| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_1013 |
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| Symbol | |
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| ID | 7087786 |
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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 OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | + |
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| Start bp | 1195628 |
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| End bp | 1199572 |
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| Gene Length | 3945 bp |
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| Protein Length | 1314 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643459924 |
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| Product | hypothetical protein |
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| Protein accession | YP_002356951 |
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| Protein GI | 217972200 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 42 |
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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 | ATGGATAAAG GCATTGTTGA GCGGACTCTT TGGTATGAGC ACAAAGATGG CCGTAAAGAA
CTTAAGGAAA CTGAGCTAAG CAGTTTTATC GAGCCTTTAA TTATATTGGG CGAAGCTGGA
ATGGGTAAGT CAGTTTTACT GGCTCGATTG GGCGAATTGT CAGGCTTTAA ATATTGCACA
GCAGGGCAAC TTATTCGTAG CCAAGATCCA GTAAAGCTTT TTGATGGTAA TCAAGTTCTT
GTTATAGATG CTTTAGATGA AGTTAGCTCT CAAAAAGAAG GGACTGCGGT TGATGCTGTT
TTAAAAAAGC TTCAACAACT CAATTGTCCA GCTTTTATTT TGTCCTGCCG AGTTGCTGAT
TGGCAAAGTG CTACAGCAGT GGTATCGATT TTGGAGGATT ATTCAAAGAA GCCAATAGAG
CTGCACTTAA TGTCTTTCAG CGATAATGAT ATTCAGAGGT ACTTATCTCT ATCCTTGGGA
GTAGAGAGAG CGGAAGTCGT TATTCAACAT TTTAATTCTC GTGGTTTGAA TCAGTTACTT
GGCAATCCAC AAACACTTGA ACTCATTGGT AAAGTAGCTC AAGAAGGTGA GTTTCCAAAT
AGCCGTAGTG AACTATTTGA GCGTGCGATT GATGTTTTGT GGTGTGAGCA TAAAGACAGT
AAAGCCCAAT ATCAGCTTGA TAAAGAAGCC ATAATCCAAG CCGCAGGTGC CGCTTTTGCG
GCTTTAATAC TCACCGGAAA TGAGGCTTTA ACTCGTAAAG CAGCAGCTAA TATTGGAGAT
GGCGAGATAT CATTTACTGA AATTGCCACA TTACCTAATG AGAAAAATAT TAAAGATATC
ATTACCACAA GGTTATTTAA AAGTATTGGA GTAGATTGCT TTAGTTATCT ACATCGTAGT
ATTGGTGAAT ACCTTGGCGC TAAATGGTTG GCTCAATACT CAAATTCTGG AACGAACAAG
CGACGGTTTT TTTCACTGTT CTATTCTGAT GGATTAGTAC CCGCGAGTTT GAGGGGGATT
CATGCTTGGC TGGCGCAAGA CCCTGCGCTT AAGTCTATTG TCATCAGAAA TGATCCTATG
