| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0939 |
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| Symbol | |
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| ID | 4570635 |
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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 phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | + |
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| Start bp | 1079143 |
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| End bp | 1081797 |
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| Gene Length | 2655 bp |
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| Protein Length | 884 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639765540 |
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| Product | DNA methylase N-4/N-6 domain-containing protein |
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| Protein accession | YP_911411 |
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| Protein GI | 119356767 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2189] Adenine specific DNA methylase Mod |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | ATGCCCGAAA AAATCTCATC CATAAAGCAC AAGTCCGAAA GCCGCGCTCA TATCCCGTCA
AAAGAGGAAG CAGGCTACGA AGATGCCAGC CCGAAAGTGC TTGGCGGCAA GCCCACGCTT
GAACTGCCGA AGAACCCGGT GGTACATCGC GGCCAGGACC CGGAACTCTT CTGGATGAAC
AAGTATGGCA GTGAGGACAT TGATGATCTG CTGAAGGTTG ATATCCGCTC ACTCTATCGC
CATGAGCACA TCGCCCCCGA GAAACTCATT GCTGGTCTGC ACCGCGTGGT GGAGGAGAAG
AATCCGCTCG ACCAGATGGA TCTCTTTTCC CCGAACGAGC TCTTTGGCAA CGCGCTTGAA
AAGGATGAAC TGCAAAAGGT ATCGGAATAC TACAGCCACC ATGACGGCTG GACAAACCGC
CTTATCCAGG GAGACAGCCA CCTCGTCATG GCAAGCCTGC TGGAGCGTGA AGGGATGGCC
GGGCAGGTGC AGACGATCTA CATCGACCCG CCCTACGGCA TCAAGTACAA CAGCAACTGG
CAGATGAAGC TCAACGACCG TAACGTCAAG GATGGCAGCG ACGAGCACTT GACAGGTGAG
CCGGAGATGA TCAAGGCTTT TCGCGACACC TGGGAGCTTG GCATTCACAG TTACCTCTCC
TATCTGCGTG ACCGGATGTT GATAGCCCGT GAACTGCTGA CGGAGAGCGG ATCTTGCTTT
GTGCAGATTT CCGATGAGAA TGTGCATCTC GTCAGGTGTC TAATGGATGA GGTGTTCGGG
AGTGAGAATT TTGTTAGCAC CATATCGTTT ATAAAAACGG CAGGTAAAAT GGGTGGGTTA
CTGGATAATG TAAATGATTT TATTATTTGG TATGGGAAAA GCAAGAGTAG TATAAAATTT
AGACAGTTAT ATACTGATCG AACTTTAAAA AGTTTAAATC AGGGGTATAA CTGGATAGAA
GAAGAGGAAG GGAAGCGATA TCGCCTTAAT TCGAATCAAT TAAATGGTGA AGAAGTAATT
TCAAAAGGTA AACGTTTTAT TACTGCGCCA TTAGTTTCTC AAAGTGGAGG AGATAATTCT
GATTTTGAAT TTGAGTTTGA AAATAAAAAA TATAAACCAT CTAAGGGTGC ATTTTGGAAA
ACAAATTACA ATGGATTTAA AAGGTTGTCT GAATTGGGCA GATTAATCGG TGTCAAGAAT
ACCTTGGCAT ATGTCCGTTA TGCTGAAGAT TTCCCTGTGG TATCATTAAA TAATTTTTGG
TCGGATACTC AACAAAGTAC ATATGCAGCG GAGAAGAATT ATATTGTACA AACATATTCA
