| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_0602 |
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| Symbol | |
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| ID | 5752319 |
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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_009997 |
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| Strand | + |
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| Start bp | 710786 |
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| End bp | 715408 |
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| Gene Length | 4623 bp |
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| Protein Length | 1540 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641286864 |
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| Product | virulence plasmid 65kDa B protein |
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| Protein accession | YP_001553040 |
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| Protein GI | 160873724 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.392707 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGACAAAA ATATTTTTAT GGGGACTAAT CCCGCTGCCG GCACTATAGT GCCTCTGAGT
CTTCCTAAGG GGGGGGGGGC TGTTACTAGT ATGGGGATGG CACCAGGAAA TGTGGGGGCT
GATGGTACGG CCAGTTTCAG TATTCCGCTC CCAATATCAG CTGGTCGCTC TGGTTCAACG
CTCACTCCAC CCGTTGCTAT TTCTTACAAT AGTGGTGCAG GAAATGGTAT TTTCGGTCTC
GGTTGGCAAT TACCGGTGAT GAGAATCTCC AGGCGAACCC GTTATGGCGT TCCCTCGTTC
GATGAGTCGT CTGACGATCA GACAGATCAG TATCTGGGGC CGGATGGTGA GGTACTATTA
CCCCTGCTTA ATGAGGAAGG GTTAGTTATC ATTGAGACTC GTACGACATT CCGAGAGCTC
GAATTTGAAC AAGCTTATCA GGTTTGCCGA TATCAGCCAC GCGTAGAGGG GAGCTTTTCC
CGCATTGAAA GATGGTGGCG AGATGGTGAG CCAGCTTCCA CATTTTGGTT AATTCATGAT
GCTACGGGCC ATCTGCACTG CTTGGGTAAG ACCATTGCAG GGCGTGTTGC AAGTCCTCAG
CTATTAACCG ATAGCTACAA TCCCAGAATC GGAGAATGGC TGCTTGAAGA GTCTGTCTCC
CCTACGGGTG AGCATATGAT TTATTGTTAC CAGGATGAGA ATAATGTGGG TGTATCGCCT
GATAAACAGT ATTCTCTTGG CACTCTGCCA CATCTGATGG AAATTCGTTA CGGCAATCTA
CATCCAGCAG CCAATCTTTA TTTATGGTCG TCTGATAACG TAAACTCTGC GACCTCTGGC
GTGGAATGGC TTTTCAAATT AATCTTTGAC TACGGCGCTC GTGGCCTGGA TCCCCATAGT
CAACCGCAAG ACAAGATCGA GCCAGATCAA CACTGGACGG CACGACATGA TCCGTTTTCT
CGTTTTGATT ATGGTTATGA AGTCCGCTGT CATCGTCTTT GCCGTCAAAT CATCATGTTT
CACCAGAATT TTACAGAGTT GAATCAGGGC TGCCCTACAG TGGTAGGGCG ATTAATACTC
GATTATGACG AAAATGCAGT GCTCTCGCGC TTGATTGGCG CACGACTTTG GGCATACGAT
ACTGACGGTA AGCCGCAGTC ACAGCCCCCT CTTTTTTTGA ACTATACCTC ATTTGATACA
TCGTCTCGTC CTGATGCTTG GCATGTGTTC CAAGGCTTGC CTAGTGTTGA TGATGGCAAT
TCGTTCCAAA TGGTTGATCT ATTTGGTGAT GGCCTACCCG GTCAATTATA TAAGTCTAGC
AATGGCTGGT TGTATCGGGA GCCACAACGT GCAGCTTTAA GTACTAGTGA TGAAGACGCT
