| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0811 |
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| Symbol | |
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| ID | 5708775 |
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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 | Caldivirga maquilingensis IC-167 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009954 |
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| Strand | + |
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| Start bp | 847850 |
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| End bp | 851704 |
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| Gene Length | 3855 bp |
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| Protein Length | 1284 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641275314 |
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| Product | reverse gyrase |
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| Protein accession | YP_001540636 |
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| Protein GI | 159041384 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1110] Reverse gyrase |
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| TIGRFAM ID | [TIGR01054] reverse gyrase |
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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 | 35 |
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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 | ATGCGTGATA ATAAGGGTGA TGGCGGCAGT GGGGAACCAC TGGTGCTTTA CCACGGCATG
TGCCCCAACT GCGGTGGCCC AGTTACCTCG GATAGGCTTA GGGATGGTTT ACCATGCCAT
GTTTGCCTAC CTGAAGGTTC AAGATTAAGG GCAGCATCAT TAAGAGTAGT GTTAAGTGAA
CTTAATAGAG AAGGTAGATT AGTTAGGCTT AGGGATATCT TCAACTACTT AATGAAGTAT
GATGAATTCA GTGAATTATT CAGAAAAGCC ACTGGAACCT CAATGTGGGG TGCTCAGAGG
TTTTGGGCTA AGAGACTTAT CAAGGGTAAG AGCTTCGCCA TAATTGCACC CACGGGTAGC
GGTAAGACCA CCTTCGGTTT AGTTGCCTCA ATATACGTAG CCAGTAAGGG GGGTAGGGTT
CTCATGGTAT TCCCAACTTC AACACTGGCT TACCAAGTGT ATAAGAGGGC TTTAACCTAC
AGGGATTCCG CAGCCGTTAA CATTAAGGTA ATAACCTATA ATGGCCTACT CAGCGAGAAG
GATAAGAGTG AGGTGCTTAA TGCCATTAAG GCAGGCGACT TCAATATACT TATCGTAACT
AACGCCTTCC TACCAAAGGG CATGGAGATT CTAAGCAAGT ACAGGTTTGA CCTTGTTTTC
GTTGATGACG TTGACAGCGT CATGAAGGCT TCAAGCAGGA ATATTGAGAG ACTACTTCAG
TTACTCGGTG TGCCGAGGGA AGCCATTGAT AAGGCGCTTG AGATTGCGAA GATAAGTGAC
TTTAAGGAGA GGGAGGGTAA GGTGAGTGAA TTAAGGAGGA TCCTTGAGGG TAGGAGGATT
