| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_1118 |
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| Symbol | |
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| ID | 4282954 |
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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 | Syntrophomonas wolfei subsp. wolfei str. Goettingen |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008346 |
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| Strand | - |
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| Start bp | 1290528 |
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| End bp | 1293557 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 638137990 |
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| Product | hypothetical protein |
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| Protein accession | YP_753799 |
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| Protein GI | 114566645 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | |
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| 
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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 | ATGATTCGAG GGATTTTATC TAAAATAATT GCCAGCAGCC GCTTTATTAC GATTTTTATT
ATTCTCAGCC TGGTTCTGGG CCTTTACAGC TATTACCTCC TGCCTAAACA GGAGAGCCCG
GAGGTTTCCG CCCCGGTAGC CATGATCAGC AACATATATC CCGGAGCCTC ACCACAGGAA
GTAGAAAGAA TGGTAACCCG GGTAATTGAG AGCAATATTC GCAAGCTGCC TGGCTATGAT
TTCAGTGAAT CTTATAGTAG AAATAGTATT TCTGTAGTGC TGCTGCAGCT GCAAAATGAT
GCTCCGGTGG AAGAATCTTG GAATGAATTG CGCCGGATTT TAAGTGATAC GCAAAGAGAG
CTGCCCCCGG AATGCCTGCC TATTCAGCTT AATACCGATT TGGCGGAAAC TGCGGGAATT
ATTGTTAGTC TCTCCGGACA ACATTATAAT CCGGAAGAAT TAGCGGTTGT GGCCGAGAAG
TTCAAAAAAA GGCTGGAGCA AGTAGAGGGT ATAGCCCGGT TTGAAATCTT TGGGGAAGAA
AAAAAACGGA TAGAGGTAGA AATCGACCAT ACTCGCCTGG CCGCGAGCGG CCTGTCCCTG
GAGGAAATAT TTAATATCCT GCAAGCCCAA AATGTAGTCA TTCCACCCGG AGCCATTGTA
GAAGAAGGCA TTAAGACTAA TGTCAGGATT CCTGGTTGGT ATAATTCCCT GGACGATATT
GAAAACACTA TTATAGGGGT TTCACCAGAC GGGATCAGCC AAAGACTAAA AGACATTGCC
AATATCCGCT GGGAATTAGA GCCCGACCGT CCCCTGGCCC GGTACAACGG TCAATCGGCT
CTCCTGTTAA CCGGCTATTT TGAGGCGGAA GAGAACATCC TCCTGGTAGG AAAAAAGCTC
CGGGATGAGC TGGATAAGCT AAAAAGTGAA GCTCCCCATG ACCTGCTGGT AGACCAGGTC
TTATTTCAGC CTGATGAAGT AAATAAAAAC CTCTATCGCT TCTTACGCAA TTTGCTGGAA
GGCATAATTC TGGTAATAAT CGTAGTGCTG CTGGGAATGG GATGGAAAAA TGCCCTGGTA
GCCTCTACTG CTATTCCTCT TTCCATTATG CTCAGCTTTA TGGCCATGTA CCTGTTGGGA
ATTAAGGTGC AAGAAATATC GATTGCCGCC TTGATTATTG TTCTGGGCAT ACTGGTAGAT
GATGCTATCG TAATGGTAGA TGCCATCCAG GTTGGCTTGG ATAAAGGCCT TAAGCGGATG
GAAGCCTGCC TGCAGGGACT TAAACAGGCA GCCATACCCA TTCTCACCGC CACCCTGGTG
ATTATTATTG CCTTTTCTCC TATCTTTGTT CTTCCCGGCG CACCGGGGGA ATTCCTCCAA
AGTCTTCCCC AGATTGTCTT AATATCACTG CTGGCTTCAT ATGTGGTAGC TATGTTTATT
ACCCCGGCTA TGGCCTACCG GTTTTTTACT CCCAGCCAGC ATCGTAAAGA TGATTGGCTA
AGAAGATTTT TTGCTTATTT ATTGCATGAG AGTATGGCTA GAAAAAGGAC CGCTATTATT
