| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SeAg_B1115 |
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| Symbol | |
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| ID | 6793110 |
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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 | Salmonella enterica subsp. enterica serovar Agona str. SL483 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011149 |
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| Strand | + |
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| Start bp | 1116901 |
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| End bp | 1121067 |
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| Gene Length | 4167 bp |
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| Protein Length | 1388 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 642775382 |
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| Product | protein RhsA |
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| Protein accession | YP_002146023 |
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| Protein GI | 197251192 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3209] Rhs family protein |
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| TIGRFAM ID | [TIGR01643] YD repeat (two copies) |
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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 | ATGAGCGGAA AACCGGCGGC CCGGATGGGC GATATGACGA AATACGGAGG CCCGATTGTC
CAGGGGTCGG CAGGGGTGCT GATAGGCGCG CCGACGGGCG TGTCGTGCTC GGTGTGTCCT
AACAGCCCGA TAGAAGAGGT GAAAGGTCAT CCGGTAAACC CGCTGCTGGG AGCAAAGGTA
CTACCCGGTG AGACGGATTT TGCGCTGCCC GGCCCGCTGG CGTTCATCCT TAGCCGCGCC
TACAGCAGTT ACCGGACGAA GACGCCCGCG CCATCGGGGC TGTTCGGTCC TGGCTGGAAG
ATGGCTGCCG ATATGCGCTT ACAGATTTGT GAGCGGGCGC TGATACTGAA CGACAACGGA
GGCCGGAGCA TTCACTTTGA GCCACTGTCG CCGGGTGAGT CGTCATACAG TCGCAGCGAG
TCGTTCTGGC TGGCGCGGTG CGGGGTGCTT ATGCCGGATA AAAGCAACCC GCTGCATGAC
CTCTGGCAGG CACTGCCGGA AGAGATACGG TTAAGCCCGA ACACGTACCT GGCAACAAAC
AGTATGCAGG GGCCGTGGTG GGTGCTGGGG TGGCCTGAGC GGGTGCCGGG CGCGGATGAG
GCGTTGCCCG CGCCGCTGCC GCCGTACCGT GTGCTGACGG GGCTGGCGGA CAGCTATGGA
CGGACGCTGA CGTATCACCG CGCCGCAGAG GGTGAACTGT CCGGGAATGT CACCGGGGTG
ACGGACGGTG CGGGACGGCG CTTTCAGCTG GTGCTGACCA CGCAGGCGCA GCGTGCGGAG
GCGGCACGCG GGGCGGGTTC CGCCGCACCG GCATACCCTG AGACGCTGCC CGCCACGGAG
TACGGCACGG ATAACGGTAT TCGCCTCTCG CAGGTATGGC TGACGCATGA GCCGGACGCT
GAGGGCGACC AGGAGCCGGC AATGCTGTCG CGCTATGAGT ACACGCCGGG CGGAGAGCTT
GCCGCCGTGT ACGACCGTGG GGGCATGGAG GTGCGCCGCT TCCTGTATGA CGCGGACCAT
