| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_2193 |
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| Symbol | |
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| ID | 5371176 |
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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 | Shewanella baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 2611940 |
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| End bp | 2614483 |
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| Gene Length | 2544 bp |
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| Protein Length | 847 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640830406 |
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| Product | type I restriction-modification system, M subunit |
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| Protein accession | YP_001366396 |
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| Protein GI | 153000715 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0286] Type I restriction-modification system methyltransferase subunit |
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| TIGRFAM ID | [TIGR00497] type I restriction system adenine methylase (hsdM) |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.184981 |
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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 | ATGGCCATTA AAAAGAACGA ACTCTATTCC TCCCTTTGGG CCAGCTGTGA CGAACTGCGT
GGTGGTATGG ACGCCAGCCA ATACAAGGAT TACGTTCTCA CACTCTTGTT TATGAAATAC
GTTTCCGACA AATATAAAGG CGATCCGTAC GGCATGATAG TCGTGCCCAA AGGTGCCAGC
TTTGACGATA TGATTGCCGC CAAAAACGAT AAAGAAATCG GCGATAAACT CAATAAAATC
ATTGGTAGCT TAGCGGAAGA AAACGATCTT AAAGGCGTTA TCGATGTTGC CGACTTTAAC
GATGAAGACA AGCTCGGCAA AGGCAAGGAA ATGGTTGATC GCCTGACTAA GTTAGTCGGG
ATTTTCCAAG GATTAGATTT AACCGGTAAC CGTGCCGATG GTGACGACTT ATTAGGGGAT
GCCTATGAGT ATTTAATGCG CCACTTCGCC ACCGAATCGG GCAAATCCAA AGGCCAATTC
TATACCCCGT CAGAAGTCTC GCAAATTCTG GCTAAAGTGG TTGGTATTCA AAACAATACC
CCACAAGATG CCACCGTTTA CGACCCCACC TGTGGTTCGG GTTCTTTGCT GTTAAAAGCC
AGTAACGAAG CACCACGCGG CTTGTCTATT TTCGGCCAGG AGATGGACAA CGCCACCAGT
GCACTTGCTC GCATGAACAT GATTTTGCAC AACAATGCCA CAGCTAAAAT CTGGAAAGGC
AACACCCTTG CCGATCCGCA GTGGAAAGAC GGCGCCAATA AACTCAAAAC CTTTGACTTT
GCCGTAGCTA ACCCGCCATT TTCTAACAAA AACTGGACGA GCGGCCTAAA CCCACTAAAC
GATCCCTATG GTCGATTTAC TTGGGGAACT CCGCCCGAAA AGAACGGTGA TTACACTTTC
TTACTGCACA TCATTACCAG TTTAAAAAGC ACAGGTAAGG GCGCAGTCAT TCTGCCCCAC
GGCGTACTGT TCAGAGGCAA CGCCGAAGCC AATATTCGTC AAAATCTTAT TAAGCAAGGT
TACATCAAAG GCATTATTGG TTTACCTGCC AACCTGTTCT ACGGCACGGG GATCCCCGCC
TGTATTATCG TGATTGACAA AGAGCACGCC CAAAAAGCTG CAGTTCACTT TGGTGAAGCC
