| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_0812 |
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| Symbol | |
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| ID | 6262531 |
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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 | Elusimicrobium minutum Pei191 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010644 |
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| Strand | - |
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| Start bp | 889695 |
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| End bp | 894326 |
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| Gene Length | 4632 bp |
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| Protein Length | 1543 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642611290 |
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| Product | putative PAS/PAC sensor protein |
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| Protein accession | YP_001875704 |
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| Protein GI | 187251222 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2202] FOG: PAS/PAC domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.0000000000000129345 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGGCAAAGG GCTTATTTTC TTTTTTCTCA CATGAAATGT TACCTGAAAC AAAGGCTGTT
TTTGACAACG CTAAATCGTT GTTTGAAAAC TTTTACGCGC CCACGCTTAT TATTGACGAT
AGAGGCTCAA TACTATACGC CAACCAAAAA GCCCTTGACC TGCTTAGCTA TACGGCTGAG
GAAATTGACA ATACTCAAAT TACAAAGCTC TCGATAAAAA AAGAAACCAT TACCCAACAG
CCTGTTTTTT ACCAAAAAAT AACCGCAAAA GACGGCAAAA AAATATATTC TAAAATAGCC
GTGACGATTT TTGAGAAAGA AAAACTTTGT ATTTTAAATA TAGAAGAACT TTCCCCCGGT
TCCCAAATAA CAAAAGATAA TATTTTTCAG ATGACGGACT CCTCCCCCTA CGCCATGATT
ATAAGGGATA AAGACGGCAT TGTTCTTTTT TGGAATAAAA AAGCCGAGGA ACTTACGGAT
GTCCCCGCCA AAGATATCAT AGGCCAAAAT CTCGGCGTGT TTGTAAAAGA TAAAAAAGCT
TTAAAAGAAA TAGAAAAACG GGATAAAGAG GTTATTTCGT CTAAAAAACA GCAATATATA
CAAAATCTCC ATATAGAATT TGGCGATAAA AAAAGAATTT ATAATATTTT TAAGAACTAC
ATGGAATCGT CTTACGGAGA TGTTTTTCTT TTTGATATTT TTGAGGATAT TACCGTATCC
GTTGCAGAAA ATGTCAAGAA CCAACAGGTT CTTGCCTTCC TTCAGGCTTT AATAGACAAT
GTTCCTTTAA GTCTTTACGC AAGGGATAAA CACGGCAGAT ATTTATTAAG AAACAAAAAA
TCCGTTGAAA TGTTTCATGG TGGAGACACG GCGGATTTTT CTGAAAATAT AGCTATGCTT
TATGATGAAG AAGTTGCCGA AGACGCCTGG AAAAACGCCA ATAACCCCAA ACATGAAAGC
GAGGAAAGGG TTAAAGGTTA TTTAAGCAGG GAAAATACAG TATTAAAAAC GGGAAAAATT
TTAGACATAC CTGTTGAAGA GTATAAACAG CCGGACGGTT CAACAGCGCT TATTCACCTT
ACAAAAGTTC CCGTGCGCGA TAAAGACGGC AAAATGATTT CCGTTTTAAG CGTTGCGCAA
GATATAACGG CCGATGTTAA AAAAGAACGT GATATATTAG AAACCAAAAA ACTTTTAGAA
GCGGTTTTTA TGCACTCGCC CATTCCGATG TACGTACGTG ATATAGACGG CAAAATAATA
CTTTCCAACA AAACTAGCGA AGAACTTTTG GGCCGGGATA CCGTCCGCGC CGAATATGTT
