| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TDE2709 |
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| Symbol | |
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| ID | 2739296 |
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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 | Treponema denticola ATCC 35405 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002967 |
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| Strand | - |
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| Start bp | 2761784 |
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| End bp | 2766448 |
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| Gene Length | 4665 bp |
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| Protein Length | 1554 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637161606 |
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| Product | BNR domain-containing protein |
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| Protein accession | NP_973307 |
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| Protein GI | 42528209 |
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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 | 9 |
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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 | ATGAAAAAAA TAACAATTTA TTTATTGATT ATGTTTAGTG CCTTGAGTCT GCTATATGCA
GGAGGGGCAA AAGATATAGA TAGTGTACAG ATGACCAATA AAGAAAGCTG GCAGCAATCT
ATAGATATAT CCGGAAAGAA AAAAGGAAAA TACAATGTAT TGATAAAGGC TGTTGATATA
GCCGGTAATG AGGGCTATGT AGGGCCTTTT AATATGTATA TAGACCCTAA TTCCGACTTA
CCGATAGTAA ACATAAGTAA TCCTAAAAGT GAAGCTGTAG TAGTCGGAAA TATAAACGTA
ATAGGAACAT GTGTAGATGA TGATGCGGTA GACTATGTAG AGTTACGTAT AGACGGCGGA
GAAAATATCT ACCGAGCCAA GGGTAAAGAA TTTTGGTCAT ATTATATAAA CACGGAAAAT
TTTGAAGAAG GAACGCACAC GATAGAAGCT TGGGGTGTAG ATATTAACGG CGTAAAGGGA
AAGTCCGTAA AACACAGCTT TTACATAAAC CGCTTATCGC CAATAACTTC AATAGAAAAT
AAGAGTGTAG GAGAGCTTGT TTCAGGTAAG ATAACAATTG ACGGAACAGT AGAAGACGGA
AACGGTATAG AAAGGCTGCT GTATTCATTA AATAATGGAG AGAACTTTGA AGAAATAAAA
TTATCCTATA ACAAAAAAAC AAAGCAGTCA AAGTTTTCGT TAAAACTAAA TACAAAAACA
ATAGAAGACG GGCCTAAGGT AATTTGGTTT AAAGCAATAG ATAAGCAAGG AAAGATCGGC
ATTTACACAT TTTTATTGTT TATAGATAAT ACGGCTCCTT TAGTAGAGTT TATCTATCCC
GAGGGGGATA ATCCGACGGA ACCTGTATTT TCCGTAGCAG GAAAGGCTAC GGATTTAGTT
GGTTTATCAA GTTTATCTTG GAAGTGTAAC AACGAAAGCG GTGAATTTGA ACTTACCCCC
GGAAATCATT ATTGGATAAA AGAGTTTGAT GTTGGTAAGA CCGGAGCCAA GACTGCCGTT
GTCGAAATAA CGGCAAAAGA TATAGCCGGA AACATAGTAA GGGCAAAAAA GACATTTTAT
ATAGATCAAA ATAAGGGAAA GCCTGTAATC GAAATGTTAA GCCCTGTGCT TGATGGAAAA
TTTTCAGAAG ATGTCTATAT CGCAGGAGCA ATCTATGACT TATATGGTGC GAATGAGGTA
AGGTACAGAA TAGACAAGGG TGAAGAAAAG GCGATAGATG CTTTTGGTGC AGGCTTTTCT
GTTATAGAAC GAGGATTGAG CGAAGGAGCT CATACATTGA CTATCTATGC AGTGAATAAA
