| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmar10_0340 |
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| Symbol | |
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| ID | 4285492 |
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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 | Maricaulis maris MCS10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008347 |
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| Strand | - |
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| Start bp | 402018 |
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| End bp | 405212 |
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| Gene Length | 3195 bp |
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| Protein Length | 1064 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 638139803 |
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| Product | adenine specific DNA methyltransferase |
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| Protein accession | YP_755571 |
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| Protein GI | 114568891 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4889] Predicted helicase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 31 |
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| Fosmid unclonability p-value | 0.0570393 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAGTGG TGCAGGACTT CTTTGATGAC ATTCGGGCGG TCTTCAAGAC CGGAGAAGCC
AGCGAGCACA GCTACCGCCC GGCCTTGAAG ACGCTGTTCG ACGCCCTCTC ACCAGACGAT
CTCGCTGCCG TCAACGAGCC GCGCCGGACG GAAGTCGGTG CCCCTGACTT CAGCTTCCTG
CGCGATGGCG TCCCGGTCGG GCATTGCGAG GCCAAGGATA TCGGCCTCGG CCTGACCACG
CTCAAGGGAT ATTCCATCGA ACAGAAGAAG CGCTACACCA AGGCCTTCCC CAACCTGCTC
TACACCAACG GGCTGGAGTT CGAGTTCATC TTCGAAGGCG AGCGTCGGGC GCTGGTCAAT
ATCGGCGACG CCCTGTTGGG CGACCTGCAG CCGCGTGAAG AGGTCTTTGC CGAACTCGAA
CACCTGTTGC GGGACTTCTT CACCGAGCGC CCGCGCACCA TCCATTCGTC GAAAAAGCTG
GCGGAAATGA TGGCCGGCAA GGCGGCCCTC ATCAAGGACG TCATGGGCCG GGCCCTCCTG
GCTGACCGCA AGGACAAGGC CGACACGCCG CTGGTCGAGC AGTATGAGGC CTTCAGGGAG
CACCTGATCC ACGACATCCA GCCCGCCGAC TTCGCCGATC TTTATGCGGA GACCATTGCC
TACGGCCTGT TTGCGGCCCG CCTCCACGAT GACACGCTGG ACACATTCTC CCGAACCGAG
GCGCTGGAAT TGCTGCCGAA GTCCAACCCC TTCCTGCGCA GCCTGTTCAG CTATATCGCC
GGACCGGACC TGGATGACCG CATCGCCTGG GTCATCGACG AACTGGCGAA AATCTTCCTC
GCCTGCGACC TCAAGTCGAT CATGGCGGAC TTCGGCAAGC TGACCGGCCA GCAAGACCCG
TTCCTGCACT TCTATGAAAC CTTCCTCGCC GCCTATAATC CCGCCAAGCG CAAGGCGAAG
GGGGTCTGGT ACACGCCGGA GCCGGTGGTG AATTTCATCG TCCGCGCCGT GGACGAGGTG
CTGAAAACCG AATTCGGCCT CGCGGACGGG CTGGCGGACA CCTCCAAGAT CAAAATTGAC
TGGGATACCG GCCAGAAAGC GATGACCAAG GACGGCAAAC GAATCCGCAA ATCCGGCGAG
ACCGCGAAAG AGACGCGCGA GGTCCACCGC GTCCAGATCC TCGACCCGGC AACCGGGACC
GGCACCTTCC TGGCCGAGGT GATCAAGCAG ATTGCCCCGC GCATCCAGGA CATCGCCCCG
GGCATGTGGT CAAAATATAT CGAGGACGAC CTGATCCCGC GCCTGCACGG ATTCGAGCTC
CTGATGGCGA GCTATGCCAT GTGCCACATG AAGCTCGACA TGATCCTCAC CAAGCTGGGC
TACAAACCGA CCGGGACGCC CCCGCGCCTC TCGGTCTATC TGACCAATTC GCTGGAAGAA
GGCGAACCCG CCGACCAGAC CCTGCCCTTC GCCCAATGGC TGTCCAGGGA GGCCAAGGGC
GCCAACACGA TCAAGCGCGA CATGCCCATC ATGTGCGTGA TCGGCAATCC GCCTTACTTG