AAAGTTATTC ACCGCTGCAT CCTCATGACC ACCGACCCCG GTGATCTGGT GCTTGACCCG
ACATGCGGCA GCGGAACAAC AGCCTACGTT GCCGAGCAGT GGGGGAGACG GTGGATCACC
ATCGACACCA GCCGTATAGC CCTGAACATT GCCAAAACCC GCTTCATGAC GGCAACCTTT
CCCTACTACC ATCTCTACAG CGATGTTAAC GTGCAGGCAA CAGAGAAAGA GGGGAAGATC
AAAAAGAGTG TTGCCGATAA ACCGGATACA GAAAAATCAG GTGACATCCG TCAGGGTTTT
GTTTACGAAG AGGTGCCGCA CATCACCCTG AAATCCCTTG CCAACGACGA ACCGCCCTCA
ACCGAAACCC TCTGCGACAA GCCGCTCGAA GATAAAAAGA AGCTCCGCGT CTGCGGCCCC
TTCACTGTCG AGACCCTCCA GAACTACGAG CCCGTCAGCC CCAACGCAGT GACGGAAACA
GCCTCCGAAA CCGAAGGAAT GGCCGGATTT GAAGAGCGGG TATTCGACCA CCTGAAATCT
GCCGGAGTGA AAAACGGCAT CAAAAACGAG CAGGCTGTCT TTATTCGCAT TGAGCGTCTT
GTCAGTGCCA CGCTTCATGC TGAAGGATTT TACCAGACAT CGGAAGGTGA AAAGAAAGCC
TACTTTCACA TTGGCCCGAA ATTCGGTACC GTCAGCAAAC ATGCCGTCAA CGAAACCGTC
AAAGAGTGCC GCCAGCGCGG CGATGCCAAC TGGCTCATCA TCCTCGGCTT CAGCTTCGAA
AGCGACATTG CGAGCAGCAC CCAGACCACC AGCATGGGCA CCTTCGAAGT CACCAAGGCC
CGAATGCACG ACGACCTCAT GCAGGACGGC CTCATGAAAA AAGACAAAAA AGCCGGTTCC
TTCATCACCA TCGGCGAGCC CGACATCAAG CTCCACAAAA CCGGCATCGA AGCCACAGTC
GAAATCTGCG GCCTTGATAT CTACGACCCT ATCAAAGACG AAGTCAAAGC CCGCAACGTC
GCCGACATCG CCTATTGGAT GGTAGACGAC GACTACGACG GCAGCAACTT CGTTGTCAAA
CAACTCTTCT TCTGTGGTGG CAGTCAAGAC GAATTCAGCC AATGGAAAAA GGGTCTGAGC
GACCTCGCCC GCACCAAAAC CAGACGCAAC GCCGAAAAGA CCCTTAAAAT CGAAATCGAC
GACGAAGCGT TCGATCGTCT GTATGGCTTC ATGTCACACC CGATTCCGAT TAAGCCTAAC
CGGAAAATTG CCGTCAGGGT TATCAGTCAG TTCGGCGAAG AGAGTATGAA GGTGATGGAT
GTGACTGGTT CCTGA
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| Protein sequence | MPEKISSIKH KSESRAHIPS KEEAGYEDAS PKVLGGKPTL ELPKNPVVHR GQDPELFWMN
KYGSEDIDDL LKVDIRSLYR HEHIAPEKLI AGLHRVVEEK NPLDQMDLFS PNELFGNALE
KDELQKVSEY YSHHDGWTNR LIQGDSHLVM ASLLEREGMA GQVQTIYIDP PYGIKYNSNW
QMKLNDRNVK DGSDEHLTGE PEMIKAFRDT WELGIHSYLS YLRDRMLIAR ELLTESGSCF
VQISDENVHL VRCLMDEVFG SENFVSTISF IKTAGKMGGL LDNVNDFIIW YGKSKSSIKF
RQLYTDRTLK SLNQGYNWIE EEEGKRYRLN SNQLNGEEVI SKGKRFITAP LVSQSGGDNS
DFEFEFENKK YKPSKGAFWK TNYNGFKRLS ELGRLIGVKN TLAYVRYAED FPVVSLNNFW
SDTQQSTYAA EKNYIVQTYS KVIHRCILMT TDPGDLVLDP TCGSGTTAYV AEQWGRRWIT
IDTSRIALNI AKTRFMTATF PYYHLYSDVN VQATEKEGKI KKSVADKPDT EKSGDIRQGF
VYEEVPHITL KSLANDEPPS TETLCDKPLE DKKKLRVCGP FTVETLQNYE PVSPNAVTET
ASETEGMAGF EERVFDHLKS AGVKNGIKNE QAVFIRIERL VSATLHAEGF YQTSEGEKKA
YFHIGPKFGT VSKHAVNETV KECRQRGDAN WLIILGFSFE SDIASSTQTT SMGTFEVTKA
RMHDDLMQDG LMKKDKKAGS FITIGEPDIK LHKTGIEATV EICGLDIYDP IKDEVKARNV
ADIAYWMVDD DYDGSNFVVK QLFFCGGSQD EFSQWKKGLS DLARTKTRRN AEKTLKIEID
DEAFDRLYGF MSHPIPIKPN RKIAVRVISQ FGEESMKVMD VTGS
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