| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_0503 |
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| Symbol | |
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| ID | 6114737 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 714927 |
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| End bp | 717401 |
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| Gene Length | 2475 bp |
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| Protein Length | 824 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641631990 |
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| Product | EcoEI R domain-containing protein |
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| Protein accession | YP_001758895 |
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| Protein GI | 170724869 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4096] 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 | 1 |
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| Plasmid unclonability p-value | 0.000156579 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 9 |
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| Fosmid unclonability p-value | 0.0688429 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCATCA ATAAAGCAAA ACTGACTGAA ACCGATATCA TCACCAAATT CATCATGCCA
GCGATTAAAG ATGCGGGCTG GAATGATATG ACGCAAATTC GCCAAGAGGT GAAACTGCGC
GACGGTAAGG TCATTGTGCG TGGCCAACTC GGTGTGCGCA AAACCGTAAA GTCTGCTGAT
ATTGTGCTTT ATCACAAACC AAGCATGCCA CTTGCTGTGA TTGAGGCTAA AGCTAACAAA
CATGAAGTAG GCAAAGGCAT GCAGCAAGGG CTCGATTATG CACGCTTGCT TGAGGTACCT
TTCATCTTTG CCTCTAACGG TGATGGCTTT ATCTTTCACG ACAAAACCCA TGCCGTCACA
AACAGTCAAG GCACATCAGA AGCTCACTAC CTAGAATCCG AAATCCGCCT TGAGGACTTC
CCATCACCAC AAGAGCTCTG GGCCAAGTAT TGCGCTTGGA AAGGCTACAC CGAAAAGCAG
CTACCCATTA TCAATCAAGA ATACTATGAC GATGGTAGCG GTAAGCATCC TCGTTATTAT
CAACTGCAAG CCATCAACAA GACCGTAGAA GCAATATCAT CAGGTAAAGA CCGTGTATTG
CTGGTCATGG CAACAGGCAC AGGTAAAACT TACACGGCGT TTCAAATCAT CTGGCGCTTA
TGGAAGTCTC GCGCTAAAAA ACGCATTCTA TTCCTAGCCG ACCGTAATAT CTTAGTCGAC
CAAACTCGCA TAAATGACTT TCAACCGTTC GGTCAATCCA TGACTAAGAT AACCGGCAGA
ACCGTTGACC CTTCATACGA GATACACCTC GCACTCTATC AAGCCTTAAC TGGCCCAGAA
GAGAGCCAGA AAGCCTTTAA GCAAGTAGAC CCAGACTTCT TTGACTTAAT CATTATCGAC
GAGTGCCATC GCGGTAGTGC CTCTGAAGAC AGCGCATGGC GTGAGATTCT AGAGTATTTC
AAAAGTGCAG CTCAAGTAGG TTTAACGGCG ACCCCTAAAG AAACGACTGA AGTATCAAAC
TCAGACTACT TTGGTGATCC GGCTTATACC TATTCCCTTA AAGAAGGTAT TGAAGACGGC
TTCTTAGCAC CCTATAAAGT GGTGCGCGTA GATATTGATG TTGATCTACA AGGCTGGCGA
