| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_4593 |
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| Symbol | |
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| ID | 5756502 |
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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_009999 |
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| Strand | + |
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| Start bp | 152 |
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| End bp | 4264 |
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| Gene Length | 4113 bp |
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| Protein Length | 1370 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 641290951 |
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| Product | XRE family plasmid maintenance system antidote protein |
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| Protein accession | YP_001557009 |
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| Protein GI | 160873003 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3093] Plasmid maintenance system antidote protein |
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| TIGRFAM ID | [TIGR02607] addiction module antidote protein, HigA family |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.387666 |
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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 | 31 |
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| Fosmid unclonability p-value | 0.556972 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAGTA GCGAAATTGT TCCTCATTTA GGAATCCACA TTAGACAAAA TATAATCCCA
CAAGGGATGT CGGTAACCAA AGCTGCTGAG CATTTAGGGG TTGGGCGACC AGCCCTTTCA
AATCTATTAA ATGGGAAAGC ATCGCTATCC CCTGAGATGG CAAGACGATT AGAGAAGGCG
TTTAGTTGCT CAAGTAAAGA TTTACTCGCC ATGCAGACAA ATTACAGCGA GACTCAGGCC
GCAGATAAAG AAGCGCCATC GAATATTAAA GCATACGTGC CAACGTTCTT GGCTCTGAAA
GCCAACGATA TTGAGCTCTG GGCATCACAG AACATCTCTG CTCGCACGAG GTTTCCTGTT
TTCTTGAGGA CTCTTGTTAA TTCTACAGGG TTAAACCTAA CTAAAGTGGA CTTCCCAGGT
AATGATGATG GAGAACGTCC AGGCTGGGAT GGCTTCATTA TCTCAGATGA AGGTACTCCA
TGGATTCCGA GAGGTAAATC GGGTTGGGAG TTTGGTGTCA ACAGTAATGT AAAAGGCAAG
GCAGATGGAG ACTTTGAGAA AAGCGTAAAA GCTATCAGTG ATACTGACAG AGCTGATATG
ACTTTCGTAT TTGTAACGCC GCGTCGATGG TCAGGCAAGG CCAAGTGGAC TGATGCCAAA
AAGAAGGAGC ATCTTTGGAA AGATGTACGT GCATATGATG CTAGCGACTT AGAACAATGG
CTAGAGCAAT CTCTCGCAGG ACAAGCTTGG TTCGCAAATG AAACTCACAA TGTAAATAAT
GGTGTTCGCT CCTTAGACAA ATGCTGGAAT GACTGGGCTG ATGTTTCAGA GCCACCATTA
ACAGGAAAAC TATTCACCTC AGCAATTCAA GCAGCCAAGC GGAAAATTTT ATCAAGATTA
