| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_4566 |
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| Symbol | |
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| ID | 5756400 |
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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 OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009998 |
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| Strand | + |
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| Start bp | 44851 |
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| End bp | 48030 |
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| Gene Length | 3180 bp |
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| Protein Length | 1059 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 641290924 |
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| Product | ATPase involved in DNA repair |
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| Protein accession | YP_001556982 |
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| Protein GI | 160872975 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.134908 |
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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 | 18 |
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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 | ATGAAATTTA AACGCGTAGA AATACAGGCT TTTAAAAGTT ATTTATATAA GCAAGATGGC
ACTTTTGATT TCACTGTCAA AGATGGGAAA CCAGCAGAAA TTATTTCTAT TTATGCCCCT
AATGGATTTG GTAAAACATC TTTTTATGAT GCGATCGATT TTTGTATGAC GAATAACATT
ACTCGTTTTA TCAGAGATCC GAGTTTAGCG AGTGCTAATA ATAGTGATGC AAAAGAATTA
AATCAGAGTG GGCAAAAGCA GCATATTTTG AGAGCAAAAA ATGCTCCTGA ATATCTTGAG
TCTATTGTTA AAATCACCAC CGATAAAGAC AGCATAGAAA GAAAAGTCCC CCTTGCGCGT
ATTGGAAGTA AGGATTACAC ATTTGATAAC AAAAAAACAA AACCAGAAGA GCGTTATTTC
CGTTCTGTTA TGCTTTCACA GGAGGCCATT GATGGGTTTT TAAGAGAATT AAAACCTGAA
ACTCGTTACG AGCAGTTCAT GGCGCAACAA TTAGGAGGGG ATGACTCTCT TGAGAAAAAT
CGTCAGCACA TTCAGTCTAT GTTAGGGGCT GTGAATAGTC GATTAGAGAA AATTCAAAAT
AAAGTCGATG AAATTAAAAA TAAAAACTTG TTAATTGAAT TAGGTGGCGA AACTTCCATC
GATTCAAGTT GTTTAACCGC CATTAATGAA CTTGCTGCTG AATTGAATGA GCAAGGGGGG
AACTTTTCCT TATTCGATAA CTCTTTTGAT GACGAATTAA ATGAAAAATT AAAATTAAAA
ATTGTACAAC TTGAAGAAAA AGCTAATCAA TATATTGAGG TTATTCAAAC TGAAAAATCT
CAATTAGAGC AGTTAGTAGA TTCCTTTCAC ATATTTGAGA AAAAACACAG TGAAATTGAA
GTTATAAATA GTGAAATAAC AAAGCTACTG AAGCAAAAAA GTGATATCGA ACAGTTACAG
CTATTAAATG AAAAGCAATC AGTATTAACA GAACAACTCG ATACACAACG GATGTTTTTT
GAAAAGCTTC AAGTATTTGA GAAGCGTTTT CCCGACTTTA TTAAGCAAAT GAAAACGAAG
TATGGTTATA GTGGGGAACT AACTGTCCTT CGTGAAAATT TAACAGATAA AGAACAAAAA
TTCAAGATTA GTCATTCCGT GTTGGGGGAG TTAGAAGACC AAAAAACAAT TTTACTAAAT
AAAATAGAAC AACTAGAAAC ACAGAGAAGT GAAGCAGAAC AAATTTTTTC AGAAATAGCT
AGAATAGAAG AAAAAATTCG ACAACAGAAT AGTGAGGTGC TGACATCAAA GGGACTTGAG
TTAGAAAGTA GTATAGCTGA CCTCAAATCA GAGGGAGTCG AAGTAAAGAA CTTTAAAGTT
GAAAATCTTG ATCTGATTAT AGCAAGCAAG TTTAACAATA AGGTATTGCT AAAAATAGCC
AAAGATTATT CAGCCGCAAT AATTACGCAG AAAAGTTTGG ATATACAACT TAATGGCCTG
AATCAATCGC TTGGCGCAGT AAAGCTACAA AAAGATTCAG TTGCTAAGCT TGTAAAACTT