CTGCAGGGTG AAAGGCCGCT GATTGAAGGG CACGGCAATG ACGTGAAAAA CAATCAAACT
CACATCACCG GCCGTTCCAT CTTTATGATT GACGCCAGCA AAGGCTTCAT CAAAGACGGC
AATAAAAACC GCCTGCGCAG CCAAGACATT CATAAAATTG TCGATGTGTT TAATAAAGGG
CTTGAGCTAG AGCGTTTTAG CCGTTTAGTC ACGATTGATG AAATTGCCAA AAACGATTAC
AACCTCAACA TACCGCGTTA TATCGACTCA TCAGAGCCAG AAGATTTACA CGATTTAAGC
GCCCACTTGC AAGGCGGTAT TCCTAATCGC GATATCGATG CCCTGGCGCA TTACTGGCAG
GTATTCCCTA GTATTCGAGC GACCTTATTT GGTCGTAACC CAGAGCTGCC AGCGCGTGAT
GGCTACAGCC ACTGCATGAT AGACGCCAGC AAAGTGAAAG CCAGTATTTT GGCCCATAGC
GAGTTTAAAG ACTTTGCCAG CCGCAGCTTA TTACCCTTTA AAGCCTGGAT AAAACAAGCT
GCGTTAACCG AAATCAGCCT AGGCGACAGC CCTAAAGAGT TAATCCACGA CATATCAGAA
AGCCTATTAG CCGCCTACGC CAACAGTGAA CTGCTGAGCA AATACGACAT CTACCAGATC
CTCATGGATT ACTGGAGCGA CACACTGCAA GATGACGTCT ACGTATTAGT GCAAGATGAC
TGGCAAGCGG GTAAAACCCT GCGTGAGTTA GTCTCAGCCA AAGGTGAAAA GCTTAAAGAA
ACACCCGATT TAATCATTAA CAAGAAAAAA TACAAAGCCG AGCTGATCCC ACCAAGCTTA
ATCGTGGCGC GTTACTTTGC CGCCGAGCAA ACCAAGCTTG ATGCCCTTCA AATCAAACAA
GATGAAGCCA CTCAAGCCCT CGAAACTTAT CTAGAGGAAA ATGCCACTTC TGGAACAGGG
AGCGAAGAAG GCTTGCTCGC CGATGCGCTA AATGACAAAG ACAAAATCAC TAAAGTCAGC
GTTGCGGCGC GCCTTAAACT CGCCACAGAT AAAGCGGAAA TAGCCGCCCT TAAGCAAGCG
ACCAAGCTGT TTACCTCCGA TGCCAACGCC AAAAAAGCCG TAAAAGAAGC CCAAGAAATC
TTGGATTTAG CGGTATTTAA GCAGTACCCA CATTTGAGCA TTGACGAAAT TAAAACCCTG
ATCGTCAACG ACAAATGGCT CGCCACATTG CAAGCCAACA TCATTGCCGA GATTGAGCGC
GTCACTCAGC AAATGGCCAA CCGCGTCAAA GAGCTGGAAG AGCGTTACAG CACGCCGCTG
CCCACCTTAA CAAAATCGGT AGAGACCTTA AGTGATAAAG TTGCGGGCCA CCTCAAAGCT
ATGGGTTTGG AGTGGACGCT ATGA
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| Protein sequence | MAIKKNELYS SLWASCDELR GGMDASQYKD YVLTLLFMKY VSDKYKGDPY GMIVVPKGAS
FDDMIAAKND KEIGDKLNKI IGSLAEENDL KGVIDVADFN DEDKLGKGKE MVDRLTKLVG
IFQGLDLTGN RADGDDLLGD AYEYLMRHFA TESGKSKGQF YTPSEVSQIL AKVVGIQNNT
PQDATVYDPT CGSGSLLLKA SNEAPRGLSI FGQEMDNATS ALARMNMILH NNATAKIWKG
NTLADPQWKD GANKLKTFDF AVANPPFSNK NWTSGLNPLN DPYGRFTWGT PPEKNGDYTF
LLHIITSLKS TGKGAVILPH GVLFRGNAEA NIRQNLIKQG YIKGIIGLPA NLFYGTGIPA
CIIVIDKEHA QKAAVHFGEA LQGERPLIEG HGNDVKNNQT HITGRSIFMI DASKGFIKDG
NKNRLRSQDI HKIVDVFNKG LELERFSRLV TIDEIAKNDY NLNIPRYIDS SEPEDLHDLS
AHLQGGIPNR DIDALAHYWQ VFPSIRATLF GRNPELPARD GYSHCMIDAS KVKASILAHS
EFKDFASRSL LPFKAWIKQA ALTEISLGDS PKELIHDISE SLLAAYANSE LLSKYDIYQI
LMDYWSDTLQ DDVYVLVQDD WQAGKTLREL VSAKGEKLKE TPDLIINKKK YKAELIPPSL
IVARYFAAEQ TKLDALQIKQ DEATQALETY LEENATSGTG SEEGLLADAL NDKDKITKVS
VAARLKLATD KAEIAALKQA TKLFTSDANA KKAVKEAQEI LDLAVFKQYP HLSIDEIKTL
IVNDKWLATL QANIIAEIER VTQQMANRVK ELEERYSTPL PTLTKSVETL SDKVAGHLKA
MGLEWTL
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