| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TDE1011 |
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| Symbol | |
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| ID | 2740991 |
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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 | 1038241 |
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| End bp | 1041462 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637159885 |
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| Product | hypothetical protein |
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| Protein accession | NP_971620 |
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| Protein GI | 42526522 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1452] Organic solvent tolerance protein OstA |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 32 |
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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 | ATGAAAAAAG CTTTGCAGGG TTTAATCTTT TTTATGTTTC TCTTTTCGGT AAATATTTTA
CAGGCTGATG AAAAAACCGG AAAGAAAATA AAGGTTACTA TTAACTCTGC AGAACTTACC
GAGTATGTAA AGGTTCCGTC TGCTCCTATA ACCGAGCTTC CAAACGCAGA TTCTAAAGAC
AATATAGATA AGGCTGAAAA TTCCGAACTT GGAAATAAAA CCGAAACAGA TTCTTCAAAA
GAAAAGAATA TAAAAAAAGA TGAACTGATT ATTTTTACAG GCTTTGTTTC AATTTCCGTT
TCGGATGAAA CTTCCGTTTC GACAATTACT GCCGATAAAA TAATTCATAA CAAGACCCGT
GAAACCTTGA CTGCAATCGG AAATGTTGTT TATACCCGAA AGATCGGATC CGATGAAGGT
GAGAGTTTTA GAGGGGATGC TCTTATTTTT AATATTCAAA AACTGGAAGG AGTCTTTGTT
GACGGAATTA TATCGCAGGC TCCTGCAAAA AAAAATCAAG ACCCTTTTAG AATTCATACA
GGCCTTGCCG GAAGAAATGA GAGCGGTGCC ATAACTTTTA AGGATGCCCT GCTTACGACA
AGTAAAGAAG AATACCCCTT GTGGTCTATT CGGGCAAGCC GCCTTTGGAT TTTACCAGGA
AACGAAATGG CTTTTTTTAA CGGGTTTTTA TCTGTCGGAG TTGTACCTAT CATGTACTTT
CCCTTTTTTT ATTATCCTTC AGATGAGATG CTTTTTCACC CTGTCTTCGG TTTTAAAAAC
AGGGAAGGAG CTTTTGTTCA AACTACTACC TATATTCTGG GGCGTAAGCC TGCACCTAAA
AGCGATGAAG CTACTTCGTT TTCCAATTTT ATGCAAAGCG ACACGGTAAA AAAACAAAAG
CTGGAAGGTT TGTTTTTTAA AAAATTGGAT GAGCCGGCTT CCGATACCGG AGGTTCGTAT
TTAAAACTGA TAGCGGATGC TTATTCGGGG CTCGGTTATT TGACAGGACT TGAAGGAAAA
TTTACTCCCA AAAAAGGATA TGTAAAACAA ATTGATTTTC ATGGATTTTT AGGTTTTTCT
TATACCCTGT ATCCGAGAAC CGGCCTTCTG TTTAGTCAAT ATGGAGATCC CGGTAAAGAA
AAAGCTATAA ATAAGGCAAA CCTTTTCGGT GCAATCGTAC CCTTCAGATA TAATTTCAGC
TTTAATATGA GTATGACAAA AAGCCCGTTC AATGTTTCGG TTTTATTTCC GTTTATTTCG
GATCCTTTTT TTAAAAAAGA TTTTATGGGC AGAAGTGAAG ATATGAACTG GTTTAAATAT
TTTTTAAACA AGGATAAGCT GGCAGCTGCC GAAGATACTA CATTGGAAAA TTTTTATTCA
TGGAAGGTAG ACGGTTCGAT CAATCCGAGC TTTTCCGTAT TAAAACCTTG GATAAGTTAT
ATGTCTCTTG AGGCTTTTTC AGGGAAACTT AATTTTGAAT CAAAGAAAAA TGAAAGCCTT
AGCGGAAACG ATGCTTTATA TGCTCCGGAC AGATTATTTT ATTACCCTAA AAATATTTTA
CCGGAATTAA GAGCCGGCCT TGGCGGTACT ATTTTTTCAA CATCTATGCT GTCTCAAAAA
AAAGAAAGAA AACAAACACA AAACATAACA GGTATTAAAA ATCCTTTTGA AGAAGAGTCA
GGCAAGGATA AAAACGATAA AGCAACGAAT GAAGCTCCGG CTTTTTCCGT TGACCTGTTT
