| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Clim_0128 |
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| Symbol | |
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| ID | 6356093 |
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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 | 138953 |
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| End bp | 141493 |
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| Gene Length | 2541 bp |
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| Protein Length | 846 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 642667751 |
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| Product | N-6 DNA methylase |
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| Protein accession | YP_001942207 |
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| Protein GI | 189345678 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0286] Type I restriction-modification system methyltransferase subunit
[COG0732] Restriction endonuclease S subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 29 |
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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 | 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 | ATGCTTGATA CCGATACAAA ACGCCGCATC GACACCGCAC GCGATATCCT CGTCGGTAAA
GTCCCCGATC CCAAGTCCCA GGTGGAGCAG ATCACCATCG CGCTGATCTA CAAGTTCATG
GATGACATGG ACGCCGAGTC GGAGGAACTT GGAGGCAAGC GCAAATTCTT CACCGGCAAT
TTTGTCCGAT ACGGCTGGGC CAAGTTCATG GATCGAAGTC TCGGCGGTCA CGAAATGCTC
GGCCTCTACA GCGAAGGAAT TGCCAAGATG CCCGAGAACC CAGGTATTCC AGCACTCTTT
CGCGATATTT TCAAAAACGC CTACCTCCCA TACCGTGACC CTGAAACGCT CAAAGCCTTT
CTCAAAATCA TCGATGAATT CACCTACGAC CACAGCGAAC GACTCGGAGA CGCTTTCGAG
TATCTGCTAA GCGTCTTGGG CAGCCAGGGC GATGCCGGCC AGTTCCGCAC CCCGCGTCAC
ATCATTGATT TTATGGTCGA GATTCTTGTC CCGCAAAAAA ACGAGACTAT TCTCGATCCT
GCCTGCGGCA CCGCCGGATT CCTCATCTCT GCATACAAGC ATATCCTGCG TACCAACACT
GACACCGATG GGCATAGCAC CCTCACACCC GACGAAAAGG GGCGCCTCGC AAGGAATTTC
AAGGGTTACG ACATATCGCC CGACATGGTG CGCCTCTCTC TGGTGAATCT GTATCTGCAC
GGTTTCACCG ATCCGCACAT TTTTGAATAC GACACTCTCT CCTCCGAGGA GCGCTGGAAT
GAATTTGCCG ACGTCATTCT CGCCAACCCG CCCTTCATGT CCCCGAAAGG CGGTATCAAG
CCGCACAAGC GATTCTCCAT CCAGGCCAAG CGCAGCGAAG TTCTTTTCGT GGACTACATG
GCCGAGCACC TCACCCCAGC CGGCCGCGCC GGTATAATCG TCCCGGAGGG CATCATCTTT
CAGAGTCAGA TGGCCTATAA AGAACTGCGA AAGATGCTCG TCGAAAACTC TCTCGTCGCC
GTCATCTCTC TCCCTGCTGG CTGTTTCAAT CCCTACTCCG GGGTGAAGAC GAGTATCCTG
ATCCTCGACA AATCCCTCGC CCGCCAGAGT GACACCATCG CATTCTTCAA GGTCGAAAAC
GACGGGTTCG GCCTCGGTGC CCAGCGAAGA GCCATAGAGA AAAACGACCT TCCGCAGGTG