AAAGGTATTA AAGGAGAGCC TTTAACCGTA AAGTTTAATG TAGAAGGAAA GGCTCCTGTA
ATTTCTTTTG ATAACGGAGA AACTATCATA CCTGTATATA CTGCACAAAC AAAGAGCTCG
ACTTCAGTGA ATGTAAAAGC GGCTTCCGGT TTAAAGTATT TAAGTGTAGG TTTTAATGGA
GAAGAAGAGT CCGTTTTACC TGTAAAAACA GGTCAAACCG ATTATGTGAT AAAAACAAAT
ATAAGCGGAA AATCGGCGCC CGGTATATAT ACTGTTTCTG TTACTGCTAC AGATATGAAC
GATAAGGTCG GTAAGCAGAC TTTAGTTATC CGGGTTGTAT CGGGAGCAGG CGGTGAAGAA
AGCTTTGTAT GGTCTAAAGG TAATGTAAAT GAGAATAATC AAATAGTCTT GTTAGACGAT
AAACCATTGA CAGGTGTTTA TCAGCCTAAG GATGGAATGG TAATAGAAAA TGTAGAAGTA
ATAGGATCTA AGAACATTGA AGCTGAAAGG GAAGGAGAGT TAATAAGATT AAGAGTAAAA
GAAGAAGGCT TATATAAGGG AATCGGCGTA AAGATAACGG ACAATGAGGG CGGTGTTTTT
ACAAGTCCTT TAGTAGATAT TCTTTTTGAT AAGACCGCAC CTAAAATCAG TCTTGACATG
AATGAAGAAG CTTCTTTTAT AACAACTTCT ATAAACTTAA AAGGTAAGGC TGAGGATTTG
GTTGGAATTA CAAAAGTTGA ATATAGCTTA GGAAGCGGAT CCCCTTATGT GAAATTATCT
AATTCATTTA ACGAGAAGAT AAATATAAGC GGACAGGCAG ACGGTCCCAT TGTTGTTACA
GTAAAGGCAA CGGATATAGC CGGAAGGGAA AGCTATGAAA GACGAGTCCT TTATAAGGAC
AGCGAAGCCC CTGAGGTTGT TATGGTGCTA CCTGAGGGCG GAGGAAAAGT AAACGGTTCA
ATATATGCAG CTTTTAAGGT AAGCGATAGG TTTGCCGGAG TAAAGCCGGA GTATAAGGGA
GCAAGTAAGG GTGCTGAATG GCAGAGTTTT GAATACGGTT CCTTACCTAA TCTTATAATA
GGCAGTGCAA AAGAGCCTTT GAGTAAAAAC ATGCAGTTTA GATTTACCGA CCCTGCAGGG
AATTCACGAA GTTTTAACAG TTATAATTTT GACATAGACA ATACTGAAGA TGCCCCAAGG
GTAGATTTAT ATTTACCGAA TGAGAATGAG ATTATAACGA GCGACTTTGA AATATCAGGT
ATGGTCTATG ATGACGATGA AGCGGCCAAG CTCTACTACA AAATAGATAA GGGATCTTAT
AAGTCGATGG ATGTAAAAAA CAGCTTTTCT ATACCCATCT TGTTAAGCGA GCTTACTGAT
AATGAACATG AAATAACCAT GTATGCCGAA GATATTTACG GAGTAACAAG CCAACCCGTA
ACTAGAAAGA TAAGAGTGTC TTTAGGAGAA CCTCAGGTTG GAGTGTCTTA TCCTCTAATA
ACAGACACAG TGCAAGGGGT AAGTTTAATA TCGGGTAGTG CCTTGGATAA AAACGGAATC
AAAAAGGTTG AACTGTCGTT TGATAACGGG CTGACGTATA ACCTTGCAGA AGGCGGGGAA
AAATGGCAGT ACCGTATAAA TACCCATATA ATAAATGACG GAACTCATAT AGTTTTTGTA
AAGGCTACGG ATAATTATGA GCAAGTATGT TTATATTCTA CATCAATTAA CGTAGACAAT
ACGCCTCCTT CATTAAAACT GGAATATCCT CTGGCAGGAT CCAAATTGGA TAGCAACCTT
TTTGTGTCGG GGCGTATATA TGATAATATT TCTCTTGAAG GAGTAATGCT AAAAATAAAG
AGCCTTGATG GAAAGGCTGT GCCTCAAAAA TTATCCGAGA TAAAACTTGA AACAGATATA
ATCCTTTCAA AAGATATAGA TATAAGCTCA TTGCCTGAAG GACGGTATAA TCTTGAAATA
AGCGGAGTAG ATAAGGCAAA TAATACTAAT GAAGTCTCTG TCAATTTTGA TGTTTATAGA
AAGAAGGATA GAAACAGGTT AGAGTTGCTG TATCCTTTAA ACGGCGAGAC GGTAAGAGGG
GAGTTCAATA TATATGGAAG GCTGATAGTA GATAATGCTG TAGAAGAAGC CGCTTTATAT
ATAGACGGAA AAGAACTTGA AAGGGTCTCG GTATCTAAAA CCGGCTATGT TTGTTTTAAG
ATAAACGGTG AAAAGCTTGT AAATGGAGAG CATAGTATTG AGTTAAGGGC AAATCGTGCA
GGTGTCGGGT CTCTTAATTC TGAAGTACAT AAGATAAATT ATGCAATAGA AGGTCCTTGG
ATCACTATTG ATAACTTTGC GATGGGAGAC TTTGCGATAG AAAGACCTTA CCTTAGAGGA
AGATCCGGTT ATACGGTATC TGAAGAAGAA AAGGCTCTGG TGTCTTCAAA GGACGCTACA
TCTGAGGATA AAAGAGCATT TAAGGCAAAG CGTATTAAAT ATGTAGAAAT CAGTTTTGAC
