| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_0360 |
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| Symbol | |
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| ID | 5372136 |
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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 | 404165 |
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| End bp | 407332 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640828560 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001364593 |
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| Protein GI | 152998912 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1061] DNA or RNA helicases of superfamily II |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | 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 | ATGGAACAGG TCGGGATTTA CGAAAAGCTT ATTACTCAAC TCGTTGAGAA GCGCTTAGAT
AAGGACATAT TTTTTGTTGG AGAAAGGAAG CTAGAGGTTG CTGAAGCAAG TATTTGGCTC
TCACGTTTTC TGACTAAAGT AATTGAATAT GTGATTAATT CTGTTCCAGC AGATGAAAAC
CAAGTTATCA ATCAAATCAG TTTGGCTAAT CGGTTAGTGA TGTGGCTAAA GGAGCACATC
AACGATGATG ACTTTATCGA TGAAAATCTC ATCGATAGCC AAGGTCGGAT ACTCACGGCT
CTTTTTAACA AACAAAATCC GATAGCGACT GATTTACCTA AATATACGGC CGCCATATTT
CCATTAACGG GGCTCACTCA GAGTGAGCTT TTTTGCGGTA GTAATGCGGG ATTATCACTT
GAAAGTGAGC TTAAACGTGA GATCCGATCA TCAGATAAAA TCTATTGGCT GGTGTCATTT
ATCAAGTGGG CGGGGATTCG CATCTTCAAA AATGAACTTG AGGAATTTAC ACGCAGCGGT
AAAGAGTTAC GCATCATCAC TACATCTTAT ATGGGCGCGA CTGATGCTAA AGCCGTCGAG
TTTCTAGCCA GTTTACCCAA TACCCAAGTT AAATTAAGTT ACAACACTAA GCGTGAAAGG
CTGCATGCAA AGTCCTATTT ATTTCTACGA AATACGGGTT TTCATACCGG TTATATCGGT
TCTTCAAATC TATCGCATTC AGCATTGACC AGCGGGCTTG AGTGGAACCT TAAGATCACC
ACCCAAGAAA TTCCCCACAT CATTGAGAAA TCACTCAGTA CCTTTGAAAC TTACTGGGAA
TCGAACGAAT TTGAGCTTTT TAGCGGTGAT GCGAGCAGTA AAGAAAAGTT AAACAATGCG
CTCAAAGAAG CGAAAGGCAG TGGCACTGAA TCGAGCTCAT TTCATTTTGA CATTAAGCCG
TTTGCGCATC AGCGAGAAAT CCTCGAACAG CTTGCAGTAG AGCGAAGCGT TCATGGCCGT
TTTAAAAATC TCATCGTCGC GGCAACAGGC ACGGGTAAGA CGATTATTTC CGCGTTCGAT
TTCGCGCGGT TTTATAAACT GCATCCAGAT GCCAATTTTC TATTTGTTGC CCACAGGCAA
GAAATTTTAC AGCAAGCCCT CAGTGCTTAT CGCGGTGTGT TAAAGAATAA TCAATTTGGC
GAGCTATGGG TGGCAGAGCA TAAACCTAAT AGTTACAAAC ACTTATTTGC ATCAATCCAA
AGCTTGAATC TGCAACTTGA TAACCTGCCA TTAGCGGCTG ATTTTTATGA TTATATTGTG
ATTGATGAAG TCCATCATGT TGCTGCGAGC AGTTATCGTG GGCTATTAGC TCATTTTGAG
CCGACTATTT TACTTGGGCT CACGGCAACC CCTGAACGGC ATGATGGTGT CGATATTCTG
GCTGACTTCT GCGGTGTCAT TGCCGCTGAA ATACGTTTAC CCGAAGCTAT TAATCAAAGG
CATTTATGTC CATTTCAATA TTTTGCGATC GACGATGAGA CTGATCTTCG CAAGTTAAAT
TGGAGCCGTG GTCGTTATGA CGTCGCTGAG CTGAGCAATT TATACACTCA CAATGAACAA
CGCGTGACGC GCATTATTCG CAGCCTAGCT GAAACTGTAA CTGATATTGG CAATATTAAG
GCGTTAGCCT TTTGTGTAAC CAAGGAACAC GCCGAGTTTA TGGCGAAGAA GTTCAATTTG
GATGGGATCA GCGCCGATGT GCTGACCAGT GATAATAGCT CTGAACGCCA ACAAAAGCGG