TCAAAATGTA GTGAAGGTCC TACTATTGTA GCTGCCGACT CAAAAGAGGA AGCTCTAGCA
TTCGTGTCTC AACTACTAAG CCAAACTGCT GAGCCAGAAT TAGCTTATTT TCGAGATAGG
GTATTAGTCT TTGATGAACC TGGCGCGCTA GCAAAGCTTG CTGAAAGTAC TCAAACATTC
ATACCGGTAG TACATAGCCG TGAAGTAGAA AAAGAGTTAG CACCATATGC TAAAAAGTTA
AATTCAATTG TCATTTACCC TCGCAATGCT TTTGGTATAG AACCACATAT TGTTCTGGAA
CCTGCAAGTT ATGAGACTTT CAATAACTCT ATGGAGGACA TGGGAAAGAG TCGCGATGAT
ATACAGCGCC TTGCAAATGA GTCAGGTAGG TCTCTGACCG TCCTGCGGCG TAGATTAGCT
CAGGTGCCCT CTGTGCGAAC TCCTGAGTGG GCAAGTGAGC ATGACATAAA AGTTAGCTTG
ATACCTTTCC TACTCGTCGG CGCATGGCAA TACAAAAATG AAGCTGATAG ATGTGGAATA
GAATTGCTGG CAGGGGAGCG GAGCTATTCT CAGTTAGAAA GGGAGTTTCA AAGATTAGCG
CAGCTTAATG ACTCTCCCGT TTGGATGACT GATGGATATC AAGGTGTTGT ATCTAAAACT
GACTTGTTAT TTGCTGTTGG TGATGCTCTA ACAGAAGATG ACTTAACTCG TTTTTTTGAT
GTTGCTCGAA TGGTTTTAGC AGAAGACAAT CCAGCACTAG ATCTCGAAGA GGATCAACGC
TGGGCTGCTT CAATGTATGG AAAAACTAGG GAATTTTCAG AGGTGTTCCG AGAAGGGCTT
TCTGAAACGT TAGTTTTATT ATCTTTGCAT GGAGATGCTC TGTTTAAAGG CCGTTTCTCT
TTAAATGCGG AAGTTGAAGT TAGTAAGTTA GTAAGCAGTT TACTACCTTC TCCTCTAACA
ACTCGAACAC TTGAAGCTAA TGATCGTGAT CTTCCTACCT ACGCTGAAGC CACACCAGAA
GCATTCTTAT CGATACTCGA AGCTGACTTA AAAAGTGAGA ACCCTGGAGT TTTTGGCTTA
CTTAAACCCG CCAGTATAGG GCCTTTCAGC CATCCTAGCC GTACGGGATT ATTATGGGCA
TTAGAAGGAC TTTGCTGGAA TCCAATTACG GTATTACGAG CTGTGATGAT CCTAGCTCAA
TTAGCACAGA TAGAGATAGA TGATAACTGG GCAAATAAAC CAATTAAATC ATTATTAGCT
GTGTTCAGGT CTTGGATGCC GCAAACATCA GCAAACCTTG AAACGAGAAT TACGTTGGTC
AAACGTATCC TTGTTAAATA TCCTGATATT GGTTGGAAGC TGTGCATAGA GCAATTTGAC
ACGCGAGGTC GAATAGGTGA TTACAGCCAT AAACCCAAAT GGCGTACAGA TGGGTATGGG
TATGGAGAAC CACTTCAAAA TAAAATTCAA GTAAAGACAT TTATTGATGA AATGGTCGGT
TTGGCTTTAA ATCGCGAATA TTACTCTATA AATATGCTCA TTGACTTGCT CGACAGGTTT
GACTGTCTCA ATGAACATGA CCAAGAGATG ATTTGGTCGA TTATTGAAAA ATGGGCAGGA
GCAAAGGCTA CAGATGCGGA AAAAGCACAG CTACGTGAAA AAATCAGAGT CACTGTATTT
TCTCGGCGTG CCTTAAAGCA CTCTTCTATT TCTGCTGTTC AAAAGAAATT AGCAAAATCA
GCTTATGATT CATTAGAACC ATCAGACTTA TTGTTCAAAC ATAGTTGGCT TTTTAAAGAG
AGTTGGGTAG AACCATCCGC CGATGAAGTT GATGACGTAG ATAACTTTGA TTTCGAAGCA
CGTAATGAAA AGATAACACG CTTACGCATT AGTGCACTGA GCAAAATCGT TGAGGAGATG
GGGAATGAAG GACTCTTAGC CTTTTCAAAA TCGGGAAATG CTGCATGGGA TATTGGATCG
TTATGCGCTA AGTTTTTGAT GAATAGAAAG GAACTTATAG GGTTACTGAA GCTTGCTTTT
AAGCAAGTTT TGAATGAGCG TGGAGAAGTT CGCCCTCTTC GTAGTCTAAT ATCTGGAGCT
ATATTTGCCC TTTCAAAGGA GCCAAAAAGT AAGCCTATTC TGAAAGAGGT TGCGGCTGAC
TCATCAGATG TAGACTTAGT AGAGCTACTT TTACTCGCCC CTTTTAGGAA ATCTACTTGG
ATTATGGTCG ATGCTTTAAG TCTAGATGCC CAGAAAAAAT ATTGGGAAAA GGTAGAGCCC
TCGTGGATCC ACGAATGTGA TGAAGAAAAC AACGAAGGTA CAGAAAGGTT GATGGCAGCT
