| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_0083 |
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| Symbol | |
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| ID | 3762217 |
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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 | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | - |
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| Start bp | 104344 |
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| End bp | 108048 |
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| Gene Length | 3705 bp |
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| Protein Length | 1234 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637784788 |
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| Product | hypothetical protein |
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| Protein accession | YP_390353 |
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| Protein GI | 78484428 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | TTGAGTAATG TAGATAGACA AGATAATGAG AGTTCGGAGC TAAAATATAC GCCTTTATCT
CCTTTACCAA ATTACAAAAG TTCAAAACAT TATGTTGAAG CCCTTGATTA TGCAATCAAT
CATGACCGCA TATCCAATAT AGCAATTACG GGTAGTTATG GCTCTGGTAA AAGCACGATT
ATTGAGTCTT ACATCGCACA GAATTCTGAA AAGCAATGTA TAAAAATATC TTTAGCAGAG
TTTACGAGCG AGGAATTGGC AACAGAAGTT GGCAGGCAAG AATTAGAGCG TAGTATCCTT
CAGCAACTTT TTTATCAGCG CGATGCATCA ACGTTTCCTG ATTCTCGATT CGATAGGATA
AAAAGCATTA ATCCTATAAA GACCAAAGGC ACGGCTATTT TTATTTTAAT GTACCTAGTG
TTGTCTTTTG TTTTATTTCG TGATGGCTGG TTGAACTCTT TTATTCAAAA TTTCCCGATA
TTTGGAACTT CTGATAAAGA TATTTTTTTA ATATGGAAAT GGTGTTTTTG GGGTGTATGG
GGCTTTATGA GTTTTGTCGG ACTCGGAGCT CTTGTTGACA AGTTTAGAAC TATTAAAAAA
TTATCACTGA AACTACAAAC TATTGGTGAA ATTGCAGTTG ATAAAGATGC AGAAATATCT
GTTTTAAATA AATATTTTGA CGAAATTCGT TACTTTTTTT CCCAAAGTAA AGTAGAAGTC
GTCTTTATTG AAGATTTAGA TCGATTCAAA AAGCTAAATA TAGAACTGTT CACGAAGCTT
AGAGAAATAA ATCTGCTAGT AAATTCATCT CTAAAAGCAT CAGAGAAGAA CCCTAATCAG
GTTAATTTTG TCTATGCCTT AAAGGATGAT CTTTTTACCA AAAACGGTGA GCGCACCAAG
TTCTTTGATT TCTTAATCCC TGTCATTCCG TTTGTAAATT ACTCAAACAC TGGCGCTAAA
CTCCTCAATG GTCTTAAGAA TCATAAAGAG GAGATTGGTA GGGAATTTAT ATTTGAGTTG
TCTCCATTCA TATCTGAAAT GCGCTTAGTG CATAACATTA TTAATGAATT TGAGCTTTAT
