| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sked_01120 |
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| Symbol | |
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| ID | 8631750 |
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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 | Sanguibacter keddieii DSM 10542 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013521 |
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| Strand | - |
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| Start bp | 115123 |
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| End bp | 118284 |
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| Gene Length | 3162 bp |
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| Protein Length | 1053 aa |
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| Translation table | 11 |
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| GC content | 63% |
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| IMG OID | |
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| Product | Rhs family protein |
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| Protein accession | YP_003312918 |
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| Protein GI | 269793463 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 33 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGTGATGC AGCCTGAGAC CTGGGAGCCG AGCACGGAAG ACACAGAGAG CTTCGGTGCG
GTTCCCCCGG GTGGTGAGGC GCCTGAAGAG CCGTGGTCGC CTGAGCTCGA AGAGGTTTCT
GACCCACAGG CCAGATCAGT ACCTACTCCA GGAGCGAACC AGGCGCTGGG CGACACTGGC
GCCTACACGT TCCACGAGTT TTTCCTGGAT GGCGATGAGG GTGAGCAGGC TATCAAGGTC
AACGTCGGGA CCGGCAACCT CTTCATCCGG TCGAAGATGG CTGAGCTCGA CGGGCCAGGG
GTCCCAGCGG TTGCGTACCG GGTCTACAAC TCACAGAACG ACATCAGCAA GGGATGGATC
GGTCCGTGGC GCGAGGATTA CGCGATCACG GGCCTGTCTG TCGCCAGTGA GAGAGTGATC
TACTTTGATG GCACGGGCGC TCGGTGGGTT TTCGAAGCTG ATGGCGATTT GTGGGTCTCG
CCGGATGGCG TGAACGCGAG TCTTACGAAG AGCTCCGATG GTTCGTGGGA GCTGTCCTAC
CACCGCACTG GCGAGATCGT GCGGTTCAAC GCGTCGGGCT GGGTCACACA CCGTACGGAT
CGCAACGGAG TTGGACTGAC CTATGGGTAC GAGCAGGATC GCGTCGTTTC GGTCACTGAC
GCAGTGGGCA AGAAGATCCG GATGGACTAC TTGCCGCTTG GCGGTTCTGG CCGATACGTG
CTGGACGGGG TCGAGTCTGC CGGGAGGTTC GTGACTTTCG GACTGGGACT GAACGAACGT
GTGGAGTCCG TCAACGAGCA GGGCCTAGAC CGCCCGCTCT GGAGGATGAC CTACGACAGC
AACAACCGCC TGGCGACTCT GACCGACGGT GACAGGTCCA TCGGATTCGA ATACGACTCG
AGCAGCCGCG TGGTGAACGC GACTCAGTCC CGTTCTGGTG AGACGCCCGT GGTCACTGGC
TTCGAGTACA CCGAGAGTGG GACGACGATC ACCGACCCAC GGGGGAACCG GTCGAGCTTC
GAGGTGGACG ATCAGTGGCG TGTCACCAAT ACGACTGACC AGCTCGACAG GTCCCGCCCC
CAGTCGTGGA CTCCAAACGG TGACGTCGAG ACCGCAACTG ACGGGTTCTC GAGCAGCGGT
GAGGGCAACG TCACCACGGC CACCTACGAC GAGCTGAACA ACCAGACCGG TATCACCTTG
CCTACTGGGG CCGCCACGCA GGCGCTCTAT GCCCAGGGTC CGGGGTGCGA AGATGCACAG
TCGGGTAATC CTTACCAGGC GAAATGCTCC GTCGACGCGG CAGGCAACAG CCAGTCGATG
ATTTACGACC CTGCGGGCAA CCTCACGGCT CAGACCGACA CCACGCCTGA TGGTGTGGCA
GCCACGAAGT CGTTCGTCTA CGAAGAAGCA GACGGCACGA TCTGCGGTGG GGAGGCGGGG
CAGATCTGCT CGGCGACCGA CGGCAACGGC GGTGTCACGA GCTACTCCTA TGCCTCAGGG
AATCTCATCG AGGTCGCCCC GCCAGCGCCG CTGGGGTCGA CGACGTATAC CTACGACGCC