GGGTTTATTG AATATGGCGA TGCAGATGTA CTGACAGTAA ATGAGGCGAG TATCTTGCTT
ACGGCTTTGC AAGGTTTAGC GATTGAGAAT CCCCGATTTA GAGATTGGAA AAAATATTCG
ATAAGGGGAT TAATTCAAGA ACCACTCATC GAGGATTTAA GACAATTAAT TATTTCAAAA
AATACGATAT TTGGGTTTCG TTTGATATTG CTTGAGGCAT TTAATGGTAG TGACATTCAC
GGTAGATTCG TCGATGATTT AAAACGTATT ATTCTAGACA AAAAAGATAC GTTTGCGATT
AGAAGTGCTG CTATAGAAGT ACTTGTTAAT AGTAAAGTCA AAGATGATAT TTTTATGTTG
CTGAATTCTC TTTTTATCTA TAATGATGTA GATTCATTGC GTTTAGTCGC TGAGACATTA
GAATACATTA ATTATGAAAA TGTAGAGGAC AAGTTTATTG TCGATGTAGT TGTTGCTTAT
GCAGCAAAAG ACCAAGTAAC AAAAAATTTG TTATATACCA TAGAAAGAAG TCTACCTGAG
AGTAGAATCG GGAATTTTTT AGACCTACTT TCTAAATCAC TTACAGAGAT GGGAGAGTGG
TATGAACGAG CTGGTAATAA CGATATTGCT GATTTAACCT ATTTTATTAT TGTTAGGGAA
ATTAAATCAT CAAATAAAAA TCCAAATGTT GAGAGGTTTT TTTCTTGGTT AAGTCCACAT
CATGGCTCAC AAGGGTATAA TCAAAATAAT GGAAATGAGC TAAATAAACT TATCAATAAA
AATAGTGATT TTAAACTAGC CATACAAAAG TGGGTATTGC TTGAGGCTCC TATTGATAAA
AGTATTATAG GCAGAGGTTA TAATCTAGCT AGTGCTTTAT CTGCACTAAC TGTTTCCGAA
AAAGATCTAA TTATTATTTT AAATACGTTA GATGAACATG ATCAACGCTG GAAAGAGTTA
GTTCAGCTTA TTCATCATGA CGGGGAAGTT GGAAGTCTTT TAAGAAAAAC AGCACAACGT
TTTGCACGAC ATAAGCAAGT AGATATCGAT TGGTTATCGA GTTTAGCCGT ATCGCTCGTT
CCTGAGTGGC AAGTTAAGGA GGATGAAAGG CTTCGTAAAG AAATAGAGAA AAAAACTGTA
AGACATCAAA TTCATCGTGA TGAATGTCAA ATTCACATCA ATGACATTCG AACAGGAAAT
TATCAAGATA TTATTAACCT TGCAAAGGCA TATTTGAATT TATTCAACGA TATTGGTCAT
GATACTCCAG CATACCAACG CATTGCTGAA TGGCTGGGTG ATGAATTAAG TCAAGCTGCC
TTTGAGGGAG TTGAAGCATA CTTAACTAAA AAACCTTTAT TCCCATCATT TGATCAAATG
CAACAAATTA GAAATGATGG GCAGTTCTAT GAGGCAGAGT ACATTATTAT TGTAGCTACT
GCCGAACGTA TCAGAAATGG CATAGGGATA GCAGACCTTT CAGATGAAGT CATATTCTCG
GTATTTTCAT CGTTACGTTA TCATTCTAAT CTCGAGCAGC ATGCAGGCAT AAGTGATCTT
CAACTTACTC AGTCAGTAGA ACAAGAGATT GAACTGCGAG GATTGTGGGA AACTGCCATA
AGACGTTTTT ATGAACCACA ACTAGCTATT GGTAAAAATA CTATTTTGGG TTTTTATGAG
CTAATGCATG ATGATTCAAA AAAAGAGGTT TGTAGCCAAT TAGCATTTGA ATGGTTACAA
CGATATAAAT CACTTCCTGA AAATATTGAA AGTGAGTGCA TTAAACGTCT GATTTACTCA
TCTAAATTCG AAGCGTTACA AACTTTACTT GTTGAGTACT TTAATGTTAG CGAGAAAAAT
CATCGTTTAA TTTGGGATGC GATTTGTTTT ATTGTGGATT TTGAAAGTAT TACTGAAAAA
GTCGGTAAAA AAATTTCCAC TGATTTTATT TGGCAGATTC GTGACTTAGT ACAAGGTCAC
TACAGGCACA ACGCATATTT AGAACTTAGT GTTGCTCAAT GTGAATGGAT AGTACAGACA
TTTAGATTGT TATGGCCAAT GGCAACAGAT ATTTATGAAG AAACTCGTTG TTCTAATAAT
GCTTGGGATG CTAGTCAATT TATTAATTCA TTTATAGAGC GATTAGGGAA ATCCTCCGAT
