| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcSMS35_4762 |
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| Symbol | |
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| ID | 6144539 |
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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 | Escherichia coli SMS-3-5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010498 |
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| Strand | + |
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| Start bp | 4860810 |
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| End bp | 4864046 |
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| Gene Length | 3237 bp |
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| Protein Length | 1078 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 641619575 |
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| Product | type I restriction-modification system endonuclease |
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| Protein accession | YP_001746682 |
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| Protein GI | 170682576 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 51 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTGCAC ATCATGAAGT GCATTTTGAA CAATATATTA CCGAGCAGTT GGTGAACAAT
GGCTGGAAAG AAGGCCATTC CTGCCACTAT GACCAGCAAC GCGCCCTTTA CCCGCAAGAT
GTCATGGATT GGGTAAAGGC CACCCAGCCA GATGCCTGGC ACAAACTGAA TAAACTGCAT
GGTGTGAATG CCGAGCAGGT GCTGTTGGAG CGTTTGGAAA AAGCCCTCTC TTCCCACAAA
GCTGGCAGTA AAACAGGTGG CACCATTAAT GTGCTGCGTA AAGGCTTTAC CATTGCAGGT
TGCGGCACGA TTGCCATGGG CCAACGCAAA CCCGAAGATG CGCGCAATGA AGAGCGTATA
GCCCGTTATG AGCACAACAT TTTGCGCGTG GTGCGCCAAC TGAAATATTG CCCGACTCGC
GAGTGGGAAA TTGACTTGGT GTTCTTTATC AACGGTCTAC CCGTTGCCAC CGCCGAGCTA
AAAACCGATT TTACCCAGTC GCTAGAATCG GCGATTGCGC AGTACAAAGA GGATCGTCTG
CCCGTTGACC CAAAAACCAA GCGTAAAGAG CCGCTGTTAA CCTTTAAACG CGGTGCAGTG
GTACATTTTG CCATGTCTGA TACAGAAATC GCCATGGCGA CCAAACTGGC GGGAGAAAAT
ACCTATTTTC TGCCCTTCAA TAAAGGCCAT GATGGTTCTA CCTCTGATTT GCCCGTACAC
ATCAACTTGC CGGGTGAAGA TGGAGAGTAT CCGGTCAGCT ATTTTTGGCA AGAAATTGCC
CAAAAAGATA ATTGGCTACG CATTTTCTAC AGCTTTGTGT ATGTCGAAAC CAAAGAGGTT
GCCGATAGCA ATGGCAAGGT TGAGCGTAAG GAAACACAGA TTTTTCCGCG TTATCATCAG
TTAGCCGCAG TCAACAAGAT GATTGATGAT GCCCGCCAGA ACGGCGCAGG CATGCAGTAT
CTTTGTGAGC ACAGCGCCGG TTCGGGAAAA ACCTCTACCA TAGCCTGGAC GGCCCATGAT
TTGATTCGTT TACGCAGCAC CGATGGTAAA GCGGTCTTTA AATCAGTGAT CATTGTGACC
GACCGCACCG TGCTGGATTC GCAGTTGCAA GATGCGGTGC AACAGCTGGA TCATCAATAT
GGGGTGATTA AGGCGATTGA TCGCGAAAAG AGCAGCGAGT CGAAATCAAA ACAGCTGACT
GAAGCGCTAT TGACTGGCAC GCCGATCATT GTAGTGACGA TTCAAACCTT CCCATATGCG
TTAGAAGCGA TTCTGACCAA TCAATCTTTG GCACAAAGTA ACTTTGCGGT GATCATCGAT
GAAGCACACA CCTCGCAAAC AGGCTCTACA GCCAAAGGGT TACGCGCAGC GCTTACTCTA
AACCTTAGCC CTCAAGAGTT GGAGCAAATG AGCATTGAGG ACATTCTTAC TAAGGTGCAA
GAAGCGCGCG CCATGCCCAA GAACGTTTCG CACTTTGCTT TTACGGCAAC ACCCAAGCAC
AGCACCAAGA TGTTGTTTGG CCGCCCGAAA GACCCTAACC AACCAGTGTC AGATGACAAT
CTTCCTGAAT CGTTCCACCT CTACACCCAA CGTCAGGCCA TTGATGAGGG TTTTATTCTT
GATGTGCTGG AGAATTACAC CCACTACGAT ACAGCCTACA AAATTGGTGA GAACAATCTG