CAGAGCTTGG TCAGTGGCAA ATTATCCATT TTGTGTGTGG TGGATATTTT TAACGAAGGT
GTCGACATTC CAGAAGTGGA CACTTTGTTG TTTTTACGGC CAACGGAAAG CTTGACCATA
TTCCTGCAGC AACTTGGCCG TGGCTTGCGT CTCACCGATG ATAAGCAGTG CTGCACAATA
TTAGATTTTG TCGGAAATTC ACGTGATGAA TATGATTTCT CGCAAAAATT TAGAGCATTA
GTCGGTAAAA CGAATCAGTC GATAAAAGAT GAAATTCTCA ATGACTTTCC GCATCTACCG
CTAGGGTGTC GAATTGAACT TGAGGAAAAA GCGCAGTCAA TGATTTTGCG TAATATTAGC
CGCGCAACGC TCAATGCCAA TCGATTAACC AGTCTAATAG CAAGCTATAA ACATCAGACT
AACTTGCCGC TCACGCTAGG CAATTTTTTA CGCCTTAACC CGCAAGTGAC CTTGGAAGAT
GTTTATCGAA TAAAGATTAA TGGCCAATGT GGATGGACTT TATTAGTCGA GGCTATTCAG
GGTAATCAAA TTGCTGAACC TACTGCGCAG TCCGATTTAG CCAAAGCCTA TTATCGCGCG
ATTAACTTTC ATTTACTCAG TTGTACTTCA CTATCCTATT TAATCTTTAT CAAACAGTTA
TGCCAAAATA ATTTTGTATT TGACGGGCTA GATCCTATTC AAAATCAGTT TGCTTTGATG
TGCCACTACA ACTTTTGGGA TAAATCAGGT ACGGCTTTAA ACGTTAAAAG TTTAACAGCT
AGCTTGCTGA TGCTACGCAA CAAGCCATTA CAGGAAGAGT TATTGGCTGT ATTGGCGATA
CTGATCAACC GGATACACCA TCAAGAAATG GATTTGGAAT TACTCCAACC CACAGCGTTG
AAAGTGCACT CTCGTTATAC CCGTGAGCAA ATTTTAGCGG CGATAGGAGC AAGCACATTT
ACAGCTAAAT CGCCTTCTAG GGAGGGTGTG CTTGCGATTA ATGAGCAAAA CCTTGAGTGT
TTATTTGTCA CGTTAAACAA ATCGGAGAAG CAGTTTTCAC CGACAACCAT GTATCACGAC
TATGCCATTA GCGAACATCT ATTCCACTGG CAATCGCAAA ATAGCGCACG GCCAGAACGA
GGTAGGGGTC TTAGTTATAT TGAGCAACAA AAGCTGGGGA AAACCGTGCT GTTGTTTGTT
CGAGAGCAAT CAAAAGATGA AAATGGCCGC ACTATGGGAT TCGTGAATTT TGGCAAAGTG
CATTATGTCA GCCATAACGG TTCACAACCC ATGAATGTCA CATGGCGATT AGAACAGCCA
ATCCCTGATG TAATGTGGCA TGACGCGGCT AAACTGGCAG TGGGCTAA
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| Protein sequence | MEQVGIYEKL ITQLVEKRLD KDIFFVGERK LEVAEASIWL SRFLTKVIEY VINSVPADEN
QVINQISLAN RLVMWLKEHI NDDDFIDENL IDSQGRILTA LFNKQNPIAT DLPKYTAAIF
PLTGLTQSEL FCGSNAGLSL ESELKREIRS SDKIYWLVSF IKWAGIRIFK NELEEFTRSG
KELRIITTSY MGATDAKAVE FLASLPNTQV KLSYNTKRER LHAKSYLFLR NTGFHTGYIG
SSNLSHSALT SGLEWNLKIT TQEIPHIIEK SLSTFETYWE SNEFELFSGD ASSKEKLNNA
LKEAKGSGTE SSSFHFDIKP FAHQREILEQ LAVERSVHGR FKNLIVAATG TGKTIISAFD
FARFYKLHPD ANFLFVAHRQ EILQQALSAY RGVLKNNQFG ELWVAEHKPN SYKHLFASIQ
SLNLQLDNLP LAADFYDYIV IDEVHHVAAS SYRGLLAHFE PTILLGLTAT PERHDGVDIL
ADFCGVIAAE IRLPEAINQR HLCPFQYFAI DDETDLRKLN WSRGRYDVAE LSNLYTHNEQ
RVTRIIRSLA ETVTDIGNIK ALAFCVTKEH AEFMAKKFNL DGISADVLTS DNSSERQQKR
QSLVSGKLSI LCVVDIFNEG VDIPEVDTLL FLRPTESLTI FLQQLGRGLR LTDDKQCCTI
LDFVGNSRDE YDFSQKFRAL VGKTNQSIKD EILNDFPHLP LGCRIELEEK AQSMILRNIS
RATLNANRLT SLIASYKHQT NLPLTLGNFL RLNPQVTLED VYRIKINGQC GWTLLVEAIQ
GNQIAEPTAQ SDLAKAYYRA INFHLLSCTS LSYLIFIKQL CQNNFVFDGL DPIQNQFALM
CHYNFWDKSG TALNVKSLTA SLLMLRNKPL QEELLAVLAI LINRIHHQEM DLELLQPTAL
KVHSRYTREQ ILAAIGASTF TAKSPSREGV LAINEQNLEC LFVTLNKSEK QFSPTTMYHD
YAISEHLFHW QSQNSARPER GRGLSYIEQQ KLGKTVLLFV REQSKDENGR TMGFVNFGKV
HYVSHNGSQP MNVTWRLEQP IPDVMWHDAA KLAVG
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