GAAGATGCTG TCTTGGCATT AAGGCGTTTG CGGCAAGCTC CAGAGGATAG TTATACCTCG
TGGATAAAAG TGGTTGCAGC TGAGCAACAA CGGCTTGTGG TTGAATCAAA TTATGCGCCA
CCGACATTAG CATCAATTAA GGCTATTACT TGTAATATAT CTCCACAATC AATGGCTGAT
CTTCAAGCTT TAATAATTGA AGAGTTAGAA ATTGTTCAGG CAAAGATAAA AAGCGATGAC
ATAGATAGTG GTCGTGTTTT TTATAACGAT GACAATATTC CACACAATGA AGAACGCTGT
AGCAGTTTGT TAATTGGGTT ACTTCGTCAA GGCGCAGCAG GCGTTGAATA TACGCCAGAG
CAGCATGTAT CGAATGATAA AGAAGTTGAT ATCTGTTGTT CTGTTGGCGG GCTTAGGCTT
CCAATTGAAG TAAAAGGGCA ATGGCATAGA GATTTATGGC ATGCCGCAGA TACTCAATTA
GATAGGCTAT ATACGCAAGA CTGGCGCGCA GAGCATCGCG GGATCTATTT AGTGCTTTGG
TTTGGTAAGG GTCAGCTTGG CACTAAGAGG TTAAAGCCGC AAGGAAGGGG AAAAGCTATA
CCTAAAACAG CGGAAGAATT GCAAGAAATG CTCATGGCTA ATTGTCTTGC TGCACAACAA
GGGAGAGTGA AAATTGTTGT TTTAGATCTA GAAATCAATG GGTAA
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| Protein sequence | MDKGIVERTL WYEHKDGRKE LKETELSSFI EPLIILGEAG MGKSVLLARL GELSGFKYCT
AGQLIRSQDP VKLFDGNQVL VIDALDEVSS QKEGTAVDAV LKKLQQLNCP AFILSCRVAD
WQSATAVVSI LEDYSKKPIE LHLMSFSDND IQRYLSLSLG VERAEVVIQH FNSRGLNQLL
GNPQTLELIG KVAQEGEFPN SRSELFERAI DVLWCEHKDS KAQYQLDKEA IIQAAGAAFA
ALILTGNEAL TRKAAANIGD GEISFTEIAT LPNEKNIKDI ITTRLFKSIG VDCFSYLHRS
IGEYLGAKWL AQYSNSGTNK RRFFSLFYSD GLVPASLRGI HAWLAQDPAL KSIVIRNDPM
GFIEYGDADV LTVNEASILL TALQGLAIEN PRFRDWKKYS IRGLIQEPLI EDLRQLIISK
NTIFGFRLIL LEAFNGSDIH GRFVDDLKRI ILDKKDTFAI RSAAIEVLVN SKVKDDIFML
LNSLFIYNDV DSLRLVAETL EYINYENVED KFIVDVVVAY AAKDQVTKNL LYTIERSLPE
SRIGNFLDLL SKSLTEMGEW YERAGNNDIA DLTYFIIVRE IKSSNKNPNV ERFFSWLSPH
HGSQGYNQNN GNELNKLINK NSDFKLAIQK WVLLEAPIDK SIIGRGYNLA SALSALTVSE
KDLIIILNTL DEHDQRWKEL VQLIHHDGEV GSLLRKTAQR FARHKQVDID WLSSLAVSLV
PEWQVKEDER LRKEIEKKTV RHQIHRDECQ IHINDIRTGN YQDIINLAKA YLNLFNDIGH
DTPAYQRIAE WLGDELSQAA FEGVEAYLTK KPLFPSFDQM QQIRNDGQFY EAEYIIIVAT
AERIRNGIGI ADLSDEVIFS VFSSLRYHSN LEQHAGISDL QLTQSVEQEI ELRGLWETAI
RRFYEPQLAI GKNTILGFYE LMHDDSKKEV CSQLAFEWLQ RYKSLPENIE SECIKRLIYS
SKFEALQTLL VEYFNVSEKN HRLIWDAICF IVDFESITEK VGKKISTDFI WQIRDLVQGH
YRHNAYLELS VAQCEWIVQT FRLLWPMATD IYEETRCSNN AWDASQFINS FIERLGKSSD
EDAVLALRRL RQAPEDSYTS WIKVVAAEQQ RLVVESNYAP PTLASIKAIT CNISPQSMAD
LQALIIEELE IVQAKIKSDD IDSGRVFYND DNIPHNEERC SSLLIGLLRQ GAAGVEYTPE
QHVSNDKEVD ICCSVGGLRL PIEVKGQWHR DLWHAADTQL DRLYTQDWRA EHRGIYLVLW
FGKGQLGTKR LKPQGRGKAI PKTAEELQEM LMANCLAAQQ GRVKIVVLDL EING
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