TCTTCCCTGC TTATTTTTAG CCTGGCGGTA TATGCTCTTA CTTTTATGGG CCTGCAGTTC
TTCCCTTCAG CAGACAAAGA CCTGCTATAC ATTGATATTA ATGCCCCGGC CGGCTCTACC
CGAGTCAGGA CCGAAGAACT GCTGCTACAG GTGGAAGATA TTCTTTCCCG GGAAGGAGAA
GTGCTGGCTT ATACCAGTTC CGTCGGCAGT GCTGTGCCCA AGTTCTATAT AACACTGCCT
GTTTCCCCAC AAGCTCCGGA CTTTGCCCAG GTTATGCTGC GCATCCGGCC ACAGCAGGGA
GACCGTTTTC AAAACAACGA GGAAATGGCC AGTTACCTTC AGGAGAAGCT GGACAGCCGG
ATTAGTGCCG GTAATATTAA GGTGAAATTA TTGGAAAAAG CCTTTCCGGT AGCCCCGGTA
CAGCTAAGAA TAAGTGGAGA ACAGCGGGAA AACCTGCGCC AGGCTGCTGA GCTGATTAAA
AGTAAACTGA AACAAATACC TGGTTCCCGT AATGTTGAAG ATAATGGGGA AAAAGAAATA
CAGCAATTGC TGGTTGAGGC GGATGCTGAA AAAGCCAGCC GCCTGGGAAT CAGCAACTAT
GATATTCAAC GCCAGACCAG TTTGGCCCTG GAGGGAGGAC GGGCTTCGGT ATTACGCCAG
GAAGGGGAGC AATATAGTAT CCTGTTACGC TCGGATATAA ATTCCCGTCA GCAGCTGGAA
AACCTGAGCA TCAAGTCCGC TTATTCCAAG CGTAGCGTTC CCCTGAAAGA AATCGTCGGC
ATCGAGGTTA AACCCCAATT ATCCAGTATC AATAAATACG ATGGCCAAAA CTCTATCAAA
GTAAGAAGTG ATATAAGACC AGGCTATAGT GCCGTAGAAA TAGAGAAAGA ACTAAAAGAC
AAATTATCCT CTGTCGAGTT ACCGGGAGTT AGTCTCCTTT ATGATGGCGA GTATAAACAA
ATCAAAGATA ATTTTGGTAT CCTGACCCGG GCAGCACTTC TGGCTCTTTT CCTGATTTAT
TTCATCTTAG TGTTGCAGTT CCATTCCTTC ATCCAACCAC TGGTTATATT CCTGACTATC
CCCCTGGCTT TGATTGGCTC GATACTGGGA CTTTTGCTTT TCCGCCAGCC TCTTTCTTTT
ATGGCCTTTA TTGGCATGGT GAGCCTTACC GGATTGGTAA TCCGCAACGC TATATTGCTC
ATCGCTTTCA TAAATGATGC TCGGGAGCGG GGATTGGCTG TGGAAAAGGC CTGTGAAGAT
GCCGTTGAAA GAAGATTTCG CCCTATTATC CTCAGCGCGG TGACCGCTAC CATAGGTCTG
GTACCCCTGG CTTTGTCCGG CAGCAGTCTC TTTGTTCCCC TGGCTATTGC TATAATTTTC
GGCCTGCTGG TAGCCACTCT TCTTACTATG GTCATAATCC CGGTAGTCTA CAGCCTCCTG
CTGCCGGAGC GTACGGAGGT GAAGGCTTGA
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| Protein sequence | MIRGILSKII ASSRFITIFI ILSLVLGLYS YYLLPKQESP EVSAPVAMIS NIYPGASPQE
VERMVTRVIE SNIRKLPGYD FSESYSRNSI SVVLLQLQND APVEESWNEL RRILSDTQRE
LPPECLPIQL NTDLAETAGI IVSLSGQHYN PEELAVVAEK FKKRLEQVEG IARFEIFGEE
KKRIEVEIDH TRLAASGLSL EEIFNILQAQ NVVIPPGAIV EEGIKTNVRI PGWYNSLDDI
ENTIIGVSPD GISQRLKDIA NIRWELEPDR PLARYNGQSA LLLTGYFEAE ENILLVGKKL
RDELDKLKSE APHDLLVDQV LFQPDEVNKN LYRFLRNLLE GIILVIIVVL LGMGWKNALV
ASTAIPLSIM LSFMAMYLLG IKVQEISIAA LIIVLGILVD DAIVMVDAIQ VGLDKGLKRM
EACLQGLKQA AIPILTATLV IIIAFSPIFV LPGAPGEFLQ SLPQIVLISL LASYVVAMFI
TPAMAYRFFT PSQHRKDDWL RRFFAYLLHE SMARKRTAII SSLLIFSLAV YALTFMGLQF
FPSADKDLLY IDINAPAGST RVRTEELLLQ VEDILSREGE VLAYTSSVGS AVPKFYITLP
VSPQAPDFAQ VMLRIRPQQG DRFQNNEEMA SYLQEKLDSR ISAGNIKVKL LEKAFPVAPV
QLRISGEQRE NLRQAAELIK SKLKQIPGSR NVEDNGEKEI QQLLVEADAE KASRLGISNY
DIQRQTSLAL EGGRASVLRQ EGEQYSILLR SDINSRQQLE NLSIKSAYSK RSVPLKEIVG
IEVKPQLSSI NKYDGQNSIK VRSDIRPGYS AVEIEKELKD KLSSVELPGV SLLYDGEYKQ
IKDNFGILTR AALLALFLIY FILVLQFHSF IQPLVIFLTI PLALIGSILG LLLFRQPLSF
MAFIGMVSLT GLVIRNAILL IAFINDARER GLAVEKACED AVERRFRPII LSAVTATIGL
VPLALSGSSL FVPLAIAIIF GLLVATLLTM VIIPVVYSLL LPERTEVKA
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