| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2174 |
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| Symbol | |
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| ID | 4844880 |
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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 | 2516578 |
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| End bp | 2519562 |
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| Gene Length | 2985 bp |
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| Protein Length | 994 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640119390 |
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| Product | transposase Tn3 family protein |
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| Protein accession | YP_001050539 |
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| Protein GI | 126174390 |
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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 | 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 | 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 | ATGCCACGGC GACAGATACT AAGCAGTGAA GAACAGAAGC GCTTACTGGT TATACCAGAT
GATGAAATTA TTCTGACCCG AATGTGTTTT TTGAATGAGC GTGATATTGC GCTCATAAAT
AAGCACAGAC GGCCAGCGAA TCGCCTGGGC TTTGCCGTTT TACTCTGCTA TCTGCGTGGC
TCCGGATTTA TTCCGGACAA AAATACCTCG CCTCACTGTG GCGTCGTATC CAGAGTCGCT
TCCCGATTGA AACTTCAGCC TGATTTATGG CATGAATATG CATCCAGAGA GCAAACTCGC
TGGGAACATC TGACCGAACT TTATCGTTAC CTGAAATTAT CCCCATTCAG CCGAACACTG
CAAAAAGACT GCATCCGGCA TCTGCACCCC TATGCCATGC GAACTGACAA AGGGTTTATG
TTGGCGGAAG AAATGCTCAG CTGGCTACAT AACAATAATG TTATTTTCCC TTCTGTTGAT
GTGATCGAGC GGACGATTGC CGAAATCGTC ACGCTGTCTG ACAGAGCCGT ATTTTCGGCA
CTTACCGCGC AACTGGAAAA TCATCATAAA TCAGCACTCG ACAGCCTGCT CATATCAGAG
AGTGACCAAC CTTCCCGTCT GGCGTGGTTA CTTCAGCCAT CGGGTAAAAT CAACGGTAAA
AATGTGCTGC AACATATCGA CCGGCTTAAT TCCATTACTG CGCTGGGATT GCCTGATGGT
ATTGCGCTTT CCGTTCACCA GAACAGGTTG CTTAAGCTAG CGCGTGAGGG ACGAAAAATG
AGCAGCAGAG ATCTGGCAAA ATTCACCGAT GTCAGACGTT ACGCTACGAT GATTTGTATA
ATAACAGAGG CCCGGGCCAC CCTAACAGAC GAAGTGATTG ATCTACACGA GCGTATTCTG
GGCAGTCTGT TCAGCAGGGC AAAACGAACG CAGTCCGAAC GACTCCAGCA AACGGGAAAG
CTTATTCAGA GCAAGCTAAA GCAGTACGTT ACCGTCGGTC AGGCGTTACT TAACGCCAGA
GAATCCGGCG AAGATCCCTG GACCGCAATA GAAGACGTCC TACCATGGCA GGAATTCATC
AACAGTGTGG AGGAAACGCG GGTTCTGTCC CGTAAGGGCA ATTTCGACCC ACTTCACCTG
ATCACCGAAA AATACAGCAC GCTGCGTAAA TACGCCCCGC GTATGCTGTC AGCATTGCAG
TTCACGGCGG CGCCTGCAGC TCAGATGCTC AGCGATGCAC TGGACACCAT AACTGAAATG
TACCGTAAGC AACTTCGTCA AGTTCCGCCG GCAGCGCCAA CAGGATTTAT CCCTGAAAGC
TGGCGAAAAC TGGTGCTCAC ACCATCCGGG ATCGACCGCA AATACTACGA GTTTTGCGTA
CTGAATGAAC TCAAAGGGGC GTTACGTTCC GGTGATATCT GGGTAAAAGG ATCACGTCGC
TACAGAAATT TTGATGATTA TCTCATCACG GCTGCTGAGT TTGAGAAATT CCGCCATAAT
GATCAGTTAC AGTTGGCCGT TCAGACCGAT TGCCGGGCAT ACCTTCAGGC TCGTATGACC