GTTTCTTACG GTGCATGGCA AACTCTGCCA CAATTACCGA GTATGACTAA AGTACGTACC
ATGCTGATGG ACACTGATGG AAATGGTCGA CTTGATTTGG TCGTCACCCA GCCCGGTATT
GCTGGTTTTT TTACGCTAAA CCCCGATAAA AGTTGGTCTA GTTTTGTCCC TTTTTCGGCG
CTGCCAACTG AATTTTTCCA CCCACGTATG TTATTGGCTG ATTTGACGGG AGCAGGTCTT
GCTGATCTTG TGCTAATTGG ACCGAATAGC GTACGCTTAT TTTCTAAAAA GCACCGCGGT
TCTCGAGATG GGTGGGTAAG CTCTGTCGAA GTTGAACGAG ATCAACACGA CCAGTGCAAT
GATTTGCCTA TAATTGGTCA AGACGAACGC AGCCTAATCG CTTTTTCAGA CCCATTTGGT
ACAGGTACAC AACACTTAGT ACAAATCAGC TATGATGGTG TTTATTGTTG GCCGAACTTA
GGTAGGGGGC GCTTCGGGGA AAAACGAACT ATTCCGCTAG CCAAAGAAGA TGCAGTTAAT
GGGTTTGCGA GCGCAGAACA GTTTAATCCT CAACAAATTT ACCTTGCCGA TCTAGATGGT
TCGGGTGCTG TTGATGTGAT CTATGTGCGT AGCACCGCTA TCGATATCTA TTTCAATCAG
GCGGGTAACG GCTTTTCCAA AAAGGTAGAG TTAACAATGC CCACCGGCGT TAATTTCGAT
CGACATTGCC AACTGTCTTT GGCCGATTTT GACGGAAAGG GGGTTACCAG TCTAATTTTG
ACTGTGCAGC ATCCCGAAAT AAGCCACTGG CGCTACGATT TTTGTGAACA GAAGCCTTAT
TTGCTTTGCG AAATAGACAA CAATATGGGA TCGCATACCC TCCTCTATTA TCGTAGTTCA
GCGCAATATT GGCTGGACGA TAAAAAGCAG AAGAGGGCAA CGGCTTCCCG TTTACCTTTC
CCCATTCAGA CTTTGGCCCG TGTTGAGAGC AAGGATGAAA TCAAACAGTG CACGCAAACT
CATCACTATA CCTATCACTA TGGCGTATAC GATGGTGCTG AGCGAGAATT TCGAGGATTC
CGTTTAGTCG AAATGTCGGA TGGCTCCATC ACAGCTCCTG CCTTAGGTGT CGAGGACACA
CCGATAACTC GTACTCGTAC TTGGTATCAT ACTGGTATGG AGGGTGATGA TATGTCGCTT
CCTGGAGAGC CTTGGGAAGG TGATATTAAA GCTCCTCAAA CTCTAGATAC ATTACTTACA
CAATGGCAAG TTAACGAAGA CGATGGCAAA GATCAACCGT TGACTGATGC CGATCCTGAG
CTGCGACGTT GGTTGAATCG TGCGCTTAAT CGGAAAGTGT TACGCCAGGA AGTCTTCGGT
CAGGATGGGA GTACACAGCA AAACAAACCC TACAGTGTAT CAACAACACG CTATCAGGTT
CGTTTGCTAA AAGCTGGCAA TGCAAAATCG CCACCACTGG TGCTACCATT AGCGCTGGAG
CAGATGAGTT TCAACTACGA ACGTATTGTT ACTGATCCGC AAATTCGGCA CACGGTTCAA
TTAGTTAGTA ATGTCTACGG TCAGCCAACC CAAAGCGTTG ACATATGCTA CCCGCGAAGA
TCTTCTGCAA ACTGGGACGA GTACAAAGTG GCTTTCCCTG ATATCTTACC GGATAGCCTC
AAAGACAGTT CGCGTACTTC TGAACAAAAC GTGTTGCACG TGCTGCTCAA CCAGCAGAGT
TATCTGCAGT TGACTGACAA CGCTTATTGG CAATTGGGCA TACCAACCCA AAGTCGCCGT
GATAAGCTAT GCCTTACTAA CACATTTATC CCTGATTATC TTAGCTACGA AGTCCTTACT
AATATTCAAG GCCTATTAGA CGGACAATCT GCACGTAACT ACCTTGGCCA ACAAGAGGTT
TTCTACAAAG AAAGCAAACC GACCAAGCTT CCTGTCTTAG TCGATCATAT CGAAATAGCT
CAACTCGATG TTATGCAGAT GACACTTTTA GCACAGCGAA TGGGGAGTGA TTTTAATGAT
ATTCTTATTC GTTCAGGGTT TGAGGCTCGC AAAAGAATTC TAAAGCCTAA AAAGGTTGAC
GATGTTGTTT ATGTCGCATC GAGCGGATTT AGCACCTACG ATCCATCCCG TTTTTACCAA
GTTGTTGCTC AGCAGAGTAA TCGACTAAGT GGTGTTACTC ATATTAGTTA CAACACTTAT
GGCTTACCGG TCTCTATCAC TGATCCGGTT GGCAATATCA CTAAAGTCAA AAAGTACGAC
TACCGCTTTA TGACGCCATG CCAAATAGAA GACATTAATG CCAACGTTCA TTGCGTAGCA
CAAGATGCCT TCGGCCGCGT TATTGCAGAT TGGTATTATG GTACTGAAAA TGAAAATATT
GTCGGATTCC CTGCATCCGA ACCTTCTGAT TATAGTGTCG CCAGCGTCGA ACAACTGATC