CTTCTCAACT TGAGACAGTT TGTTGAAGGA GTTGACGGTT TAATTACCAA GCGAAAATTG
TTTGCTTTTA TCGTATATAA AAATGTATTT CCAGTTGATT TTTCTGAGCT TAATTCGGGA
GAAGGGAAGG TTTTTAACTT GCTTGAGATG AAACCTAAAA TCTTAAAAGA AATTACAACA
GAATTGAATG CTCGCATTGA TGAATTTCAA CGTGACACTA ATGATTCAAA AGAGTTAATT
CACAAGTCTT TGGAAGATAA TAAGTTGTTA TTAGCGGCCA AGCTAATTGA AAAAATTGGA
GTAAACTGGA ATCAGGTTTT TATCGGAAAT AAAAGTTATC AAAAACAGCA AACTTCCCTC
TTTCAGCTTG CTGATGCGAT CATTAAAAAC CCTAAGTTTA AGATAAATAA TTACGGTACT
GAGACTTCAT TAGAAGAAGA GGTTGCGGAC TATCTTCGAA AAGAAAAATT AATTACTTTT
CTAGATCAAA GTAAGGAAGC TCAGATTGAG ATTTCTAGAA TTAGAACCAA GATTAGACAT
TTGAAAGATA AAACATTAGC TGAAATTTTA CAAGACTTTC CCGAAAAACA TAAGAGTCTA
AATGACTGCT TAAAAACAGA TTTTGAAGCT AAAGAACCAA TTGTTGCAAT TGATAAAAAT
CAGCTTTTGA TTAAGTTAGT GAGCGGTGGG TACATTGATG ACAGTTATCA CCATTATTTG
ACCTATTATC ACCCTTCAAG CAAGGTTTCT CTTCCTGATT GGAAATTTAT CTTGCATGTT
CAAGGTAAAG CAAATACAGG CGAATTTCAG GATTATCCAA TTCAGAATGT GGGAGAGGTA
TTTTCTAAGC TTCGACCTCA AGACTTTGAT AGTTCAGCAA GTTGGAATAT CTCATTAGTT
GATTATCTCT TACAGTCCAA TAGTACACAG GCTATCCATT CTCTTGTGGT GGGGTTTGGA
AAAGATGAAG CATCTTTAGA CTTCATCAAA AAGTACTTTT ACTCGAAATC AAACTTTGAA
TTATTGATGA AGCATCTTTC TGGTCACTGG CCACAGGTTT GGGATGAGTT AACTAAGCTA
CAGACTGAGC AAGAAAACTC CGAGATACTT TTAAAACTCA TAGATGATTT AGATTTAAAT
TCTTGGATAG AATTGGCTTC ACATAGTGCA ATAAAAGACG CTATTGAAAA GGATGATGAT
TTTGTTGAAA TTGTCAGACA AGTCAGGGAT GTTGATAATC TAGAAAATCT ATTCAAGGCT
CTTGAGATCA AGTTTTATAA CTTAAATTTG TCCCTTCCGC TTGCCGATAA AGAACAAAAT
TTCCTAAATA TTATCGTTAA GAATGACTTC TACAAAATGA ATGATGAGAT GCTTAGCCTT
ATCATTTTCC TAAGTTGTCC TGAAAGAATC AATGAGTATT CCACTCAGCA ACTTTCTGTT
CTGCTAGAAG GCAGTTGCGA GGTCGTCAGA AAACGTATCA AAGAGGACTT TGATGAATAT
CTTGATGATA TTTATCTACA GCTCGATAAG CCACAACAGG ACTCTGAAGA GTTTTTACTA
CGATTGATGA ATGATAAAAT AATTAACGAT TTGTCATTAA AAGCGAAGTC TCAGATCCTA
GAAAAACAAC TAACAAGGTT TTCAAAAATC GAAAATGTTC AGAATCAGGA ACTGTGGTCG
GATATTTTTG ATTTGGGTAG AATCGAACTA AACTGGGAGA ACGTTGTTAG GTATTTTCAT
TACAGTGAAG CCTCTATTGA TAACGTTTTA CTCTCATTGC TGTCCGATTC AAACTTTGTG
TCTGAGCTGT GTTCAAATAA GATGATTTTG AAAGAATTAG ATGGCTTGGG TGATGAATAT
GAAGGCATTA CTGAAAAGCT AAGTATTGCA CTAATCAATA ACCTTGAAAT TCCTGATAGG
GAGTATCGGG AGGTCGTGAA AAATTTATAC TTTACATGGG ATTCCTACTC TCTTAGTAAG
