| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_4456 |
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| Symbol | |
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| ID | 5369311 |
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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_009661 |
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| Strand | + |
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| Start bp | 78687 |
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| End bp | 81926 |
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| Gene Length | 3240 bp |
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| Protein Length | 1079 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 640819252 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001355474 |
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| Protein GI | 152998553 |
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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 | 37 |
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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 | 34 |
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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 | ATGAACGCAT CAGCGCATCA GGAAAAGCAT TTTCAACGTT ACATTGTTGA GAGGCTGGTC
GAGCAAGGCT GGAAGCTGGG AGATACCAAA CACTACGATA CCGAACGAGC GCTTTACCCG
GAAGACCTCG AAGCCTGGAT AAAAACTAGC GGCCAAAAGG ATAAGTGGGA GAAGCTGGAG
CGGTTAAACG GTACAAAAAC CCTCGACGTG GTGATGGAGC GACTGACCAA GGCATTGGAG
CAACAGGGTG CGGTTCAGGT GCTACGTCAA GGCTTCTCAA TTGCAGGCTG TGGTCTGATT
GAAATGACTG AAACTGCCCC TGAAGATATG CGCAACGAAG CGGTGATAGA GCGCTACAAG
GCCAATATTC TGCGTGTTGT ACCGGAACTG AAATACCATC CTGCGCGTGA GTTTGCGATT
GACTTAGTAT TCTTCATAAA TGGCATGCCT GTCGCAACTG TTGAGCTAAA AACGGACTTC
ACTCAGTCAG CAGAAGCGGC TATGGAGCAA TACCAACAAG ATCGACTGCC ATTTGACCCC
AAAACCAAGC GTAAAGAACC TTTGTTGACC TTTAAGCGCG GTGCCGTGGT GCATTTTGCC
ATGTCGGATT CTGAAATCAT GATGGCGACC AAACTGGATG GCGTAAATTC CTTCTTCCTG
CCCTTCAATA AAGGGCATGA GGGGCGAGCT GGCAACCCAC CTGGTGAAAA GAAACCGGAT
GGTAGCATTG AATACCCTGT CGCTTACTTT TGGGAGGATG TGTGCCAACC CGATGCATGG
TTACGCATAT TCCATAGCTT TGTGTATGTA GAGAAAAAAG ATGTGGTTGA TATTCATGGC
AATTGGTCCA AAAAAGAAAC GCTCATTTTT CCGCGTTTTC ATCAATGGAC GGCAGTGAAT
AACATGATTG CAGATGCCCG CAAGAACGGT GCAGGCATGA CCTATCTGGC TGACCATAGC
GCCGGATCAG GCAAGACCAG TACTATTTCA TGGACGGCTC ATGATTTAGT GAAATTACGG
GAAGACAATG GCGATGCGGT ATTTAACAGT GTCATTATTG TAACCGACCG TAATGTATTA
GATGGGCAAC TACAAGATGC TGTAAAGCAA ATTGACCATC AGTTTGGTGT GATTGCTGCG
ATAGATCGAC AGAAGTCATC GCAATCAAAA AGCAAGCAAC TTTCAGAGGC CTTGATCAAT
GGTACACCTA TAGTTGTGGT CACTATTCAG ACCTTCCCTT ACGCCATGGA AGCAGTTATT
ACCGACAAGG CACTTAAGGG TAAGCGTTTT GCAGTGATTA TCGATGAAGC CCATAATTCT
CAAACAGGTT CTACCGCCGC CAAATTACAG ACCGCTCTTG GGATGAGTGG GCACGGAAAA
ATGTCCAGCA TGACTGTGGA TGAACTGTTA GAGCAACTGC AAAAATCACG TGCTCGGCCC
GACAACATTA GCTACTTCGC GTTTACAGGT ACACCTAAAC ACGCGACCTT AATGCTCTTT
GGTCGACCTG AAGACACGTC AAATCCGACA TCAAAAGAAA ATCCACCCAA AGCTTTTCAC
AAGTACACCA TGCGACAAGC AATTGAAGAA GGCTTTATCC TTGATGTTTT AAAAGGATAC
GTACCGTATC AAACCGCCTT TAATCTGTCG AAACAGCTTG AAGACAGTAA GCGTGTGAGT