CCGGGGCGGA TGACGGGCCA CCGGTATGCA GGCAGGCCGC AGATGCGCTA CCGCTATAAC
CGTGATGGTC AGGTGGAAGA GCAGCTTAAC CCGGAAGGCT TAAGCTACCG CTATGCGTAT
GAGAAAAACC GCGTCACCAT CACGGACAGC CTGGGGCGGC GTGAGGTGCT GCACACGGAA
GGTGAAGGCG GGCTGAAACG GGTGGTGATG AAGGAATCCG CCGACGGCAG CGTGACGCGC
AGCGAGTACG ACCCGGCGGG GAGGCTGAAA GCGCAGACGG ACGCGGCGGG GAGAAGGACG
GAGTACAGCC TGCACATGGC GTCGGGGATG GTGACGTCGG TGACGGGGCC GGACGGGAGG
ACAGTACGCT ATGGCCATAA CAGCCAGCGG CAGTTAACGT CCACGACGTA CCCGGACGGG
CTGCGAAGCA CGCAGGAGTA TGATAATAAA GGCAGGCTGA CGGCGGAGAC ATCGCGTACC
GGTGAGACGA CGCGGTACAG CTATGATAAT CCGCAGAGTG AATTACCGAC AGGGATACAG
GACGCCACCG GCAGCAGTAA GTCAGTGGCC TGGAATCGCT ACGGGCAGAT GGTGGCGTTC
ACGGACTGTT CGGGGTATGA GACGAAGTAT GAATATGACC GGTTCGGCCA GATGACGGCG
GTACACCGGG AGGAAGGGCA GAGCATCTAC CGCAGCTATA ACCGCCGTGG CCTTCTGGTC
TCGCAGAAAG ATGGTCAGGG CCGCGAAACG CAATACGATT ATAACGATGC AGGCGACCTT
ATCACTGTGA CCGGCCCGGA CGGAAACCGC ACTGAAACGC AGTACGACGG GTGGGGAAAG
GCTGTTGCCA CCACGCAGGG CGGGCTGACG CGGCGGATGG AATATGATGC TGCTGGCCGT
GTGACGCAAC TGACCAACGA GAACGGCAGC CACAGCGCAT TTACCTGGGA TACGCTGGAC
CGCCTCACAC AACAGACGGG CTTTGACGGA CGGGTACAGC GGTACGGTTA TGACGTGACG
GGAAAACTCA CACAGAGTGA AGATGAGGAC CTGGTCACGC ACTGGCACTA CGATGACTCA
GATCGCCTGA CGCACCGCAC CATCAACGGA GAGGAAGCCG AGCGGTGGCA GTATAACGAA
CAGGGCTGGC TGACGGAGCT GAGTCATCTC AGCGAAGGGC AGCGGGTGGC GGTGCATTAC
GGCTACGATA ATAAAGGCCG TCTTATCCGC GAGCGGCAGA CGGTGAATGA CCCGGAAACG
GGGACATTGC TGTGGGAGCA TGAGACGTTA CAGGGGTACA GTGAGCAGGG GCTGGCAAAC
CGGTTTAAGC CGGATAACCT GCCGCCGGTG GAGTGGCTGA CGTACGGGAG CGGTTATCTG
GCGGGAATGA AGCTGGGGGA CATGCCGCTG GTGGAGTACA CGCGTGACAG GCTGCACCGC
GAGGTGTTGC GGCGGTTCGG TTCAGACACC CTCCCGGAGA GTTATGAACT GACGACCACA
TACACACCGG GCGGTCAGTT TCATAGCCAG CACCTGACGC TGCCGCAACT TGACCGGGAG
TACGGTTACG ATGAGGGCGG CAGACTGGTG CGCATCAGCG GACCGCAGCA GACGAGGGAG
TACCGCTACA GCGAGAGCGG ACGCCTGACC GGGGTGCATA CCAGCGCCGA GAATCTGGAC
ATTACCCTTC CGTATGCCAC GGACCCGGCG GGAAACCGGC TGCCGGACCC GGAGTTTTAT
CCCGACAGCG CCAGTACGGT ATGGGCGGAT AACCGCATCA CGGAAGATAT GCAGTACCTG
TACCGCTACG ACAAATACGG CAGGCTGACG GAGAAAACGG ACCGTATCCC GGAAGGAGTG
GTTATCCGGA TGAACGACGA ACGTACACAC CGGTACGAAT ACGATAACCA GCACCGTCTG
GTGCATTATG TGCGGACACA GCACGGAGAA ACGCAGGCGG AGGGGCGGTA TGTGTATGAC
CCGCTGGGCC GCCGTGTGGG TAAGGGGGTG TGGAGGCGGG AGCTGGTTCA CTGGAGCGAC
ACGAGGATGG AGCTGTCGCG CAGGCCGTAT GTGACGTGGT ACGGCTGGGA GGGGGACAGG
CTGACGACCA TCCAGACCGG ACAGAGCCGT GTCCAGACGG TGTATGCGCC GGGGAGTTTC
ACGCCGCTGG TGCGTATCGA AACGGATAAT GCGGAGCTTG AGAAAACGCA GCACCGCAGC
CTGGCGGAGA AGCTGTCACA GGAGGGAAGT GAGGACGGCC AGGCGGTACA GCTTCCGGCG
GCGCTGACGG CGATGCTGGA CAGGCTGGAG GGTGAGCTGA GGCGTAACGC GGTAAGTGAA
