| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2183 |
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| Symbol | |
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| ID | 4842950 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | + |
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| Start bp | 2527424 |
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| End bp | 2530012 |
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| Gene Length | 2589 bp |
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| Protein Length | 862 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640119399 |
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| Product | transposase Tn3 family protein |
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| Protein accession | YP_001050548 |
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| Protein GI | 126174399 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGCGAACTG ACAAAGGGTT TATGTTGGCG GAAGAAATGC TCAGCTGGCT ACATAACAAT
AATGTTATTT TCCCTTCTGT TGATGTGATC GAGCGGACGA TTGCCGAAAT CGTCACGCTG
TCTGACAGAG CCGTATTTTC GGCACTTACC GCGCAACTGG AAAATCATCA TAAATCAGCA
CTCGACAGCC TGCTCATATC AGAGAGTGAC CAACCTTCCC GTCTGGCGTG GTTACTTCAG
CCATCGGGTA AAATCAACGG TAAAAATGTG CTGCAACATA TCGACCGGCT TAATTCCATT
ACTGCGCTGG GATTGCCTGA TGGTATTGCG CTTTCCGTTC ACCAGAACAG GTTGCTTAAG
CTAGCGCGTG AGGGACGAAA AATGAGCAGC AGAGATCTGG CAAAATTCAC CGATGTCAGA
CGTTACGCTA CGATGATTTG TATAATAACA GAGGCCCGGG CCACCCTAAC AGACGAAGTG
ATTGATCTAC ACGAGCGTAT TCTGGGCAGT CTGTTCAGCA GGGCAAAACG AACGCAGTCC
GAACGACTCC AGCAAACGGG AAAGCTTATT CAGAGCAAGC TAAAGCAGTA CGTTACCGTC
GGTCAGGCGT TACTTAACGC CAGAGAATCC GGCGAAGATC CCTGGACCGC AATAGAAGAC
GTCCTTCCAT GGCAGGAATT CATCAACAGT GTGGAGGAAA CGCGGGTTCT GTCCCGTAAG
GGCAATTTCG ACCCACTTCA CCTGATCACC GAAAAATACA GCACGCTGCG TAAATACGCC
CCGCGTATGC TGTCAGCATT GCAGTTCACG GCGGCGCCTG CAGCTCAGAT GCTCAGCGAT
GCACTGGACA CCATAACTGA AATGTACCGT AAGCAACTTC GTCAAGTTCC GCCGGCAGCG
CCAACAGGAT TTATCCCTGA AAGCTGGCGA AAACTGGTGC TCACACCATC CGGGATCGAC
CGCAAATACT ACGAGTTTTG CGTACTGAAT GAACTCAAAG GGGCGTTACG TTCCGGTGAT
ATCTGGGTAA AAGGATCACG TCGCTACAGA AATTTTGATG ATTATCTCAT CACGGCTGCT
GAGTTTGAGA AATTCCGCCA TAATGATCAG TTACAGTTGG CCGTTCAGAC CGATTGCCGG
GCATACCTTC AGGCTCGTAT GACCCTTCTT GCATCGCGTC TGGAAGAAGT TAACGCGATG
GCGCTTGCTG GTGATTTGCC CGATGTTGAT ATCTCAGATA AAGGCGTAAA AATAACCCCG
TTGGAGAACA GCGTTCCTTC GGGTGTCTCG CCCTTTGCCG ATTTGGTTTA TGGCATGCTT
CCCCATCCGA AAATTACGGA GATACTGGAA GAAGTGGATA ACTGGACTGG GTTTACGCGT