GGTAAGGCAG CAAAACGTGC ATTAGCTCAA TGGATGGCAC TACATCCGAC CAATGTTACT
CAGAAAGTCC AATTCATTAT TGAGCATTTC TCTAAAAACG TGGCGCACCG TTTAGATGGG
AAGGCGAAGG CAATGGTTGT AACGAGTTCA CGAGCTGCCG CTATTCGCTA CAAGAAAGCG
TTTGACCGTT ATATTGAATT ACATAGCGAA TACAGTTTCA TCCATTCGTT GGTAGCCTTT
TCTGGCAAAA TGACTGGAAA ACAGGTGATG CACAATGATG ATGAGGCTTT TGAAGAGGTA
TTCGTTATTG ACGAAAACGA GGAATTTACC GAACAAAGCA TGAATCCTGA TGTACAAGGT
CAAGACTTAC GCTTTGCGTT TGATCGCCCT GAATATAGAG TGATGCTAGT TGCTGACAAA
TTCCAAACGG GATTTGATCA ACCGAAGTTA GTGGCAATGT ATGTCGATAA AAAAATTGCT
AACCACGTCG AAATTGTGCA GACGTTTTCA CGTTTGAACC GCATGGCTCC AGGAAAAGAT
GAAGTATTCA TAATCGACTT TGTGAATGAT CCGGCCAATG TACGGTATGC CTTCTCACTC
TATGACGACG GTGCGCATAT CGATGATGTT CAAGAACTGA ATGTGGTTTA TGAAATAAAA
GAGCGGTTGG ACGAACATGG CCTTTACAGC GAGAAAGACT TGATCGCTTT CAAAGAAGCC
CGCTTCAAAA CCATTCGCGA TATTACTCAC TCTCAAACTC CGCAACACAA GGCGCTTTAT
GCGGCAACAG AAGCTGCTAC TCGTCTTTAT AATGAAAAAA TGAAAATGCT TCGCGATGCG
ATGGCAACGT GGGAGGGGGC TTTTGAAAAG GCTCGTGCGC AAGGTGATGA AGCAGGAATG
AAATCAGCAG ATCATCATCA AGATGAATAT GCAGAGCAGA TTAAATCCTT ATTGGGTTTT
AAGTCGGATC TAGGGCGCTT CTGCCGAACC TATTCTTATG TGGCACAACT TATTGATTTT
GGAGATCCAG AGCTTGAGAA TTTTGCTGCT TTTTCTAAGT TATTGCAAAA GCGATTGCAC
AATGAAGCCC CTGAAACTGT AGATTTGAAA GGACTGGTGC TTACAGGTTT TGATATTAAA
GGGCGTGTTG TTGAACCTAT TGAGGATGAA GACAAGCCGG TTTTAGAACC TGTCGGCCCA
GGTGGTGGTG GAGGTGCAGG AGACAAGCCC AAATTTGTGC AAGAAATCAT TGAAAAGCTT
AATAGTTTGT TTGGGGAGGC TACGCCTATT CGAGATCAGG TTGCATTTGT TAACCAAATT
AAGTCAATTG CCGGTGAAAG TGACGTGGTT ATGGCTCAGG TTGAGAGCAA CACGCGAGAA
CAGGCGCTAA AAGGTAATTT ACCTGGCGCA GTACAACAAG CTGTTGTTCG TGCGCTTACT
AGCCATCAGA AACTTGCCAC ACAGGTACTT AAATCAGATC GCCAAGGGAT GTCAGCTCTG
GTCGATGTGA TTTATGAAAT GCTTAGAGAT GGTAAAAATA TAGATTTGGA TTTGGACTAG
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| Protein sequence | MNASAHQEKH FQRYIVERLV EQGWKLGDTK HYDTERALYP EDLEAWIKTS GQKDKWEKLE
RLNGTKTLDV VMERLTKALE QQGAVQVLRQ GFSIAGCGLI EMTETAPEDM RNEAVIERYK
ANILRVVPEL KYHPAREFAI DLVFFINGMP VATVELKTDF TQSAEAAMEQ YQQDRLPFDP
KTKRKEPLLT FKRGAVVHFA MSDSEIMMAT KLDGVNSFFL PFNKGHEGRA GNPPGEKKPD
GSIEYPVAYF WEDVCQPDAW LRIFHSFVYV EKKDVVDIHG NWSKKETLIF PRFHQWTAVN
NMIADARKNG AGMTYLADHS AGSGKTSTIS WTAHDLVKLR EDNGDAVFNS VIIVTDRNVL
DGQLQDAVKQ IDHQFGVIAA IDRQKSSQSK SKQLSEALIN GTPIVVVTIQ TFPYAMEAVI
TDKALKGKRF AVIIDEAHNS QTGSTAAKLQ TALGMSGHGK MSSMTVDELL EQLQKSRARP
DNISYFAFTG TPKHATLMLF GRPEDTSNPT SKENPPKAFH KYTMRQAIEE GFILDVLKGY
VPYQTAFNLS KQLEDSKRVS GKAAKRALAQ WMALHPTNVT QKVQFIIEHF SKNVAHRLDG
KAKAMVVTSS RAAAIRYKKA FDRYIELHSE YSFIHSLVAF SGKMTGKQVM HNDDEAFEEV
FVIDENEEFT EQSMNPDVQG QDLRFAFDRP EYRVMLVADK FQTGFDQPKL VAMYVDKKIA
NHVEIVQTFS RLNRMAPGKD EVFIIDFVND PANVRYAFSL YDDGAHIDDV QELNVVYEIK
ERLDEHGLYS EKDLIAFKEA RFKTIRDITH SQTPQHKALY AATEAATRLY NEKMKMLRDA
MATWEGAFEK ARAQGDEAGM KSADHHQDEY AEQIKSLLGF KSDLGRFCRT YSYVAQLIDF
GDPELENFAA FSKLLQKRLH NEAPETVDLK GLVLTGFDIK GRVVEPIEDE DKPVLEPVGP
GGGGGAGDKP KFVQEIIEKL NSLFGEATPI RDQVAFVNQI KSIAGESDVV MAQVESNTRE
QALKGNLPGA VQQAVVRALT SHQKLATQVL KSDRQGMSAL VDVIYEMLRD GKNIDLDLD
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