CTTCTTGCAT CGCGTCTGGA AGAAGTTAAC GCGATGGCGC TTGCTGGTGA TTTGCCCGAT
GTTGATATCT CAGATAAAGG CGTAAAAATA ACCCCGTTGG AGAACAGCGT TCCTTCGGGT
GTCTCGCCCT TTGCCGATTT GGTTTATGGC ATGCTTCCCC ATCCGAAAAT TACGGAGATA
CTGGAAGAAG TGGATAACTG GACTGGGTTT ACGCGTCACT TCACGCACCT CAAAAATAAT
AACGTCAGAC CAAAAGACGG AAGACCGTTG CTGACCACCA TTTTGGCTGA CGGCATCAAT
CTGGGGCTGA CAAAAATGGC GGAGTCCTGC CCGGGGGCAA CAAAATCGAC ACTCGAAGGT
ATTCAGGCAT GGTACATCAG AGATGAAACT TATTCAGCAG CACTTGTTGA GTTGGTCAAT
GCCCAGAAAG CGCGCCCGCT AGCCGCATTC TGGGGTGATG GTACAACATC GTCGTCAGAC
GGACAGAACT TTCGGGTAGG CAGTCACGGA CGTTATGCCG GTCAGGTCAA TCTTAAATAT
GGTCAAGAAC CGGGCGTGCA GATTTATACG CATATCTCAG ATCAATACAG TCCGTACTAC
GCCAAAGTGA TCACTCGGGT GCGCGACTCA ACTCACGTGC TTGATGGCCT TCTGTACCAT
GAAAGCGACT TGGAAATTAC CGAGCATTAC ACCGATACAG CAGGCTTTAC AGAACATGTT
TTTGCCCTGA TGCATCTGCT GGGATTCACT TTTGCGCCAA GGATCCGGGA TCTTCATGAC
AAGCGGTTGT TTATTCAAGG AAATAACTGG GATTATCCGG GGCTTCAGTC CGTTATATCA
ACAACCCGCC TGAATCTCAA AGACATTGAG GCGCACTGGG ATGAAGTATT ACGGCTAGCA
ACTTCGATAA AGCAGGGGAC AGTCACCGCA TCGCTGATGA TGAAAAAGTT AGCCAGTTAT
CCAAAACAGA ACGGACTTGC CAAAGCGCTG AGAGAGATAG GTCGAATAGA GCGGACACTG
TTTATGCTGG ACTGGTTTCG AGATCCGGGT CTGCGGCAAC GGGTACAGGC TGGGCTGAAT
AAGGGTGAGG CCCGTAATGC CCTTGCGCGT GCGGTTTTTA TGCATCGTCT GGGTGAAATC
AGAGATCGGG GGCTGGAAAA TCAGAGTTAC CGTGCCAGCG GACTGACGTT ACTGACAGCG
GCGATCACGT TATGGAACAC GGTATATATA GAAAGAGCCA TTGAGTCACT GAAACGAAAA
GGTGTCCCTA TTAATGAACA ACTAGTTGCT CATCTTTCTC CCCTGGGCTG GGAACATATT
AATCTGAGTG GCGATTACGT TTGGCGCCAT AATGTAAAGC TGGGGTCCGG AAAATATCGG
CCATTACGTA CAGTCAATAC TGAATTGTAC AAAAAACAGT CTTAG
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| Protein sequence | MPRRQILSSE EQKRLLVIPD DEIILTRMCF LNERDIALIN KHRRPANRLG FAVLLCYLRG
SGFIPDKNTS PHCGVVSRVA SRLKLQPDLW HEYASREQTR WEHLTELYRY LKLSPFSRTL
QKDCIRHLHP YAMRTDKGFM LAEEMLSWLH NNNVIFPSVD VIERTIAEIV TLSDRAVFSA
LTAQLENHHK SALDSLLISE SDQPSRLAWL LQPSGKINGK NVLQHIDRLN SITALGLPDG
IALSVHQNRL LKLAREGRKM SSRDLAKFTD VRRYATMICI ITEARATLTD EVIDLHERIL
GSLFSRAKRT QSERLQQTGK LIQSKLKQYV TVGQALLNAR ESGEDPWTAI EDVLPWQEFI
NSVEETRVLS RKGNFDPLHL ITEKYSTLRK YAPRMLSALQ FTAAPAAQML SDALDTITEM
YRKQLRQVPP AAPTGFIPES WRKLVLTPSG IDRKYYEFCV LNELKGALRS GDIWVKGSRR
YRNFDDYLIT AAEFEKFRHN DQLQLAVQTD CRAYLQARMT LLASRLEEVN AMALAGDLPD
VDISDKGVKI TPLENSVPSG VSPFADLVYG MLPHPKITEI LEEVDNWTGF TRHFTHLKNN
NVRPKDGRPL LTTILADGIN LGLTKMAESC PGATKSTLEG IQAWYIRDET YSAALVELVN
AQKARPLAAF WGDGTTSSSD GQNFRVGSHG RYAGQVNLKY GQEPGVQIYT HISDQYSPYY
AKVITRVRDS THVLDGLLYH ESDLEITEHY TDTAGFTEHV FALMHLLGFT FAPRIRDLHD
KRLFIQGNNW DYPGLQSVIS TTRLNLKDIE AHWDEVLRLA TSIKQGTVTA SLMMKKLASY
PKQNGLAKAL REIGRIERTL FMLDWFRDPG LRQRVQAGLN KGEARNALAR AVFMHRLGEI
RDRGLENQSY RASGLTLLTA AITLWNTVYI ERAIESLKRK GVPINEQLVA HLSPLGWEHI
NLSGDYVWRH NVKLGSGKYR PLRTVNTELY KKQS
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