CACTTCACGC ACCTCAAAAA TAATAACGTC AGACCAAAAG ACGGAAGACC GTTGCTGACC
ACCATTTTGG CTGACGGCAT CAATCTGGGG CTGACAAAAA TGGCGGAGTC CTGCCCGGGG
GCAACAAAAT CGACACTCGA AGGTATTCAG GCATGGTACA TCAGAGATGA AACTTATTCA
GCAGCACTTG TTGAGTTGGT CAATGCCCAG AAAGCGCGCC CGCTAGCCGC ATTCTGGGGT
GATGGTACAA CATCGTCGTC AGACGGACAG AACTTTCGGG TAGGCAGTCA CGGACGTTAT
GCCGGTCAGG TCAATCTTAA ATATGGTCAA GAACCGGGCG TGCAGATTTA TACGCATATC
TCAGATCAAT ACAGTCCGTA CTACGCCAAA GTGATCACTC GGGTGCGCGA CTCAACTCAC
GTGCTTGATG GCCTTCTGTA CCATGAAAGC GACTTGGAAA TTACCGAGCA TTACACCGAT
ACAGCAGGCT TTACAGAACA TGTTTTTGCC CTGATGCATC TGCTGGGATT CACTTTTGCG
CCAAGGATCC GGGATCTTCA TGACAAGCGG TTGTTTATTC AAGGAAATAA CTGGGATTAT
CCGGGGCTTC AGTCCGTTAT ATCAACAACC CGCCTGAATC TCAAAGACAT TGAGGCGCAC
TGGGATGAAG TATTACGGCT AGCAACTTCG ATAAAGCAGG GGACAGTCAC CGCATCGCTG
ATGATGAAAA AGTTAGCCAG TTATCCAAAA CAGAACGGAC TTGCCAAAGC GCTGAGAGAG
ATAGGTCGAA TAGAGCGGAC ACTGTTTATG CTGGACTGGT TTCGAGATCC GGGTCTGCGG
CAACGGGTAC AGGCTGGGCT GAATAAGGGT GAGGCCCGTA ATGCCCTTGC GCGTGCGGTT
TTTATGCATC GTCTGGGTGA AATCAGAGAT CGGGGGCTGG AAAATCAGAG TTACCGTGCC
AGCGGACTGA CGTTACTGAC AGCGGCGATC ACGTTATGGA ACACGGTATA TATAGAAAGA
GCCATTGAGT CACTGAAACG AAAAGGTGTC CCTATTAATG AACAACTAGT TGCTCATCTT
TCTCCCCTGG GCTGGGAACA TATTAATCTG AGTGGCGATT ACGTTTGGCG CCATAATGTA
AAGCTGGGGT CCGGAAAATA TCGGCCATTA CGTACAGTCA ATACTGAATT GTACAAAAAA
CAGTCTTAG
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| Protein sequence | MRTDKGFMLA EEMLSWLHNN NVIFPSVDVI ERTIAEIVTL SDRAVFSALT AQLENHHKSA
LDSLLISESD QPSRLAWLLQ PSGKINGKNV LQHIDRLNSI TALGLPDGIA LSVHQNRLLK
LAREGRKMSS RDLAKFTDVR RYATMICIIT EARATLTDEV IDLHERILGS LFSRAKRTQS
ERLQQTGKLI QSKLKQYVTV GQALLNARES GEDPWTAIED VLPWQEFINS VEETRVLSRK
GNFDPLHLIT EKYSTLRKYA PRMLSALQFT AAPAAQMLSD ALDTITEMYR KQLRQVPPAA
PTGFIPESWR KLVLTPSGID RKYYEFCVLN ELKGALRSGD IWVKGSRRYR NFDDYLITAA
EFEKFRHNDQ LQLAVQTDCR AYLQARMTLL ASRLEEVNAM ALAGDLPDVD ISDKGVKITP
LENSVPSGVS PFADLVYGML PHPKITEILE EVDNWTGFTR HFTHLKNNNV RPKDGRPLLT
TILADGINLG LTKMAESCPG ATKSTLEGIQ AWYIRDETYS AALVELVNAQ KARPLAAFWG
DGTTSSSDGQ NFRVGSHGRY AGQVNLKYGQ EPGVQIYTHI SDQYSPYYAK VITRVRDSTH
VLDGLLYHES DLEITEHYTD TAGFTEHVFA LMHLLGFTFA PRIRDLHDKR LFIQGNNWDY
PGLQSVISTT RLNLKDIEAH WDEVLRLATS IKQGTVTASL MMKKLASYPK QNGLAKALRE
IGRIERTLFM LDWFRDPGLR QRVQAGLNKG EARNALARAV FMHRLGEIRD RGLENQSYRA
SGLTLLTAAI TLWNTVYIER AIESLKRKGV PINEQLVAHL SPLGWEHINL SGDYVWRHNV
KLGSGKYRPL RTVNTELYKK QS
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