT TCAGACCTTG
AGACTGCTTG GTTCTGGCGA TATATTCGGA TGGGTAAGCC TGATGCGGAG AAAACCAACT
GAAATAGTTA CTGTTTCAGA AGATGCCGTT TGTCTTAAAA TTCCTTCATC GGCTCTGAGT
GCGGTTGTCA ATGCAGTACC GGCATTGTAT GGCAAACTAT CCCGGGCGAC AGATCCTGCC
GAAATATGTG CTCTTCTTGA CAGGATTTAT ACAAACGATC CCAAAAAAGA AATACGTCTC
AACACAGCCG GGTTCTCCGG TCTGAAAGAT TTCGCTTTGC AGCTGTACGG GTCAGCGGAT
GTAGTCGATA CCGGTTTCGG CAGGTCTATA CCGAAAAACG ATCTGAAATG GTTTGTCAGC
AGAAGCGAGA ATCCCGAGTA TCAGGAGGGT ACCCGTTTCC CTCATGATAT CACTCAGATT
CCCGCATCCC TCTCCCTTCG TCTTGTCGGG CTTGACTTTT CAGATAACCT TGATCCCGAT
ATCAGAAGCG AGGAAGAGGG AGGGAGCGAG GAGGTATTCG AGATGCCGGA AATGATGAAA
ATGGCGAATT CAGGTACAAC AGCAGGCGGT GGCAAGGCAG AGACGTTCAA TTATAATCCC
GAACCAGAAG CAAAAAGTAC TTCTTCAAAA GGTTTTCCCT TTATCAGAAG CAAAGGGGAC
GCGGTAGAAG AGAGCATGGC ATGTTTTCTT ATGCTTGGAA AATACTGGAA TATTCCGGTT
AAAAAAGATC TCATAAGAAG TGTTCTCGGT AATCAGTTTT CTCGTAACGG GCAGCTCTCT
TTACAGGATT GCGGAGGTGT TGGTGTTCTG CTGGGTCTCA AGGTGCAGGT TGTAACATTT
CAGGAACAGG CTCTTTCAAG GCTCAAGGTG CCTGCAATTA TCCGTTGGGA AAACAGCTTT
GCGGTATTGT ACAAAGTTTC AGCAAAAGAG GTACTTGTTG CCGTTCCCTC TTCACAAGGA
GTTAAAACAA TACCTGCCCA GGAGTTCTGG GAGAAATGGA GCCATAAAGG AGAGGCTCTG
GTTCTCGATG TCAAGCCGGA TACACCTGAG AGCCGATTCG GTTTTGACTG GTTTCTTCCT
TCGATCAATA AATACAGAAA TGTGCTTGCC GAGGTTTTGA TTGCGTCGTT TTTTACCCAG
ATCATGACGC TTGTCAATCC TTTGCTGTTC ATGATTATCA TCGATCAGGT CATTGTCAGA
AACAGCTTTA CCACGCTGCA TGTACTTGGT CTTTTCATGC TTGTTATTGC AGTGCTCGAA
TCAGTGCTTT CAAGCCTCAA AACCTGGTTG TTCGTCGATA CATCGAACAG GATCGACGTT
TCTCTCGGGG CTGAAGTTAT CGATCATCTG CTTCGTCTTC CGCTGCGTTT TTTTGAGAGA
CGACCTGTCG GCGAGTTGAG CTCACGAATC GGAGAGCTGG AACGAATACG GCAGTTCCTG
ACCGGTACGG CACTCAGTGT AGTTCTCGAT GCCGTTTTTT CTGTTGTTTA CGTTATCGTC
CTGTTTGCGT TCAGCTGGAA ACTTGCGCTG CTTTCACTCT CGGTTATTCC TCTTATCGGA
CTTGTGACTT TTTTTGTTTC ACCGGTAATA AGAAAACAGT TAAGGGAGAA ATCAATAAGG
CACGGAGAGA CCAATGCGTA TCTTATCGAA GTTCTTTCAG GCATACAGAC CGTCAAGTCG
CAGAACATAG AGCTTCGGGC ACGATGGAAC TGGCAGGAAA AATATGCAGG GTACGTAAGG
GAAGGGTTCA AACCGGTGGT AACCGGAACT CTTGCCAATT CGACAAACTC TTTCCTCAGC
AAGCTTTCCG GTCTCATCGT TATATGGGCC GGAGCCTGGC TGGTTTTGAA CAATGAATTG
ACTCTTGGCC AGCTTATAGC TTTCCGCATT ATTGCGGGTT ATATTACGAG CCCTGTCATG
CGCCTTGCGC AACTCTGGCA GAACTTTCAG GAAACCGGAA TGTCACTTGA AAGGCTTGCC