GATGAGAAGC GCGTAGACAG CAAACAAGCT CGCCGCGCGT TGGCGCGCTG GATGTCACTG
CACCCAACCA CGGTCAGCCA AAAAGTCGAA TTTATTATTA AGCACTTCAA GGCCAATATC
GCTCACCTAC TGGAAGGTGA AGCCAAAGCC ATGGTGGTCA CATCGGGCAG GCCACAGGCG
GTGAAATACA AGCTTGCTTT TGATAAATAC ATTAAAAAGC ATGGTATTGA AGGTATCCAA
GCCTTGGTTG CCTTCTCGGG CAAAGTCCCC GGCAAAGATT TGGGTGATGA AGACAGCCAA
GACCCGCTAG AAATTGATTT CGATAAAGAG TACACCGAGT ACAACTTAAA CCCAGACACG
CACGGGGCTG ACCTGCGCCA TGAGTTTGAG AAAACCGAAT ATCGCGTCAT GTTAGTCGCC
AACAAGTTCC AAACGGGCTT TAATCAACCA AAACTGGTTG CCATGTATTT GGATAAGAAA
ATATCCGATG TAGAAGCGGT GCAAACGCTG TCTCGCCTAA ACCGCACCTA TCCAGGCAAA
GACACAACCT TCGTGATTGA TTTTGTTAAC GATCCACAAA CCATTCTCAA TGCGTTCAAA
AAGTACGACA AAGGCGCGCA GCTTAATGAA GTGCAAGATG TGAACGTCAT CTATGACATC
AAAGATATTT TGGATGAACA GAACATATAC AACCATCAAG ATTTAGAGTT GTTTAAGCAA
GCGCGTGGTA AATCGATTCT CGGCCAATCA CCTGACAAAA AGTCACACGC GCACAAGAAA
CTGCTAGCTG CCACACAACG CCCTACCGAT GTGTTCAACG TTAAGCTCAA AGAGCTGGTT
GATGCTGCAA ACCATTGGGA TCAGCAATAC AACAAAGCGC ACCTTGCGGG TGATGAAAAA
GCGGCGAACT ACGCAGAATC TCAGCGCAGT GATTTCACCA AGCAGCGCGA AGCACTAATG
CGTTTTAAGT CAGATTTAGC TCGATTTGTG AAGCACTATA GCTATATGGC GCAATTGATT
GAGTTTGGTG ATCCTGAACT GGAAAACTTT GCCGCGTTTG CTCATTTGCT ATCACGTCGA
TTGAAAGGGG TAACACCAGA AAACATCGAT CTCAGTGCAC TGGTACTAGA AAAATTCAAA
ATCAAATACG ACAAAGAGCC GCTTCCAGAA GCGTTTAATC AGGTACTTGA ACCTATCCGC
CCCAACTATA ACGACCCTGC GGATCGTGAA CAGGCATTTC TTGCCGATAT CATTCGCCGC
CTAAACGAAC TGTTTGGCGA TGTCGGCGAC GAACCCGGTC GCCGAAACTT TGCCAACGGT
ACTATTACGC GTGTCACCCA AAATCCAATT GTGGTTGAGC AGATAGAAAA GCACGACAAG
TCGATTGCCC TCAAAGGCGA CTTGCCGCAA GCGGTGAAGC AAGCCGTTGT GCAGGCTCTG
CTGAAAGAAG GTGATATAGC CCGAACGCTA CTCAAAGACC CACAAGTTAT GGCAAGTTAT
GTTGAGTTGA TTTTTGACAT GATGAAGCAA GGTGCAGAAC AGGCGGCGGT GAAATAA
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| Protein sequence | MAAHHEVHFE QYITEQLVNN GWKEGHSCHY DQQRALYPQD VMDWVKATQP DAWHKLNKLH
GVNAEQVLLE RLEKALSSHK AGSKTGGTIN VLRKGFTIAG CGTIAMGQRK PEDARNEERI
ARYEHNILRV VRQLKYCPTR EWEIDLVFFI NGLPVATAEL KTDFTQSLES AIAQYKEDRL
PVDPKTKRKE PLLTFKRGAV VHFAMSDTEI AMATKLAGEN TYFLPFNKGH DGSTSDLPVH
INLPGEDGEY PVSYFWQEIA QKDNWLRIFY SFVYVETKEV ADSNGKVERK ETQIFPRYHQ
LAAVNKMIDD ARQNGAGMQY LCEHSAGSGK TSTIAWTAHD LIRLRSTDGK AVFKSVIIVT
DRTVLDSQLQ DAVQQLDHQY GVIKAIDREK SSESKSKQLT EALLTGTPII VVTIQTFPYA
LEAILTNQSL AQSNFAVIID EAHTSQTGST AKGLRAALTL NLSPQELEQM SIEDILTKVQ
EARAMPKNVS HFAFTATPKH STKMLFGRPK DPNQPVSDDN LPESFHLYTQ RQAIDEGFIL
DVLENYTHYD TAYKIGENNL DEKRVDSKQA RRALARWMSL HPTTVSQKVE FIIKHFKANI
AHLLEGEAKA MVVTSGRPQA VKYKLAFDKY IKKHGIEGIQ ALVAFSGKVP GKDLGDEDSQ
DPLEIDFDKE YTEYNLNPDT HGADLRHEFE KTEYRVMLVA NKFQTGFNQP KLVAMYLDKK
ISDVEAVQTL SRLNRTYPGK DTTFVIDFVN DPQTILNAFK KYDKGAQLNE VQDVNVIYDI
KDILDEQNIY NHQDLELFKQ ARGKSILGQS PDKKSHAHKK LLAATQRPTD VFNVKLKELV
DAANHWDQQY NKAHLAGDEK AANYAESQRS DFTKQREALM RFKSDLARFV KHYSYMAQLI
EFGDPELENF AAFAHLLSRR LKGVTPENID LSALVLEKFK IKYDKEPLPE AFNQVLEPIR
PNYNDPADRE QAFLADIIRR LNELFGDVGD EPGRRNFANG TITRVTQNPI VVEQIEKHDK
SIALKGDLPQ AVKQAVVQAL LKEGDIARTL LKDPQVMASY VELIFDMMKQ GAEQAAVK
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