GGATCTCAAT TAATAAACCA TAGCCAAGAT AAACACTGTC CTTTATGTCA ACATAAACAT
GAATCATTCG CAGTTCTTGC TGATGCCATT AATTCCAATT CAAGCTTAAG TGATACTCAG
AAGAAGCTTC TTCAGGAAAT TGAAGCATGT CAAACCCTTT TAAGGCATAA GGCTGATGAG
TTAATAAGAT TAAAAGAAGA TTTCATTACA GAGCAAGAAA AACGATTAAC TAATTTGAGA
GAACGCTTAC AACAGTTATT AATGGATCAA AGGTTAACAA CTAATATTCT TGAACAGGTT
GAGAAAAATA AAGTTGAAGT CAATAGATTA AAGGAATTAA CACTTCAGAA AACACCAGAG
CTTTTTAAAT CATCTATCAA TGATGAGATA GAAAAAAATA AAGAAAATCG TGCTTCAATT
GAAACTCAGA TAGATAAATC GAAAGTGGAA TGTCAACAAT TAACTGAAGA TGCTCAGAAG
CTTAAAGTCG ATTTTGCAAT GTTAGTTAGT AAATCAGAAA ATACAGATGA ACTACTAGCC
AATGATTTAT TGCTATTAAT CGAGCTGGAA GTGCCACGTG AAATAATTGA CCCCCCAATT
AATGACCAAA AATTAAAGGG AATTATTGAT AGCCACCTAA GAAAAACAAT GGATTTATTT
AGTGAAAAGC AGCAGGAAGT TAAGGAAAAT AATGATGCAA TAAATACACT AACTGCGCAG
TACACTGTAA GTTTTTTAGA AAATCCCATC AGTAAAATTG AACGTCTCAC TTTCAATATA
TCTAAATTTA GTGAAGAGTT AGTTCGATTA AATGAATTTG TTCGTGAATT TTATACTGGA
GTCAAACAAA TTGGAGGAGA GTATTTATTG CAGGGGAGTA ACTGGGAGGC TTTAAAGCAA
AAGTTTGATT ATAAAATTTC TACGCTACAT GACTTAAATA AGAAAAATGC AGAACAGATT
TCAAGGTTTA CATCATTAAC AACCCTTGCC GAACAAGTGT TGAAATATAT TAAATTTGTT
AAATCTACTG ATGAACGACT AGCGCTAGGA CTAGAGCTAG ATAAGTATAA CGAAATTAAA
GATGCATTTT TGACTGATTT AATATGCATA AATGAATCTT TAAAATCACA AGTTAATAAA
TATTTTCATG TCGATTTAAT TAATACTATC TACAGAAAAA TCGATCCTCA TCCAGACTTT
AAGCGAATTG ATTTTAGCTG TAGCTTCCCT GAAAATGGAA ATCCAAAGCT CCAAGTGTAC
ATCACTGACG AAGATGGAAA TAATATAGTT TCACCGACAT TAAGCTTCAG CTCAGCACAA
ATTAATGTTT TGAGTTTAAG TATTTTTCTG GCAAAAGCAC TCAATACCAC AAAGGCTGGA
AATTCAGTTG ATTGTATATT TATCGATGAT CCAGTTCAGT CGATGGATAG CATCAATGTA
CTCGGTGTTA TAGATTTATT AAGAAGCATA AGTGTCAATT TAGGTAAGCA AATAATTATT
TCTACTCATG ATGATAATTT TCATGCTTTA CTGAAAAAGA AGTTACCTGA ACATTTATTT
AAATCTAAAT TTTTAGAGCT TGAATCGTTC GGTAAAGTAG CTACGCATGC TGGACAATAA
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| Protein sequence | MKFKRVEIQA FKSYLYKQDG TFDFTVKDGK PAEIISIYAP NGFGKTSFYD AIDFCMTNNI
TRFIRDPSLA SANNSDAKEL NQSGQKQHIL RAKNAPEYLE SIVKITTDKD SIERKVPLAR
IGSKDYTFDN KKTKPEERYF RSVMLSQEAI DGFLRELKPE TRYEQFMAQQ LGGDDSLEKN
RQHIQSMLGA VNSRLEKIQN KVDEIKNKNL LIELGGETSI DSSCLTAINE LAAELNEQGG
NFSLFDNSFD DELNEKLKLK IVQLEEKANQ YIEVIQTEKS QLEQLVDSFH IFEKKHSEIE
VINSEITKLL KQKSDIEQLQ LLNEKQSVLT EQLDTQRMFF EKLQVFEKRF PDFIKQMKTK
YGYSGELTVL RENLTDKEQK FKISHSVLGE LEDQKTILLN KIEQLETQRS EAEQIFSEIA
RIEEKIRQQN SEVLTSKGLE LESSIADLKS EGVEVKNFKV ENLDLIIASK FNNKVLLKIA
KDYSAAIITQ KSLDIQLNGL NQSLGAVKLQ KDSVAKLVKL GSQLINHSQD KHCPLCQHKH
ESFAVLADAI NSNSSLSDTQ KKLLQEIEAC QTLLRHKADE LIRLKEDFIT EQEKRLTNLR
ERLQQLLMDQ RLTTNILEQV EKNKVEVNRL KELTLQKTPE LFKSSINDEI EKNKENRASI
ETQIDKSKVE CQQLTEDAQK LKVDFAMLVS KSENTDELLA NDLLLLIELE VPREIIDPPI
NDQKLKGIID SHLRKTMDLF SEKQQEVKEN NDAINTLTAQ YTVSFLENPI SKIERLTFNI
SKFSEELVRL NEFVREFYTG VKQIGGEYLL QGSNWEALKQ KFDYKISTLH DLNKKNAEQI
SRFTSLTTLA EQVLKYIKFV KSTDERLALG LELDKYNEIK DAFLTDLICI NESLKSQVNK
YFHVDLINTI YRKIDPHPDF KRIDFSCSFP ENGNPKLQVY ITDEDGNNIV SPTLSFSSAQ
INVLSLSIFL AKALNTTKAG NSVDCIFIDD PVQSMDSINV LGVIDLLRSI SVNLGKQIII
STHDDNFHAL LKKKLPEHLF KSKFLELESF GKVATHAGQ
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