GGCGAAGGCG GTGTGTCCGA AGGCTGGCTC GGTCAGCTGA TGGATGATTA CAAGAAGGAG
CCGGGCGGGA TTGAAAAGCT CAAGGAGCGC AATCCCAAAT GGATCAATGA CCTCTATGTG
AAATTCATCC GCATGTCCTC GCACCTGATC GAGAAGAATG GCGAAGGCGT GCTCGGCTTC
ATCACCAATC ACGGCTATCT CGACAATCCC ACCTTCCGGG GCATGCGCTG GCGCCTGATG
AAGGATTTCG ACAGGATCTG GATTCTCGAC CTGCACGGCA ATGCCAAAAA GAAAGAGGTC
AGCCCCGACG GCAGACCGGA CAAGAATGTC TTCGATATCC AGCAAGGTGT CGCCATCATC
ATCGCGGTCA AGACAGGCAA GGGCGGCGGC GGGCTGGCCG AGGTGATGCA AGGCGATCTG
TGGGGCGCGC GGGCAGACAA ATATGAGGCG CTGACAGGTT GTGGACTTGC TTCGCCCAAC
TTCGCTAGCA TACGACCTGA AGGCCCCAAT TACCCCCTTC AGCCAGTAAA CCAAGAGCTT
CGAACGACGT TCGAAGCCGG CTTCAATCTG AAAGAATTCG CTCCCCAACA CGCCATTGGC
ATCATCACGA AGCGAGATGG TGTTGTTCTT TCGTCGAACC GTGAAAAAGT GGAATCCTTG
GTTCAAGACC TTGCTCTCTT GTCAGTTGAC GAAGTGAGAG CTAAGCGCCC AGAGATTCAT
GATACGGCTG GATGGAGCCT TTCTAGGGCA AAAGAGAACA TTATAGCCTG CGGAACAAAA
GAAAAAATAA AGCCAGTTCT AAATTTCCCG TTTGATGTAA AATACACTTA CCACTCAGAT
CGGTCTCTTG GATTTCTTGC ACGACCAGTA TACCCAACAA TGCGTCATTT TTATAATGAC
AATATTGGAT TGATGTTCAC AAGAATTACA AAGGACGCGT TTTCGGTCTT TGTTACCAAA
TTTATGGCCA CACATAAATC AGCCAGCCGA TACGACGGTA CATACATCGC CCCCCTCTAC
CTCTACCCCG CCGAAGACGA ACTCGACCAG GCTCGCCGCA TCAATTTCGA CCCCAAACTC
CATGCGAAAC TCCGCAAACT CGCGACCCAT CCAGAGTTTG GCGAACCGGG TGAGGTCGCC
GTCTTCGACT ATATCTACGG CGTGCTGCAC AGCCCCGACT ATCGCGAGAC CTTTGCCGAA
TTCCTGAAGA TCGATTTTCC GCGCATTCCC TGGCCCGCCA CGCCGGACGT GTTCTGGTCG
GTGCGCGAAA AGGGCGAGGC GCTGCGTCGC CTGCATCTGA TGGAGGATAC GGCAGTGGGC
GAGACGCCCT ATCCCTTCCT GGGCGATGGC GATCCGGTGC TCGAGGCCAG GCATCCCGAT
TTCAAGGCTA CCAAAGACGG TCTGGGCGAC GTCTGGATCA ACAAGTCCCA GCGCTTCACG
AATGTACCCG AAATCGCCTG GGGCTTCCCC ATCGGCGGCT ACCAGCCGGC GCAGAAATGG
CTGAAGGACC GCAAGGGCCG CACGCTCGGC TTTGACGATA TCCGTCACTA CCAGAAGATC
ATCAAGATCC TCGCCGAAAC CGACCGCATC ATGAAGGAGA TCAAGCTCCC GCTCGATCTG
CCTGAGCCTT CATAG
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| Protein sequence | MSVVQDFFDD IRAVFKTGEA SEHSYRPALK TLFDALSPDD LAAVNEPRRT EVGAPDFSFL
RDGVPVGHCE AKDIGLGLTT LKGYSIEQKK RYTKAFPNLL YTNGLEFEFI FEGERRALVN
IGDALLGDLQ PREEVFAELE HLLRDFFTER PRTIHSSKKL AEMMAGKAAL IKDVMGRALL
ADRKDKADTP LVEQYEAFRE HLIHDIQPAD FADLYAETIA YGLFAARLHD DTLDTFSRTE
ALELLPKSNP FLRSLFSYIA GPDLDDRIAW VIDELAKIFL ACDLKSIMAD FGKLTGQQDP
FLHFYETFLA AYNPAKRKAK GVWYTPEPVV NFIVRAVDEV LKTEFGLADG LADTSKIKID
WDTGQKAMTK DGKRIRKSGE TAKETREVHR VQILDPATGT GTFLAEVIKQ IAPRIQDIAP
GMWSKYIEDD LIPRLHGFEL LMASYAMCHM KLDMILTKLG YKPTGTPPRL SVYLTNSLEE
GEPADQTLPF AQWLSREAKG ANTIKRDMPI MCVIGNPPYL GEGGVSEGWL GQLMDDYKKE
PGGIEKLKER NPKWINDLYV KFIRMSSHLI EKNGEGVLGF ITNHGYLDNP TFRGMRWRLM
KDFDRIWILD LHGNAKKKEV SPDGRPDKNV FDIQQGVAII IAVKTGKGGG GLAEVMQGDL
WGARADKYEA LTGCGLASPN FASIRPEGPN YPLQPVNQEL RTTFEAGFNL KEFAPQHAIG
IITKRDGVVL SSNREKVESL VQDLALLSVD EVRAKRPEIH DTAGWSLSRA KENIIACGTK
EKIKPVLNFP FDVKYTYHSD RSLGFLARPV YPTMRHFYND NIGLMFTRIT KDAFSVFVTK
FMATHKSASR YDGTYIAPLY LYPAEDELDQ ARRINFDPKL HAKLRKLATH PEFGEPGEVA
VFDYIYGVLH SPDYRETFAE FLKIDFPRIP WPATPDVFWS VREKGEALRR LHLMEDTAVG
ETPYPFLGDG DPVLEARHPD FKATKDGLGD VWINKSQRFT NVPEIAWGFP IGGYQPAQKW
LKDRKGRTLG FDDIRHYQKI IKILAETDRI MKEIKLPLDL PEPS
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