TTAAATAGAA ATAAGGTTCA AATACTCATT GAAGAACGCT TGTTAAATTT GTCACAGAGC
AACTTAGATG GACTTATTGA ATATGATGAA GACCTAGCGT TCCTATTTAT CGCACCATAC
TTTACTAGTT TTATTCGAAA GTTAATTGAT GGAGAGTTGG AGCTTTCAGA TAGTAGCTTC
CTTAAAGCCG TATTGATTTC AGGTAAGTTT TCAGATGTTC AAAAAACTGA ATTGCTCTCA
GTTGTTTCAG AAGAGGTATT AGCAGAATTA GAAATAGATG CTGAACTGTC GGAAGTATTT
CTGAACTTAA TCGAAACAGA AGAAAAACCG TGGAGTTTCG ATTTATTAGA ACGCTTGATG
GCTACCGATT CTTTGGAACT AGATGAAAAG CTGAATGTTC TCTCTACTCA ACTTAAATAT
ATTACAGATC ACAACTCTTT ACATCGGATG CTGCTTCACC TTGGCAATGG CTACGAAGAA
ATTTTTACAA AAGGAACAAG TTTTGTAACA GTTGAGGATA CACCCTCGTC AAGGAAATTT
ATTAATGCAA TGAAGGAACC TGATAAAAAG TGGATTGGTA CAACAAGGTT CAAGGATGCC
CTTCCAAAAG ATGTGATTCA CATTTATGTT AAAAAGTGGT CTTGA
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| Protein sequence | MSNVDRQDNE SSELKYTPLS PLPNYKSSKH YVEALDYAIN HDRISNIAIT GSYGSGKSTI
IESYIAQNSE KQCIKISLAE FTSEELATEV GRQELERSIL QQLFYQRDAS TFPDSRFDRI
KSINPIKTKG TAIFILMYLV LSFVLFRDGW LNSFIQNFPI FGTSDKDIFL IWKWCFWGVW
GFMSFVGLGA LVDKFRTIKK LSLKLQTIGE IAVDKDAEIS VLNKYFDEIR YFFSQSKVEV
VFIEDLDRFK KLNIELFTKL REINLLVNSS LKASEKNPNQ VNFVYALKDD LFTKNGERTK
FFDFLIPVIP FVNYSNTGAK LLNGLKNHKE EIGREFIFEL SPFISEMRLV HNIINEFELY
LLNLRQFVEG VDGLITKRKL FAFIVYKNVF PVDFSELNSG EGKVFNLLEM KPKILKEITT
ELNARIDEFQ RDTNDSKELI HKSLEDNKLL LAAKLIEKIG VNWNQVFIGN KSYQKQQTSL
FQLADAIIKN PKFKINNYGT ETSLEEEVAD YLRKEKLITF LDQSKEAQIE ISRIRTKIRH
LKDKTLAEIL QDFPEKHKSL NDCLKTDFEA KEPIVAIDKN QLLIKLVSGG YIDDSYHHYL
TYYHPSSKVS LPDWKFILHV QGKANTGEFQ DYPIQNVGEV FSKLRPQDFD SSASWNISLV
DYLLQSNSTQ AIHSLVVGFG KDEASLDFIK KYFYSKSNFE LLMKHLSGHW PQVWDELTKL
QTEQENSEIL LKLIDDLDLN SWIELASHSA IKDAIEKDDD FVEIVRQVRD VDNLENLFKA
LEIKFYNLNL SLPLADKEQN FLNIIVKNDF YKMNDEMLSL IIFLSCPERI NEYSTQQLSV
LLEGSCEVVR KRIKEDFDEY LDDIYLQLDK PQQDSEEFLL RLMNDKIIND LSLKAKSQIL
EKQLTRFSKI ENVQNQELWS DIFDLGRIEL NWENVVRYFH YSEASIDNVL LSLLSDSNFV
SELCSNKMIL KELDGLGDEY EGITEKLSIA LINNLEIPDR EYREVVKNLY FTWDSYSLSK
LNRNKVQILI EERLLNLSQS NLDGLIEYDE DLAFLFIAPY FTSFIRKLID GELELSDSSF
LKAVLISGKF SDVQKTELLS VVSEEVLAEL EIDAELSEVF LNLIETEEKP WSFDLLERLM
ATDSLELDEK LNVLSTQLKY ITDHNSLHRM LLHLGNGYEE IFTKGTSFVT VEDTPSSRKF
INAMKEPDKK WIGTTRFKDA LPKDVIHIYV KKWS
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