GAGAGCCGGG CGTGGCTGGC GGGATGCGGG CTGACGCCGG AGCAGATGGC GGGACAACTG
GAGCCGGAGT ACACCCCTCA AAGGAAAATC CATCTTTACC ACTGCGACCA GCGTGGCCTG
CCGCTGGCGC TGATTACCCC GGACAACACG GTGGCATGGC GTGCGGAGTA TGATGAATGG
GGAAACCTGT CGGGCGAGGA AAATCCGGCG GACCTGGAGC AGGTGATACG GCTGCCGGGG
CAGCAATATG ATGAGGAATC GGGGCTGTAT TATAACAGGC ACCGGTATTA CAATCCGGGA
CAGGGAAGGT ATATCACGCA GGATCCGATT GGGCTGAAAG GGGGGCTGAA CCTGTATCAG
TATCCGCTGA ATCCGATTTT GAATATAGAT CCTTTAGGAT TATCAGGTTG GGATTCTCTT
GGATATGGAG GATTTAGGGA AATATGCCAG CAAGCTGGTT CGGCAGTACA TTATCTAACA
CCACAAGAAG CAGCAGGAGT GATACATAAT ATGGAAACTA TGCATAACGT ATACAATCCG
TTATCTAAAT ATGTTTTCGG GATATCAGTA GGTTCAACTA TAACTGGTAT AGCTGGTACG
AGTTTCGGAG TGGCAACTGT TGCAGAAAAA GGTTCTGCAT GTATTAAGGA TGTAGTTAAG
TCCGTGATAA AAGACGGAGA AAGAGATCCA ACAAATTTGG CATTAACTTG CGGAAAAAGC
TTTATAAATG AAGGTGGTTC CAGTTTTCAG GGTAAGGTAT CCGATTACCT TATTGACGCT
CTTTTTTCCT ATAAGGCGAA ACAGTAA
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| Protein sequence | MSGKPAARMG DMTKYGGPIV QGSAGVLIGA PTGVSCSVCP NSPIEEVKGH PVNPLLGAKV
LPGETDFALP GPLAFILSRA YSSYRTKTPA PSGLFGPGWK MAADMRLQIC ERALILNDNG
GRSIHFEPLS PGESSYSRSE SFWLARCGVL MPDKSNPLHD LWQALPEEIR LSPNTYLATN
SMQGPWWVLG WPERVPGADE ALPAPLPPYR VLTGLADSYG RTLTYHRAAE GELSGNVTGV
TDGAGRRFQL VLTTQAQRAE AARGAGSAAP AYPETLPATE YGTDNGIRLS QVWLTHEPDA
EGDQEPAMLS RYEYTPGGEL AAVYDRGGME VRRFLYDADH PGRMTGHRYA GRPQMRYRYN
RDGQVEEQLN PEGLSYRYAY EKNRVTITDS LGRREVLHTE GEGGLKRVVM KESADGSVTR
SEYDPAGRLK AQTDAAGRRT EYSLHMASGM VTSVTGPDGR TVRYGHNSQR QLTSTTYPDG
LRSTQEYDNK GRLTAETSRT GETTRYSYDN PQSELPTGIQ DATGSSKSVA WNRYGQMVAF
TDCSGYETKY EYDRFGQMTA VHREEGQSIY RSYNRRGLLV SQKDGQGRET QYDYNDAGDL
ITVTGPDGNR TETQYDGWGK AVATTQGGLT RRMEYDAAGR VTQLTNENGS HSAFTWDTLD
RLTQQTGFDG RVQRYGYDVT GKLTQSEDED LVTHWHYDDS DRLTHRTING EEAERWQYNE
QGWLTELSHL SEGQRVAVHY GYDNKGRLIR ERQTVNDPET GTLLWEHETL QGYSEQGLAN
RFKPDNLPPV EWLTYGSGYL AGMKLGDMPL VEYTRDRLHR EVLRRFGSDT LPESYELTTT
YTPGGQFHSQ HLTLPQLDRE YGYDEGGRLV RISGPQQTRE YRYSESGRLT GVHTSAENLD
ITLPYATDPA GNRLPDPEFY PDSASTVWAD NRITEDMQYL YRYDKYGRLT EKTDRIPEGV
VIRMNDERTH RYEYDNQHRL VHYVRTQHGE TQAEGRYVYD PLGRRVGKGV WRRELVHWSD
TRMELSRRPY VTWYGWEGDR LTTIQTGQSR VQTVYAPGSF TPLVRIETDN AELEKTQHRS
LAEKLSQEGS EDGQAVQLPA ALTAMLDRLE GELRRNAVSE ESRAWLAGCG LTPEQMAGQL
EPEYTPQRKI HLYHCDQRGL PLALITPDNT VAWRAEYDEW GNLSGEENPA DLEQVIRLPG
QQYDEESGLY YNRHRYYNPG QGRYITQDPI GLKGGLNLYQ YPLNPILNID PLGLSGWDSL
GYGGFREICQ QAGSAVHYLT PQEAAGVIHN METMHNVYNP LSKYVFGISV GSTITGIAGT
SFGVATVAEK GSACIKDVVK SVIKDGERDP TNLALTCGKS FINEGGSSFQ GKVSDYLIDA
LFSYKAKQ
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