AACGGAAAAA CCTTTTCCCC TGTTAAGTCG ACTGCTAATT GGAAGTATAG ACTTGAGACA
GATGATATGG CTCAAGGAAA TCACTTTTTA TTGTTAAGAG CCGTTATGGA GAATAAAGAA
ACAGCGGTTT GCAGGACAAT AATAAATATA GATAAGACGG CTCCAAAAGT AACCTTGATA
TCGCCCGGAG AAGGAGGCCG ATACAATGGA GCGATTGAGT TTAGCGGCTT ATCTTCTGAT
GACGTAGAGC TGTCGAGTGT AGAAGCTCTT TTAAGGAAGG GAGATAAGGC GAGCTATGGA
TTACCTAAGT TTATACAAGG TTTGCATTTT GAAACGGCCT TTTGGGGCGC TTCTTTGTGG
AATTTAGGTA TAGGATTGAG CTTTTTTGAT GATAATGTAA AGCTGCAGCT TCATTACGGG
CAGTTTTTAC AAAGTCAGTT TAAAGCATTA TACGGTAATC AGCAAATTAG ATACGGAGGG
CATATAATAT CGTTAAAGCT TTTAGCTAAC GTATATGAGC TGCCTTTCGG TTACTATTTT
GGACCCGATT GGAAATGGTT ATATTTGGAT GTGGCCTTGG GTGCACAGTT TTCGCTTTTT
ACAAACACCC AAAGCGGACG TCCTCAAATC TTGTCGGCTT TGCTTACACA AATTGAATTT
CCTCGCGTGA AATTCCATAA GCAAAAATAT TTTAGTTCTT TCTCGATATT TACGGAAGGA
CAGTTATGGT TTATACCTAC CGATGTAGAT TCAAAGAGTA AAAAATCTGC AATCAAATCG
GTTATCCCGC ATATATCCGT AGGTATAAGG GTCGATATAT TTTAA
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| Protein sequence | MKKITIYLLI MFSALSLLYA GGAKDIDSVQ MTNKESWQQS IDISGKKKGK YNVLIKAVDI
AGNEGYVGPF NMYIDPNSDL PIVNISNPKS EAVVVGNINV IGTCVDDDAV DYVELRIDGG
ENIYRAKGKE FWSYYINTEN FEEGTHTIEA WGVDINGVKG KSVKHSFYIN RLSPITSIEN
KSVGELVSGK ITIDGTVEDG NGIERLLYSL NNGENFEEIK LSYNKKTKQS KFSLKLNTKT
IEDGPKVIWF KAIDKQGKIG IYTFLLFIDN TAPLVEFIYP EGDNPTEPVF SVAGKATDLV
GLSSLSWKCN NESGEFELTP GNHYWIKEFD VGKTGAKTAV VEITAKDIAG NIVRAKKTFY
IDQNKGKPVI EMLSPVLDGK FSEDVYIAGA IYDLYGANEV RYRIDKGEEK AIDAFGAGFS
VIERGLSEGA HTLTIYAVNK KGIKGEPLTV KFNVEGKAPV ISFDNGETII PVYTAQTKSS
TSVNVKAASG LKYLSVGFNG EEESVLPVKT GQTDYVIKTN ISGKSAPGIY TVSVTATDMN
DKVGKQTLVI RVVSGAGGEE SFVWSKGNVN ENNQIVLLDD KPLTGVYQPK DGMVIENVEV
IGSKNIEAER EGELIRLRVK EEGLYKGIGV KITDNEGGVF TSPLVDILFD KTAPKISLDM
NEEASFITTS INLKGKAEDL VGITKVEYSL GSGSPYVKLS NSFNEKINIS GQADGPIVVT
VKATDIAGRE SYERRVLYKD SEAPEVVMVL PEGGGKVNGS IYAAFKVSDR FAGVKPEYKG
ASKGAEWQSF EYGSLPNLII GSAKEPLSKN MQFRFTDPAG NSRSFNSYNF DIDNTEDAPR
VDLYLPNENE IITSDFEISG MVYDDDEAAK LYYKIDKGSY KSMDVKNSFS IPILLSELTD
NEHEITMYAE DIYGVTSQPV TRKIRVSLGE PQVGVSYPLI TDTVQGVSLI SGSALDKNGI
KKVELSFDNG LTYNLAEGGE KWQYRINTHI INDGTHIVFV KATDNYEQVC LYSTSINVDN
TPPSLKLEYP LAGSKLDSNL FVSGRIYDNI SLEGVMLKIK SLDGKAVPQK LSEIKLETDI
ILSKDIDISS LPEGRYNLEI SGVDKANNTN EVSVNFDVYR KKDRNRLELL YPLNGETVRG
EFNIYGRLIV DNAVEEAALY IDGKELERVS VSKTGYVCFK INGEKLVNGE HSIELRANRA
GVGSLNSEVH KINYAIEGPW ITIDNFAMGD FAIERPYLRG RSGYTVSEEE KALVSSKDAT
SEDKRAFKAK RIKYVEISFD NGKTFSPVKS TANWKYRLET DDMAQGNHFL LLRAVMENKE
TAVCRTIINI DKTAPKVTLI SPGEGGRYNG AIEFSGLSSD DVELSSVEAL LRKGDKASYG
LPKFIQGLHF ETAFWGASLW NLGIGLSFFD DNVKLQLHYG QFLQSQFKAL YGNQQIRYGG
HIISLKLLAN VYELPFGYYF GPDWKWLYLD VALGAQFSLF TNTQSGRPQI LSALLTQIEF
PRVKFHKQKY FSSFSIFTEG QLWFIPTDVD SKSKKSAIKS VIPHISVGIR VDIF
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