GATATCGTCG ATACTCCCCA GGAAGGTGGA AAAGATCAAT TGTCCCAGAT ACCTCTTCCT
TTGATCAAGG GTGAAATCCG CACTGAAAAT GTTTCCTTCC GCTTCAGAGA AAATAATCCC
CTGGTGCTTA AAAATATCAA TCTTACCATT CCGGCAGGAT CCTTTGTCGG GATTGTAGGA
GAGAGCGGTT CGGGAAAAAG TACTTTTGCC AAGCTTATTC AGCGTCTTTA CTCTCTTGAT
GAGGGGCGTA TATTCATTGA CAGCTACGAT ATCGGGAAAG TTGAACTTAA TTCACTCAGA
AGCCAGATAG GCATTGTTCC GCAGGATCCC ATGCTGTTCA ACATATCGGT TAAGGAGAAC
ATTGCGCTTA CTAATCCTGA GGCAAGCGAT GCCGATATCA TTCGGGCAGC GAAGATTGCG
GAAGCTCATG ACTTTATCAT GGCGATGCCA TCCGGATACA GTACTCCTGT TGGTGAGAAA
GGATCTTCAC TTTCCGGAGG ACAGCGTCAG CGGATTGCCA TAGCAAGAAC TATTTTGCAA
AACCCCGGTA TGATTATACT TGATGAGGCG ACCAGCGCTC TTGATCCTCA GACCGAAAGC
AAACTCACAG ACAATATGAT ACAAGCATTC AGGGATAAAA CGGTTTTGTT TATCACACAC
AGGATTAATT CAGTAAAAGG AGCATCGATG ATTCTCTGTT TTCATGACGG GCATATTGAT
GAATCAGGTA TCCATAATGA TCTCATGGAG AGAAAAGGTC GCTATTATTC ACTTTTTCAG
AAACAGACAG CTTCAATTCC GTCACTGGAG GGCAAGCCGT GA
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| Protein sequence | MTTTEHTHTE IRSILSAIPL FSALPEEKSL LLAQVCSVER YTIGKPVIGR DTLPEFLYII
SSGRVRSLYQ DSANASVQTL RLLGSGDIFG WVSLMRRKPT EIVTVSEDAV CLKIPSSALS
AVVNAVPALY GKLSRATDPA EICALLDRIY TNDPKKEIRL NTAGFSGLKD FALQLYGSAD
VVDTGFGRSI PKNDLKWFVS RSENPEYQEG TRFPHDITQI PASLSLRLVG LDFSDNLDPD
IRSEEEGGSE EVFEMPEMMK MANSGTTAGG GKAETFNYNP EPEAKSTSSK GFPFIRSKGD
AVEESMACFL MLGKYWNIPV KKDLIRSVLG NQFSRNGQLS LQDCGGVGVL LGLKVQVVTF
QEQALSRLKV PAIIRWENSF AVLYKVSAKE VLVAVPSSQG VKTIPAQEFW EKWSHKGEAL
VLDVKPDTPE SRFGFDWFLP SINKYRNVLA EVLIASFFTQ IMTLVNPLLF MIIIDQVIVR
NSFTTLHVLG LFMLVIAVLE SVLSSLKTWL FVDTSNRIDV SLGAEVIDHL LRLPLRFFER
RPVGELSSRI GELERIRQFL TGTALSVVLD AVFSVVYVIV LFAFSWKLAL LSLSVIPLIG
LVTFFVSPVI RKQLREKSIR HGETNAYLIE VLSGIQTVKS QNIELRARWN WQEKYAGYVR
EGFKPVVTGT LANSTNSFLS KLSGLIVIWA GAWLVLNNEL TLGQLIAFRI IAGYITSPVM
RLAQLWQNFQ ETGMSLERLA DIVDTPQEGG KDQLSQIPLP LIKGEIRTEN VSFRFRENNP
LVLKNINLTI PAGSFVGIVG ESGSGKSTFA KLIQRLYSLD EGRIFIDSYD IGKVELNSLR
SQIGIVPQDP MLFNISVKEN IALTNPEASD ADIIRAAKIA EAHDFIMAMP SGYSTPVGEK
GSSLSGGQRQ RIAIARTILQ NPGMIILDEA TSALDPQTES KLTDNMIQAF RDKTVLFITH
RINSVKGASM ILCFHDGHID ESGIHNDLME RKGRYYSLFQ KQTASIPSLE GKP
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