CCAACAAAAG GCCAAATAGA TAATCAAGGT GAGGTAATAG AAGACCGTAT CTATAACCAA
AAAGACTTTG ACCGCACCAT GGTGATTGAT GAGCGGACTC AGCTGGTGGC TGAGACGATA
ACCAACTACC TAAAGCGTAC AGACCCAATG GCAAAGACCA TTGTATTTTG TAACGACATC
GACCACGCCG AACGCATGCG CCGTGCTATC GCCAACCTCA ATCCAGAGCA AATGGCGAAG
AACGATAAGT ACGTGATGAA AATCACTGGT GATGATGAGC TAGGTAAAGC ACAGCTTGAT
AACTTCATCA ACCCTAAAAA ACCTTACCCT GTCATTGCCA CTACTTCAGA GCTGATGACC
ACAGGTGTCG ATGCTAAAAC CTGTAAGCTG GTGGTACTGG ATCAAAACAT TCAGTCAATG
ACTAAGTTTA AACAGATCAT TGGTCGCGGC ACCCGTATCG ATGACAGATA CGGCAAGTTG
TGGTTCACCA TCTTAGACTT CAAAAAGGCT ACCGAACTGT TTGCCGATGA GCGCTTTGAT
GGTACGCCAG AGAAGGTCTT AGTCGTTACC CCTACAGATA TAGAAGATGA CGATACTGAC
ATTGATGGCA CAGATTCGAT TGATGACCCA AGTGATGAAG ATAATCCATT CGATGATGGT
GAGCTTGGTG GCGATAGCAG TAATAATCAA CCCGATGGTA ATGGCGATGG TGCTCAAACA
GGTGAAGGTG AATGGACAGA CGATGAAACT CGTAAAGTAG CCAAATACCG AGTCTCGGGT
GTAAGCGTTA GTAAAGTTGC AGAGCGTGTG CAGTACTACG ATAGCGACGG CAAGTTAGTT
ACCGAGTCTT TCAAAGACTA CACTCGCAAA ACCATGGCTA AGCAGTTCAG CTCTCTCGAT
GAATTCGTAA AGCGCTGGAA TGATTCTGAC CGTAAACAAG CCATCATCGA TGAGCTCGCA
CAAGAAGGCA TTATCTGGGC CGCACTTGAA GAAGAGGTTG GCAAAGATAT GGATCCATTC
GACATGATCT GTCATGCGGT ATACGACCAA CCACCACTAA CGCGTAAAGA ACGTGCAAAT
AACGTTAAAA AGCGTAATTA CTTCACCAAA TACTCTGACA CAGCCCAAGC AGTATTACAG
AATTTACTGT TAAAATACGC CGATGTTGGG GTGCAAGAAA TTGAATCAAT GCAGGTGCTC
AAAGTACAAC CCTTTAACGA GATTGGCAGC CTCAGTGAAA TCGTTAAAAA AGGCTTTGGT
GGTAAAAAAG AGTACGAGCA AGCGATTAGC GAATTGGAAG CTGAGATTTA TCAGCTCCAC
CAGCAATCAG CTTAA
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| Protein sequence | MSINKAKLTE TDIITKFIMP AIKDAGWNDM TQIRQEVKLR DGKVIVRGQL GVRKTVKSAD
IVLYHKPSMP LAVIEAKANK HEVGKGMQQG LDYARLLEVP FIFASNGDGF IFHDKTHAVT
NSQGTSEAHY LESEIRLEDF PSPQELWAKY CAWKGYTEKQ LPIINQEYYD DGSGKHPRYY
QLQAINKTVE AISSGKDRVL LVMATGTGKT YTAFQIIWRL WKSRAKKRIL FLADRNILVD
QTRINDFQPF GQSMTKITGR TVDPSYEIHL ALYQALTGPE ESQKAFKQVD PDFFDLIIID
ECHRGSASED SAWREILEYF KSAAQVGLTA TPKETTEVSN SDYFGDPAYT YSLKEGIEDG
FLAPYKVVRV DIDVDLQGWR PTKGQIDNQG EVIEDRIYNQ KDFDRTMVID ERTQLVAETI
TNYLKRTDPM AKTIVFCNDI DHAERMRRAI ANLNPEQMAK NDKYVMKITG DDELGKAQLD
NFINPKKPYP VIATTSELMT TGVDAKTCKL VVLDQNIQSM TKFKQIIGRG TRIDDRYGKL
WFTILDFKKA TELFADERFD GTPEKVLVVT PTDIEDDDTD IDGTDSIDDP SDEDNPFDDG
ELGGDSSNNQ PDGNGDGAQT GEGEWTDDET RKVAKYRVSG VSVSKVAERV QYYDSDGKLV
TESFKDYTRK TMAKQFSSLD EFVKRWNDSD RKQAIIDELA QEGIIWAALE EEVGKDMDPF
DMICHAVYDQ PPLTRKERAN NVKKRNYFTK YSDTAQAVLQ NLLLKYADVG VQEIESMQVL
KVQPFNEIGS LSEIVKKGFG GKKEYEQAIS ELEAEIYQLH QQSA
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