GGTTCATTAA TAGTAAGCGG CATGTTAACC AGAACCAGGA GGACGGCTAG GGCTGCATTA
TTCAGGGAGA TACTGGGATT CGATGTTGGT GGTAGGGCTG AGGGGCTTAG GAATGTGGTT
GACCTATACA TTAAGCCTAA GGGTGACCTT AAGGTAATTA TCCTGGATTT AATTAGGAGG
CTTGGTGATG GTGGAATAAT ATACGTACCC ACTGACTTAG GCAGGGAATT CGCCGAGGAG
TTGAGTAAGT TCCTTAATGA TAATGGTATT AACGCTGGGC TTTACCTAAA GCCTAAGAGG
AAGTTGATTG AGGGCTTTGA GGATGGTTCA ATACCGGTGC TAATAGGGTT AGCCACATCT
AGATCAGCGT TAGTTAGGGG CATTGACCTA CCCCATAGGA TAAGGTACGT GGTGTTCGCC
GGTGTACCTA AGATAAGGTT CAGGTTATCG CTTAAGGAGT TTAACCCAGG CCGTTACATA
ATGCTCCTCT CCTCACTTAG GGTTATTGCA CCAAGTGAAT ACAAGACTAG GATTGATAAG
ACTGTTTCAA GCTTAAGGAA CATAATGAAT TTAAGCCAGG ACAGGATTAA TAAGATTATT
GAAGCTATTG AGAGAGGTGA GAGTCTTCAG GGCTTCGATA AATATGCCTC AGAAGTCATT
AGTAACGCCA TTAAGCTTGC CCAGGACTTG CTGAATAGGG ATGATGTGAG GGAAGCCATG
AGTAAGTCAA TTGTTAATAT TCAACGCATG GGTGACGATA TCTATGTTAT TCTACCAGAC
TCACCAGCCT ACATACAGGG TAGCGGTAGG ACATCTAGAA TGTACCTAGG CGGCATTACC
CACGGTCTCT CAGTGCTTAT TGTTGATAAT GAGGCTGTCT TCAATAGTTT AAGCAGGGAC
TTAAGGTATA GGCTGGTGGA CTTCCAGTTC ATAAATTATG AGGAGTTTAA TGTTGATGCC
TTACTTAAAA CCATTAATGA GGAGAGGGAA TTAATAAGGC AAATAATGAC TGGTAATGTA
CCGCAGAGCA TAAGTCAAGT TGATCCACTT AAGTCAGTTC TAGTGATTGT TGAATCACCT
ACTAAGGCTA GGACAATAGC GAACTTCTTC GGTAAACCAA GCACAAGGGT GCTCGGTAGT
TTAATAGTGT ATGAGGTCAC TTCAGGTAAT CTACTATTAA ATATAATAGC CACTAAGGGT
CATGTGGTTG AGTTAGCCAC CGAGCAGTAT GCGCAGTCAG TTAGTAGTGA TGTGGATTAC
GTGACTAAGT TCATATCAAG TGTAACCAGG AATTATTACT CAGTGTTGAA AATAGATGGT
AACTTCATCC CAATATACTC AACAATAAAG CGTTGCCCAA CCTGTGGTAG ATCATTCACT
GATGATGTGA GTAAGTGCCC CTTCGATGGT ACGCCACTAG TGGATAGTAG TGGGGTTATT
GAGATGCTTA GGGACCTGGC CACTGAGGTT GACCTAGTCC TAGTGGGTAC TGATCCCGAC
TCAGAGGGTG AGAAGATAGC CTGGGACGTA TTCAACATGC TTAGGCCCTT CGTGCAGGAT
ATTAGGAGGA TAGAGTTCCA TGAAGTGACT AAGAGGGCTA TATTGAATGC GTTAGCTAAT
CCAAGGGGGG TAAACGGTAA TATGGTTAAG GCTCAATTGG TTAGGCGTAT TGAGGATAGG
TGGATTGGCT TTGGTTTAAG CTCATACCTA CAGAGGGCGT TTAATGATAG AAACATGTCA
GCCGGTAGGG TTCAGACACC TGTGCTTAAG TGGATTATTG AGAGGTATAT TGAGTATAGG
AGGAATAGGG TGATTAGGTT AATTGTTAGG AAGAGGATTA GTGATGGTAA GGTTCTTGAG
GTTTCCTTTG ATAAGGTTAC TAATGGTGAT GAAACAGCCA GGGTTAGGCA TGACTTAAGG
GATGTGGCTA AGGATAAGAA GGGGCTTAGA ATAATAATAA CTAAGCTCAG TGAATCAGAG
GAGGAGGTTA ACCCGCCACC ACCCTTCACC ACAGACTCAA TGCTCACTGA GGCTACTGCT
AGACTTAGAG CCGGTACAGA GGAGGTTATG AGGCTTGCAC AGGAGTTGTT TGAAATGGGT
TTAATAACAT ACCATAGGAC TGATAGCACA AGGGTTTCAG CGGTGGGTAT TAGTGTGGCT
AAGGAATACT TAACCAACAG GTTCGGTGAA GGTGTCTTCA CGGCTAGGGA ATGGGGTATG