GCCAAAGCCA CATTGCCAGC AAGACAACGA AACCCTATTA CTGTCGCTAG TCGGCAAGCT
TTTGATTTGT TTAGTTGGAT GGGCCAGCTT CGCACCAAGG AGATCATAAA GGTTGTGGGT
TTACAAGCAT TACCCCTGTT GCTCAAACAT GGTTTGATTG TGCCAAGTCA CGATGCTAAA
AATATGCTGT TGACAGCCCG TATCCGCCGC TGGGCTGCTG ATAAGGCTGA CTTGTCTGGT
CTTAATGAGC AAGCCGCTGT TGGATTGCGT CAACTGATAG ACAGTACGCC ACATCACCCC
CCCCACAGTG TCGTTATCAG TGCTGATCGC TATCCAGAGC CTATTTATTA TAATGATCGA
CAACCGCAAC AGATTGCTGC TGTGGTCTAT TATGGCAACG GTAGCGGACA GACGTTACAA
ACCATTACGC TCCATGAGAC AGGTCTTAAG TGTTTACGCC CTCTCGCTGG TGAGCGCTCA
ATTAATGAAA AGGTGTTCAA GTTAGAAACA GGTACTGACG ATTGTTTTGA ACGCTGGGTT
GTTTCGGGTC ATATTGAGCT TGATGGTAAA GGCCAAGTCG TTCGTAGCTA TCAACCCTAT
TTCGTCAATG ACTGGCGCTA CGTTATCCAC AAGCAACGAC AAGACACCGA TTATGCCGAT
ACGAATTTCT ATGATGCGCT TGGTCGTCAG ATCCTTGTTG TAACCGCTTT GGGTTATTCA
CGCCGGACTA GCTATACTCC TTGGTTTATT GTTGATGAAG ATGAGAATGA TATGTGCGCC
TAA
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| Protein sequence | MDKNIFMGTN PAAGTIVPLS LPKGGGAVTS MGMAPGNVGA DGTASFSIPL PISAGRSGST
LTPPVAISYN SGAGNGIFGL GWQLPVMRIS RRTRYGVPSF DESSDDQTDQ YLGPDGEVLL
PLLNEEGLVI IETRTTFREL EFEQAYQVCR YQPRVEGSFS RIERWWRDGE PASTFWLIHD
ATGHLHCLGK TIAGRVASPQ LLTDSYNPRI GEWLLEESVS PTGEHMIYCY QDENNVGVSP
DKQYSLGTLP HLMEIRYGNL HPAANLYLWS SDNVNSATSG VEWLFKLIFD YGARGLDPHS
QPQDKIEPDQ HWTARHDPFS RFDYGYEVRC HRLCRQIIMF HQNFTELNQG CPTVVGRLIL
DYDENAVLSR LIGARLWAYD TDGKPQSQPP LFLNYTSFDT SSRPDAWHVF QGLPSVDDGN
SFQMVDLFGD GLPGQLYKSS NGWLYREPQR AALSTSDEDA VSYGAWQTLP QLPSMTKVRT
MLMDTDGNGR LDLVVTQPGI AGFFTLNPDK SWSSFVPFSA LPTEFFHPRM LLADLTGAGL
ADLVLIGPNS VRLFSKKHRG SRDGWVSSVE VERDQHDQCN DLPIIGQDER SLIAFSDPFG
TGTQHLVQIS YDGVYCWPNL GRGRFGEKRT IPLAKEDAVN GFASAEQFNP QQIYLADLDG
SGAVDVIYVR STAIDIYFNQ AGNGFSKKVE LTMPTGVNFD RHCQLSLADF DGKGVTSLIL
TVQHPEISHW RYDFCEQKPY LLCEIDNNMG SHTLLYYRSS AQYWLDDKKQ KRATASRLPF
PIQTLARVES KDEIKQCTQT HHYTYHYGVY DGAEREFRGF RLVEMSDGSI TAPALGVEDT
PITRTRTWYH TGMEGDDMSL PGEPWEGDIK APQTLDTLLT QWQVNEDDGK DQPLTDADPE
LRRWLNRALN RKVLRQEVFG QDGSTQQNKP YSVSTTRYQV RLLKAGNAKS PPLVLPLALE
QMSFNYERIV TDPQIRHTVQ LVSNVYGQPT QSVDICYPRR SSANWDEYKV AFPDILPDSL
KDSSRTSEQN VLHVLLNQQS YLQLTDNAYW QLGIPTQSRR DKLCLTNTFI PDYLSYEVLT
NIQGLLDGQS ARNYLGQQEV FYKESKPTKL PVLVDHIEIA QLDVMQMTLL AQRMGSDFND
ILIRSGFEAR KRILKPKKVD DVVYVASSGF STYDPSRFYQ VVAQQSNRLS GVTHISYNTY
GLPVSITDPV GNITKVKKYD YRFMTPCQIE DINANVHCVA QDAFGRVIAD WYYGTENENI
VGFPASEPSD YSVASVEQLI AKATLPARQR NPITVASRQA FDLFSWMGQL RTKEIIKVVG
LQALPLLLKH GLIVPSHDAK NMLLTARIRR WAADKADLSG LNEQAAVGLR QLIDSTPHHP
PHSVVISADR YPEPIYYNDR QPQQIAAVVY YGNGSGQTLQ TITLHETGLK CLRPLAGERS
INEKVFKLET GTDDCFERWV VSGHIELDGK GQVVRSYQPY FVNDWRYVIH KQRQDTDYAD
TNFYDALGRQ ILVVTALGYS RRTSYTPWFI VDEDENDMCA
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