AATAGGCCAC GCGCAGCCTT TTCTTGCATC CAGCATCACC CAGAAAAGCT AGGGGTAAAA
ATCTTGTATC GCCTGCTCTC AAGTATTGCA ACAGAGGGCA ATGAGAAATC AGATCAGTAT
ATGCTAGATA GCTACCATAT AACGGAAGCA TTCAAACATA TCGATGCTAG CCATGAGCTA
TCTCTAGAAG ATAAAGCAGG CCTAGAATAT GCGTATATGG AGTTGCTGTC TTCTAGATTG
GGAGGTGAAA AGGACAACTC GATTCCTAAT TTGGAACGGT ATATTGAGCT TCACCCAGAA
TTGTATGTAC AAGCGATCAC TTGGATAGCC AAACGACAGG ATGGAAGACT TGAACCGAAT
GAAGTACAAG TGTCTGAAAA TCTGGCTAAA CGTGGTTACC ACTTACTTGA AGCTGTCAAA
ATTATCCCTG GTCATAACGA CTTAGGTGAA TTGGAAACCG AAAGACTTAG AAAGTGGGTG
ACAATTGTCC GCGAATCATG TGAAGAACTT AACCGTTCAG AAGTTGGTGA TTTATGTATC
GGGACACTAC TATCAGCATC TGCTATCGGA AAAGACGAAA TTTGGCCGTG TGAAGAAGTA
AGAGAGATCC TTGAAGACTT TCAGTCTGAA GGCATCATGA GAGGAATGCG CACAGGTGTT
TATAATTCTC GAGAAGTCAC AACGCGTATG CCTAGTGATG GTGGCGACCA AGAAAGAAAC
CTAGCAGAAA AATACAGGGA GTTTGGTCAG AAAATGCTGT CATCTTACCC TTATGTTGCC
GCGAAACTTC TGTTTGCTAT CGCAGAGTCT TATGAGCATG ATGCGAAACG GTATGATGCT
GATGCTAGCG CAAGGTTGAG ATTAGGTAGG TAA
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| Protein sequence | MKSSEIVPHL GIHIRQNIIP QGMSVTKAAE HLGVGRPALS NLLNGKASLS PEMARRLEKA
FSCSSKDLLA MQTNYSETQA ADKEAPSNIK AYVPTFLALK ANDIELWASQ NISARTRFPV
FLRTLVNSTG LNLTKVDFPG NDDGERPGWD GFIISDEGTP WIPRGKSGWE FGVNSNVKGK
ADGDFEKSVK AISDTDRADM TFVFVTPRRW SGKAKWTDAK KKEHLWKDVR AYDASDLEQW
LEQSLAGQAW FANETHNVNN GVRSLDKCWN DWADVSEPPL TGKLFTSAIQ AAKRKILSRL
SKCSEGPTIV AADSKEEALA FVSQLLSQTA EPELAYFRDR VLVFDEPGAL AKLAESTQTF
IPVVHSREVE KELAPYAKKL NSIVIYPRNA FGIEPHIVLE PASYETFNNS MEDMGKSRDD
IQRLANESGR SLTVLRRRLA QVPSVRTPEW ASEHDIKVSL IPFLLVGAWQ YKNEADRCGI
ELLAGERSYS QLEREFQRLA QLNDSPVWMT DGYQGVVSKT DLLFAVGDAL TEDDLTRFFD
VARMVLAEDN PALDLEEDQR WAASMYGKTR EFSEVFREGL SETLVLLSLH GDALFKGRFS
LNAEVEVSKL VSSLLPSPLT TRTLEANDRD LPTYAEATPE AFLSILEADL KSENPGVFGL
LKPASIGPFS HPSRTGLLWA LEGLCWNPIT VLRAVMILAQ LAQIEIDDNW ANKPIKSLLA
VFRSWMPQTS ANLETRITLV KRILVKYPDI GWKLCIEQFD TRGRIGDYSH KPKWRTDGYG
YGEPLQNKIQ VKTFIDEMVG LALNREYYSI NMLIDLLDRF DCLNEHDQEM IWSIIEKWAG
AKATDAEKAQ LREKIRVTVF SRRALKHSSI SAVQKKLAKS AYDSLEPSDL LFKHSWLFKE
SWVEPSADEV DDVDNFDFEA RNEKITRLRI SALSKIVEEM GNEGLLAFSK SGNAAWDIGS
LCAKFLMNRK ELIGLLKLAF KQVLNERGEV RPLRSLISGA IFALSKEPKS KPILKEVAAD
SSDVDLVELL LLAPFRKSTW IMVDALSLDA QKKYWEKVEP SWIHECDEEN NEGTERLMAA
NRPRAAFSCI QHHPEKLGVK ILYRLLSSIA TEGNEKSDQY MLDSYHITEA FKHIDASHEL
SLEDKAGLEY AYMELLSSRL GGEKDNSIPN LERYIELHPE LYVQAITWIA KRQDGRLEPN
EVQVSENLAK RGYHLLEAVK IIPGHNDLGE LETERLRKWV TIVRESCEEL NRSEVGDLCI
GTLLSASAIG KDEIWPCEEV REILEDFQSE GIMRGMRTGV YNSREVTTRM PSDGGDQERN
LAEKYREFGQ KMLSSYPYVA AKLLFAIAES YEHDAKRYDA DASARLRLGR
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