CCTGCATATA AAATTGACGG TGTAAAAACC AATCGTTTTT CGAATTTAAT AAACTATGAT
TTAACCTATA AACTAAACGG CTTTGCATCT CAAGATATAG TTTTTAATCA TGAAGATTGG
AAAAAGCCTT TTGACATTAA CTGGTCCGAT TTTTATTCAT CCTATTATAA ATTAAGCGGA
CAGGCTAAAA TTGACAGCCG TCTTTCGTAT AATCAAGGCT TTTTAAATCT ATCAAATTCA
ATTGAATTAA ACGGCAATAA TCAAAAACAT ATATGGCATA AAGACAATAC GGAGCTTGAT
AGGCTTCAGT TAAATAATTA TAAATTAAAT GTTTATAGCA TAAATAATTC GAACAGTTTA
AAACTTAGTC CGTTTATTTC CAACGATTTA TTTAAACCAA CCTTTGTTGA ATGGTCTATT
TCGGAAACCC TTCTTCAAAA TAAATTTATC GGAACAGTTG CCAATCCCGA GTGGAAAACT
GTTCCTGTAA AATGGGACAA GGAATATATT AAAACTCATG TTGCATCTGC AGGTTTTGGA
ATAAATTTTA AAAATTATAC CCAATTGATT ACCACATCCA TGAATTTAAA TCCTCTTTTG
GAAGCCTATT CCTTTGTAGG GAGCTTTGCT TTTCCTTACG GCAAACTTAA TATTTCTACA
AGACTATTTG AAAAAGAAAA TAATGCAAAA AAACGGTTTT GGGATCCGCT CAATATCGGT
TTAAGTTTTT CGTTGCCTTA TAATATTTCG TTAAGTCAAT CCTATGTTTA TAATATTGAA
GAAAAACGAA GTGAGAGATA TGCCGCTTCT TTTTCATGGA AATATATGTC GGCAGTTTAT
GCAATGAATT ATGAAAATCC TTATAAATTA ATTTCGGGTA CGGGGTGGAC AGCTTTACCT
TATAAAAAAT TTATTCCGAG ATCGTTGGAT ATAAATTTTT CCAACTCATC ACAACCTATT
GAAATTTATG CTTGGAAAAA CAGAATTAAA TTGGAATTTT CATTTAATTC GTCTCTTAAT
TTTAATTTGA TAAGAGTAAC GGATTCTTCA TTTTCATTTT CTCCTAAACT CGTTTTTAAA
ATACACGAAT TTTTGGATAT AAGTTTTAGT GCCGTTTCCC GCAATGATGT TATTGCAAGA
TATTTTCAAG ACTCGCTTAA TCTTCCGATT GTTATCCCCG GTGAAAAAAA TATTTTTAAG
GACCTGATTT CTTCTTTCTA TTTTTGGGAT GAAAATGCAA GATTGCAGTC AGGATTTAAA
TTAAAATCTC TTAGCCTTGA TTTGACCCAC TATTTAAAAG ATTGGCTAAT GAAATTTTCA
TATTCCGTAA AACCTGTGTT GCGTACGGGT GCGTCAAGAA AATATTATGA ACTGGTGCCT
ACCGTAACAT TTTTTGTTCA GTGGAATCCG ATAGGAGATA TAAAGGTTCA GGCAAAAAAA
GAAGACAATG TTTTTTCGGT AACAAGCGGC GAAATAAAGT AA
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| Protein sequence | MKKALQGLIF FMFLFSVNIL QADEKTGKKI KVTINSAELT EYVKVPSAPI TELPNADSKD
NIDKAENSEL GNKTETDSSK EKNIKKDELI IFTGFVSISV SDETSVSTIT ADKIIHNKTR
ETLTAIGNVV YTRKIGSDEG ESFRGDALIF NIQKLEGVFV DGIISQAPAK KNQDPFRIHT
GLAGRNESGA ITFKDALLTT SKEEYPLWSI RASRLWILPG NEMAFFNGFL SVGVVPIMYF
PFFYYPSDEM LFHPVFGFKN REGAFVQTTT YILGRKPAPK SDEATSFSNF MQSDTVKKQK
LEGLFFKKLD EPASDTGGSY LKLIADAYSG LGYLTGLEGK FTPKKGYVKQ IDFHGFLGFS
YTLYPRTGLL FSQYGDPGKE KAINKANLFG AIVPFRYNFS FNMSMTKSPF NVSVLFPFIS
DPFFKKDFMG RSEDMNWFKY FLNKDKLAAA EDTTLENFYS WKVDGSINPS FSVLKPWISY
MSLEAFSGKL NFESKKNESL SGNDALYAPD RLFYYPKNIL PELRAGLGGT IFSTSMLSQK
KERKQTQNIT GIKNPFEEES GKDKNDKATN EAPAFSVDLF PAYKIDGVKT NRFSNLINYD
LTYKLNGFAS QDIVFNHEDW KKPFDINWSD FYSSYYKLSG QAKIDSRLSY NQGFLNLSNS
IELNGNNQKH IWHKDNTELD RLQLNNYKLN VYSINNSNSL KLSPFISNDL FKPTFVEWSI
SETLLQNKFI GTVANPEWKT VPVKWDKEYI KTHVASAGFG INFKNYTQLI TTSMNLNPLL
EAYSFVGSFA FPYGKLNIST RLFEKENNAK KRFWDPLNIG LSFSLPYNIS LSQSYVYNIE
EKRSERYAAS FSWKYMSAVY AMNYENPYKL ISGTGWTALP YKKFIPRSLD INFSNSSQPI
EIYAWKNRIK LEFSFNSSLN FNLIRVTDSS FSFSPKLVFK IHEFLDISFS AVSRNDVIAR
YFQDSLNLPI VIPGEKNIFK DLISSFYFWD ENARLQSGFK LKSLSLDLTH YLKDWLMKFS
YSVKPVLRTG ASRKYYELVP TVTFFVQWNP IGDIKVQAKK EDNVFSVTSG EIK
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