GGCGAGGAGG GTGCCCATGA GTGTATTAGG CCAACTAGAC CCATTGACTC CGAGGAGCTT
AGAAGCCTAA TTGATAGTGG CGTGCTTAAA TTAAAGTTAA CTAATAGGCA CATTGCACTC
TACGATTTAA TATTCAGGAG ATTCATGGCA AGCCAAATGC AGAGTGGCTT AGTTAAGAAG
GTGAAGGTGG AGGTTAAGTT AATGCGCAAT GGCGACATGC TTTCAAGTAG GGTTGATGAA
TTCGTAACAA GCGTGATTAG GAATGGCTTC TTAGCCATAT ATCCGACTAT TAGGGTTACT
CAATTCCCAG AGTCATCAAT GGAGTTACCT GTGACTGAGG AGGATGAGGT TATTGTTAAG
ACAGTTCACA CAACATACCC GTATAGGGAA GGTGATATTG TTGCTGAAAT GAAGAGGAGA
AGGATAGGTA GACCATCCAC TTACGCCAAG ATAATAGAGA CTCTTAAGAG GAGGGGTTAT
GTTAAGGCCC TTGGTTCAAC AAAGGTATTA ATCCCAACTA AACGCGGTGT AGCAGCATAC
ATTTGCCTAT CGAATGATAA GGATGTGGCT AAACTCTACT TAAGCACTAG ACGCAATAAG
GTTCAGGAGA ATACGGAATT CGAGAGTTTA CTGAAGCAGT GTAACGTTAA CTTCAAGTGC
CTTATAAGTG AGGATAGGAC TAGAATGGTT GAGGAACACA TGGATAATAT TGAGAATGGA
GATGAAGATT ACTTAACAGT TCTGCATGAA TTATTCAATG AGGCTGTTAA ATATGGAATA
ATGCCTCAGA ATTAA
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| Protein sequence | MRDNKGDGGS GEPLVLYHGM CPNCGGPVTS DRLRDGLPCH VCLPEGSRLR AASLRVVLSE
LNREGRLVRL RDIFNYLMKY DEFSELFRKA TGTSMWGAQR FWAKRLIKGK SFAIIAPTGS
GKTTFGLVAS IYVASKGGRV LMVFPTSTLA YQVYKRALTY RDSAAVNIKV ITYNGLLSEK
DKSEVLNAIK AGDFNILIVT NAFLPKGMEI LSKYRFDLVF VDDVDSVMKA SSRNIERLLQ
LLGVPREAID KALEIAKISD FKEREGKVSE LRRILEGRRI GSLIVSGMLT RTRRTARAAL
FREILGFDVG GRAEGLRNVV DLYIKPKGDL KVIILDLIRR LGDGGIIYVP TDLGREFAEE
LSKFLNDNGI NAGLYLKPKR KLIEGFEDGS IPVLIGLATS RSALVRGIDL PHRIRYVVFA
GVPKIRFRLS LKEFNPGRYI MLLSSLRVIA PSEYKTRIDK TVSSLRNIMN LSQDRINKII
EAIERGESLQ GFDKYASEVI SNAIKLAQDL LNRDDVREAM SKSIVNIQRM GDDIYVILPD
SPAYIQGSGR TSRMYLGGIT HGLSVLIVDN EAVFNSLSRD LRYRLVDFQF INYEEFNVDA
LLKTINEERE LIRQIMTGNV PQSISQVDPL KSVLVIVESP TKARTIANFF GKPSTRVLGS
LIVYEVTSGN LLLNIIATKG HVVELATEQY AQSVSSDVDY VTKFISSVTR NYYSVLKIDG
NFIPIYSTIK RCPTCGRSFT DDVSKCPFDG TPLVDSSGVI EMLRDLATEV DLVLVGTDPD
SEGEKIAWDV FNMLRPFVQD IRRIEFHEVT KRAILNALAN PRGVNGNMVK AQLVRRIEDR
WIGFGLSSYL QRAFNDRNMS AGRVQTPVLK WIIERYIEYR RNRVIRLIVR KRISDGKVLE
VSFDKVTNGD ETARVRHDLR DVAKDKKGLR IIITKLSESE EEVNPPPPFT TDSMLTEATA
RLRAGTEEVM RLAQELFEMG LITYHRTDST RVSAVGISVA KEYLTNRFGE GVFTAREWGM
GEEGAHECIR PTRPIDSEEL RSLIDSGVLK LKLTNRHIAL YDLIFRRFMA SQMQSGLVKK
VKVEVKLMRN GDMLSSRVDE FVTSVIRNGF LAIYPTIRVT QFPESSMELP VTEEDEVIVK
TVHTTYPYRE GDIVAEMKRR RIGRPSTYAK IIETLKRRGY VKALGSTKVL IPTKRGVAAY
ICLSNDKDVA KLYLSTRRNK VQENTEFESL LKQCNVNFKC LISEDRTRMV EEHMDNIENG
DEDYLTVLHE LFNEAVKYGI MPQN
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