AAAGACGACG CTATGGACCA CTACTATATA TCCCGTGAAC AGGAAATGTT AAAAGCCGGC
AAAATAGTTG ACATGCCCGA AGAAACATTT ATTACTAAAA CGGGCGATGA ATTTATTTTG
CATCTTATTA AAGCGCCTAT TTTTGACGAA ACGGGCAAAC CTTTTTGGAT GCTTACTATA
GCCGAAGACA TTACGGCCAA AAGAAAGAGC GAAAAAGAAA TAATAACGCT TAATGAGTTT
TTACAGACCG TGGTTGATAA CTTGCCCGTT TCTCTTATAG CTAAAAAATA TAACGGCGAA
TATATTTTAT GGAATAAAAA GAGCGAGGAA CTTTTCGGTT ACAAAGCTTC CGAAGTCGTG
GGTAAAGATT TTTATCAGAC AGGCGTCAGC CAGGATTTAA AAGACTACAT TAAGGAACAG
GACGCCAGAG TATTTGGATC CGGACGGGAA ATGGACATTC CCCAGGAACT TATTTCAACC
GTTAAAGAGG GCGTTAAAAT AATGCATACG GTAAAAACGC CTATATTTAA AAAAGATGGA
ACGCCCGACT ATCTTATTTC CGTTTCGGAA GACATTACAG TTAAAAGCAA AATGGAAAAG
CAGCTCAGGG AATCAAGGGA AAAGTATTCC TTGCTGGTTG AAAATTCAGG CGAAGGCGTT
ATAATCGTTG AAAGGGACAA AATTATTTTC GCCAACACCA CTTTTGCAAA GCTGATGGGC
TACGACTCTG TGGAAGAACT TGCCGATGTT AATATAAACA ATTTGGTAAG CCCGCAGCAC
ATAAAAGAAT TTGAGGAAGT GTATAACTCC GTATCAAGCA ATGTGGACGT TATTTCCCCC
CATGACATTA CCCTTCTTAA AAAAGATGAA GATGAAGTTC AGCTTGAGGT AAAAGCGGTA
ACTTCTAAAT ACATGGGTAA GAAAATAATA CTGATGTTTT TTAAAGACGT TACAATAGTT
AACCGCGCCA TACATGATTT GAGGCGCGAC AGAGAACTGT TTAGAAACAG TTTTGAAAAT
TATCCTTCAG AGCTGGCCAT TGTTTCACAT AACGGGTATG TATCGCAGCT TAATTCCGCA
GCCAGAAGAA TGTTCGGCGT CAGGCTTGAG GATAGGAATG TTTACCGCCA ATTCTACATA
AAGCCTTTCT TAAACCTTGC GGCGCGTAAA AAAATGAAAC GTCTTGAAAC TGCGGAAACG
GAATTTATTT TTGACCCTTC AAAATTTGAC GGAAATTTAA TAAAACTTTC CAACGGTAAT
AAAAAGAACC TTAGCCTTAA ACTTGTACCG ATAAACAAAA AAGAGATAAA GAAAAACACT
TTGTCTTCGG AGTATCTTGT TGTTATAAAC GAGATAATTC CAATAAAGGC TGATTTGGAT
ATACAAGATG TTATGCTTCT TAATATACCC GCCGTCAAAT GTAAAACAGA CGGTAAAATA
GAGGCTGTCA ACTCCGCGTT TTTCACGCTT GGGCTTGCTA AAGAGCTTTG CCAAAAAGGC
GCTCTTATAA ACAATATGTT TATAAAGTCC GACCGCCGCG TGGTTTACCG CGACATGGAA
GAGCTTTTTA AACAAGGTTA TATTTATTCA AGGTTTTACC ATTTACAGAC GCCGGTTCCT
ATGGAGGTTG AATTTAACGC CGCCGTAACA GAGGACCGCG GGTTTATAGT AACGCTTAAA
AACAACACCG CGCATAAACA AATGCTTGAG CTTCTTGCTG AAAGGCAGGA AACTACGGAC
GCTGTTCTTT CCGTCACAAA CGGCGCTGTG ATAATAAGTA AGATGAGAGG CTCGTTCCCG
GGTAAAATAG TACGCGCCAA TAAAGAAGCG CAGGAGTTGT TCGGTTACAA TTTGGCTGAG
TTTTTTGAAA TGTATCTTGA TAATTTGATG GTTTCGCGCA ATAATAGCAA AACTGACTTT
GCCAAACACA TTATTGAGCA GCATATAGAA AAAATTGGAA AAGAAGGAAA AGCTATTTTT
ACCGCTAATG TTTATAATAA AGAAAATAAA GAATTCTTGG CTGAAATAAT GTTAAGCTTG
TTTAATATAA ACTCCGAGCT TATGCTTCTT GCGGTAATAA GGGACGTTAA TTCTATAGTC
AAACTTGCCG GCGGCGCTAA ACTGCAAAAT AATAATGAAA TGGAAAGCAT AAAAAAACTT
TTACCCGGAG TTATGTTAAA AGTTGACGCG GAAGGCATTG TTGAGGAAGG CTATGCCGGC
GGAAATTCCC GAGGCGGTAT TTATAATATA GCGCGTTACC AGTATAAATC TCCTTACAGC
TATTTACCTA AAGACGTGGC TGACCATATA ATTTACTCAA TTAAAGAGGC TGTAAGCGTA
AACACGCCGC TCACATTTTC TTTCTCAATA AAAGAGTCCG ACGGTATCAA ATCTTATGAA
GCGGCAGTTT CCCCCATAGC GTCAGAACAA AAAGCCTTTT TACTCGTAAG GGAAATTACT