CAGGCCGAAC TCGCAGCGCA CCTGCAAGCC TTGCGCTCCA GGGCTGCCAC CGAGTCACAC
GCCATAACCA CCGGCCTTAT CGTACCGAAA GAGAAGATCG CCACGAATGG CGACTACAAC
CTCAGTGGAG AGCGGTATCG GGAGGGTGAT CCGGTAAATC ACAAGTGGCC GATTGTCTCG
CTTGACGAAA TATGCACATT TATGACAGGA GGGACACCCA CATCGACGAT TGCTGAGTAT
TACGAAGGAG GAACTGTTCC CTGGCTCGTA TCAGGAGACA TTCACGGGTT TGAAATTATG
GCCTGTGAAA AAAGGATTAC ACAGAAGGCT GTTGAGAACT CGAATGCCAA AGTCCTTCCA
AAAGATAGCG TTCTTATAGC CCTAAACGGA CAAGGGAAAA CTCGGGGAAC AGTTGCGTTG
CTTCGAATGA CCGGTGCGAC TTGCAATCAG TCGCTGGTCG CCATCACGCC AGCGCCCCCC
CCCAGAGCAA TTTCTGAATT CATCTTTTGG GCGCTACGCT CTATGTATTC TGACATCCGT
GCACTCACGG GAGACACAGA GCGCAGCGGA CTGAACATTC CTATCCTAAA AAACATCCAA
ATCCCCCTGC CGCCGCTGGA AGTGCAGAAG GAAGTCGTAG CGGAAATCGA GGGCTACCAG
AATGTCATCA ACGGCGCCCG CGCCGTCCTT GATAACTACC GACCTCACAT ACCCATCCAC
CCCGACTGGC CGATGGTGCC GCTTGGTGAA GCATGCGTTG TGAACCCCCG TAAGTCTGAG
GTGGCTGACC ATGTGGGTAC CACAGTCGTG TCATTCGTCC CAATGTCGGA TGTCGGCGAG
CACGAGATGT TCTTTGAGCT CAAAGACACA AAGCGACTGG ACGAGGTAAC TACCAGCTAC
ACTTACTTCA AAGATGGCGA TGTCCTTCTT GCAAAGGTTA CCCCTTGTTT TGAAAACGGG
AAGGCAGGCA TTGCTCGCAA CCTTCGTAAC GGAATAGGTT TCGGTTCAAG TGAGTTCTAT
GTATTGAGGC CTACGGGGGA TCTTCTCCCA CAGTGGGTGT TTATGTTTGC AGCAACACCC
TCATTCCGTA CGTGGGCTAC CCCACAGATG ACAGGCACAG GCGGGTTGCA ACGTGTTCCT
CGTTCGGTTG TTGAGAATTA TCAAATCCCC GTCCCTCCCT TGGCCACACA GCAAGCTATC
GTGGCGGAGA TCGAAGCCGA GCAAGCGCTG GTCGCCGCCA ACCGCGAACT GATCGTTCGC
TTCGAGAAGA AAATTCAATC CACCCTTGCC CGCATCTGGG GGAAAGCTAA TGAAACAGCA
GAAGCGGAGA TATCGCAATG A
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| Protein sequence | MLDTDTKRRI DTARDILVGK VPDPKSQVEQ ITIALIYKFM DDMDAESEEL GGKRKFFTGN
FVRYGWAKFM DRSLGGHEML GLYSEGIAKM PENPGIPALF RDIFKNAYLP YRDPETLKAF
LKIIDEFTYD HSERLGDAFE YLLSVLGSQG DAGQFRTPRH IIDFMVEILV PQKNETILDP
ACGTAGFLIS AYKHILRTNT DTDGHSTLTP DEKGRLARNF KGYDISPDMV RLSLVNLYLH
GFTDPHIFEY DTLSSEERWN EFADVILANP PFMSPKGGIK PHKRFSIQAK RSEVLFVDYM
AEHLTPAGRA GIIVPEGIIF QSQMAYKELR KMLVENSLVA VISLPAGCFN PYSGVKTSIL
ILDKSLARQS DTIAFFKVEN DGFGLGAQRR AIEKNDLPQV QAELAAHLQA LRSRAATESH
AITTGLIVPK EKIATNGDYN LSGERYREGD PVNHKWPIVS LDEICTFMTG GTPTSTIAEY
YEGGTVPWLV SGDIHGFEIM ACEKRITQKA VENSNAKVLP KDSVLIALNG QGKTRGTVAL
LRMTGATCNQ SLVAITPAPP PRAISEFIFW ALRSMYSDIR ALTGDTERSG LNIPILKNIQ
IPLPPLEVQK EVVAEIEGYQ NVINGARAVL DNYRPHIPIH PDWPMVPLGE ACVVNPRKSE
VADHVGTTVV SFVPMSDVGE HEMFFELKDT KRLDEVTTSY TYFKDGDVLL AKVTPCFENG
KAGIARNLRN GIGFGSSEFY VLRPTGDLLP QWVFMFAATP SFRTWATPQM TGTGGLQRVP
RSVVENYQIP VPPLATQQAI VAEIEAEQAL VAANRELIVR FEKKIQSTLA RIWGKANETA
EAEISQ
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