ATCGGTCGAG TCACCACGGT CGTCGACGGC AACGGGGCAA CGACGACCTA CGCCTACGAC
CGTGCGAACC GAGTCGTCTT GACAACATTC GACAACGGTC AGACCCACTC CCAGTCCTGG
TCACGATCTG GGTTGCTGCA GTCGGAGTCC GACTCCGCGT CCGGCTCGTC GATCTCGTAC
GAGTACGACC TGTTGGGCAA GCAGACCCAG CGTTCAATCG ACGTGCCGAC TGGGGCAGGG
ATCAACGCCA CGGTGAACAA CACGTTCGAC GCTAACGGCA ACCTGCTCTC ATCTGACGAG
ACCGGGGCTG AGGTGGCTTA CGTCTACGAC GCAGCGAACC AGCTGATCGC TCTGCACCCC
GCAGGCGAGA GCTGTTCGAC AGACGCGCAC CCGGCGGCTG GTTCGGGATG CGTGCGGTAC
GAGTACGACG AGAACGGCCA GGAGACGTCA CGGCTCTTCC CCGGTGGTGC CCGGCAGGAC
ACCGCCCGTG ACGCCTCTGG ACGCCCCACG CGGATCACGG GACTGACCGC ATCCGGCGAA
GCCGTTGTCG ATGTCGGCTT GAGCTACGCC CAGGATGGTG CCGATCGCGC CTCCGTCCAG
GCACGGACGA GCCACCGCGA GCAGGGAATT GCAGACGGTG CAGTCACGAC TTACACGTAC
GACTCTCTGA GCCGCCTGAC AGGCGCGGAA GAGATCGTCG ACGGCACCGC CTCCGCAGCG
TGGTCGTACG CCTACGACCA GGCGGGCAAC AGGGTGAGCC AGACGCGTTC GGGCTCCACA
GGAGCGAACG AGGGGACGGT CGACTACACC TACAACGCGG CGAACCAGCT GGTCTCTTCC
TCGGCCGACA CCACGACGTG GACCTATGAC GGCGCGGGCA ACCAGACCCG CAATGGCATC
ACTGGTCAGG CCACCACGTA CGGAGACCGG CTGCAGGTGA CGAAGATCGG AACTAAGACC
TACTCGACCT TCGGCCCCGG GAACGATCAA CAGCTCAAGG GTGGTTCATC GGACTATCTG
ACCACCGACA CCGGCCTCGT ACGCGAGACC AGGGCTGCTG TCATGAAGAC CTGGACGCGG
TCGGGCGACG GTGATCTCGT CTCGTACACG GGTCCAGAGG CGCACTACTA CGTCACCGAT
CACTTGGGTT CGGTCCTGGG ATCCTTCTCG GCGGACGGCG CCTGGGAGGG CGGCTACTCG
TACTCGCCCT ATGGTGAGCG TCGGTCCACA GCGACAGGCT CGGTGATCAC GTCCAACAAC
CTGCGCTATG TCGGAGGGCT CGAGGACAGC ACGAATCTCT ACAAGTTCGG GGCTCGCTAC
TACGATGCGA CCTTGGGGCG TTTCACTCAG TTCGATCCGG CAGGGCAGGA AGCGAACCCG
TACGGTTACG CCGAGTCGAA TCCCATCAAC CTGATCGACC CGACTGGAAC TGAGGCGCGC
TGCTCGAAAA CTGGTAGCGC AGTGCTCTGG ACCATGGGCG CTATCGGTAC TGCGGCCGGA
TTCGTTGCGG GCGGAGTGCT GGGATCCGCC CCAGGGGCGC TCGCCTTCTC AACTACCATC
GCATCGACCA TTGGTGGCGC CGGCTGCCTC GTTGACAAAT GA
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| Protein sequence | MVMQPETWEP STEDTESFGA VPPGGEAPEE PWSPELEEVS DPQARSVPTP GANQALGDTG
AYTFHEFFLD GDEGEQAIKV NVGTGNLFIR SKMAELDGPG VPAVAYRVYN SQNDISKGWI
GPWREDYAIT GLSVASERVI YFDGTGARWV FEADGDLWVS PDGVNASLTK SSDGSWELSY
HRTGEIVRFN ASGWVTHRTD RNGVGLTYGY EQDRVVSVTD AVGKKIRMDY LPLGGSGRYV
LDGVESAGRF VTFGLGLNER VESVNEQGLD RPLWRMTYDS NNRLATLTDG DRSIGFEYDS
SSRVVNATQS RSGETPVVTG FEYTESGTTI TDPRGNRSSF EVDDQWRVTN TTDQLDRSRP
QSWTPNGDVE TATDGFSSSG EGNVTTATYD ELNNQTGITL PTGAATQALY AQGPGCEDAQ
SGNPYQAKCS VDAAGNSQSM IYDPAGNLTA QTDTTPDGVA ATKSFVYEEA DGTICGGEAG
QICSATDGNG GVTSYSYASG NLIEVAPPAP LGSTTYTYDA IGRVTTVVDG NGATTTYAYD
RANRVVLTTF DNGQTHSQSW SRSGLLQSES DSASGSSISY EYDLLGKQTQ RSIDVPTGAG
INATVNNTFD ANGNLLSSDE TGAEVAYVYD AANQLIALHP AGESCSTDAH PAAGSGCVRY
EYDENGQETS RLFPGGARQD TARDASGRPT RITGLTASGE AVVDVGLSYA QDGADRASVQ
ARTSHREQGI ADGAVTTYTY DSLSRLTGAE EIVDGTASAA WSYAYDQAGN RVSQTRSGST
GANEGTVDYT YNAANQLVSS SADTTTWTYD GAGNQTRNGI TGQATTYGDR LQVTKIGTKT
YSTFGPGNDQ QLKGGSSDYL TTDTGLVRET RAAVMKTWTR SGDGDLVSYT GPEAHYYVTD
HLGSVLGSFS ADGAWEGGYS YSPYGERRST ATGSVITSNN LRYVGGLEDS TNLYKFGARY
YDATLGRFTQ FDPAGQEANP YGYAESNPIN LIDPTGTEAR CSKTGSAVLW TMGAIGTAAG
FVAGGVLGSA PGALAFSTTI ASTIGGAGCL VDK
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