AATAAAACGG AATTTGAACG CAGAATCCAG GAACTTTATA GTGTAACGTC TACCCATCCG
GAACGGTTTA CAAATAAAGT GGACGAAATT TTAAATCTCG GTAAAGAAAT TTTTAAGGCG
GACGCCGGGT TTATAATGCG TTATTCGGGT AAAAATGACG GCAGTTTTAC CATAGTATAC
GCTTCGGAAA ATGATATTAA CATTAATAAC GGAATGGTTT TTCCCGAGGA AAAGTGCTTT
TCTAATATTA AAATGGGCGA TACCATAGTG TCTGACGAGG TTAACCTTAC CGACTGCAGT
TCAAACTCGT TTTGTAAAAA TAAGGAAATT AAAGTTCTTA TCGCGGGGCC TTTATATCTG
TCGGGCGAGG TCACGGGCGC GCTTTGCTTT GTAAGCCAAA AGAAGAAAAT AAAAATTAAA
GAAGGGGACA GTGATTTTAT AGGTTTAATG TCACGCCTTT TGAGTTTTGG TATAGAGCTT
AGGGAAGCCG ATAAAATTGT TTTAGAAAGC AAAAGCAGGC TTGAGAAAAC ATTAAAATAT
CTTTCGCTGC CCGCCGCCGT AATAGATAAA AACGGTAAAG TGGAATTTGT TAACGGCAAA
TTTCAAATGG TATATAATCC TAAAACGGAA GAAAACTTAA TCGGCAAGGA TTTTTTTGAG
GAGTTTACAG TTTCCCCCCC GTCGGCCAGA AAGAAATTTT ATTCTATTAA TGAGGTGGAC
GAAGCCTTTT CCTGGGAGCA GTCTTTTGTA ACGGGTACAG GTAAAAGAAT TGAATGCGTT
TGGAAAGTAA ACGGGATTAA AGACAAGAAC GGCAAATTAA GCGCTTACTC GCTTATAGCC
GATTTTAAAT AA
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| Protein sequence | MAKGLFSFFS HEMLPETKAV FDNAKSLFEN FYAPTLIIDD RGSILYANQK ALDLLSYTAE
EIDNTQITKL SIKKETITQQ PVFYQKITAK DGKKIYSKIA VTIFEKEKLC ILNIEELSPG
SQITKDNIFQ MTDSSPYAMI IRDKDGIVLF WNKKAEELTD VPAKDIIGQN LGVFVKDKKA
LKEIEKRDKE VISSKKQQYI QNLHIEFGDK KRIYNIFKNY MESSYGDVFL FDIFEDITVS
VAENVKNQQV LAFLQALIDN VPLSLYARDK HGRYLLRNKK SVEMFHGGDT ADFSENIAML
YDEEVAEDAW KNANNPKHES EERVKGYLSR ENTVLKTGKI LDIPVEEYKQ PDGSTALIHL
TKVPVRDKDG KMISVLSVAQ DITADVKKER DILETKKLLE AVFMHSPIPM YVRDIDGKII
LSNKTSEELL GRDTVRAEYV KDDAMDHYYI SREQEMLKAG KIVDMPEETF ITKTGDEFIL
HLIKAPIFDE TGKPFWMLTI AEDITAKRKS EKEIITLNEF LQTVVDNLPV SLIAKKYNGE
YILWNKKSEE LFGYKASEVV GKDFYQTGVS QDLKDYIKEQ DARVFGSGRE MDIPQELIST
VKEGVKIMHT VKTPIFKKDG TPDYLISVSE DITVKSKMEK QLRESREKYS LLVENSGEGV
IIVERDKIIF ANTTFAKLMG YDSVEELADV NINNLVSPQH IKEFEEVYNS VSSNVDVISP
HDITLLKKDE DEVQLEVKAV TSKYMGKKII LMFFKDVTIV NRAIHDLRRD RELFRNSFEN
YPSELAIVSH NGYVSQLNSA ARRMFGVRLE DRNVYRQFYI KPFLNLAARK KMKRLETAET
EFIFDPSKFD GNLIKLSNGN KKNLSLKLVP INKKEIKKNT LSSEYLVVIN EIIPIKADLD
IQDVMLLNIP AVKCKTDGKI EAVNSAFFTL GLAKELCQKG ALINNMFIKS DRRVVYRDME
ELFKQGYIYS RFYHLQTPVP MEVEFNAAVT EDRGFIVTLK NNTAHKQMLE LLAERQETTD
AVLSVTNGAV IISKMRGSFP GKIVRANKEA QELFGYNLAE FFEMYLDNLM VSRNNSKTDF
AKHIIEQHIE KIGKEGKAIF TANVYNKENK EFLAEIMLSL FNINSELMLL AVIRDVNSIV
KLAGGAKLQN NNEMESIKKL LPGVMLKVDA EGIVEEGYAG GNSRGGIYNI ARYQYKSPYS
YLPKDVADHI IYSIKEAVSV NTPLTFSFSI KESDGIKSYE AAVSPIASEQ KAFLLVREIT
NKTEFERRIQ ELYSVTSTHP ERFTNKVDEI LNLGKEIFKA DAGFIMRYSG KNDGSFTIVY
ASENDININN GMVFPEEKCF SNIKMGDTIV SDEVNLTDCS SNSFCKNKEI KVLIAGPLYL
SGEVTGALCF VSQKKKIKIK EGDSDFIGLM SRLLSFGIEL READKIVLES KSRLEKTLKY
LSLPAAVIDK NGKVEFVNGK FQMVYNPKTE ENLIGKDFFE EFTVSPPSAR KKFYSINEVD
EAFSWEQSFV TGTGKRIECV WKVNGIKDKN GKLSAYSLIA DFK
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