| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TRQ2_1811 |
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| Symbol | |
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| ID | 6093262 |
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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 | Thermotoga sp. RQ2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010483 |
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| Strand | - |
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| Start bp | 1834430 |
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| End bp | 1839034 |
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| Gene Length | 4605 bp |
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| Protein Length | 1534 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 642489008 |
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| Product | alpha-2-macroglobulin domain-containing protein |
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| Protein accession | YP_001739825 |
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| Protein GI | 170289587 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0726728 |
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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 | ATGAAGAGAT TGATTTTCTT GGTTTTTCTT CTGATCAGCT TCAGCCTTTT TGGAGGATAC
GCCTATTTCT CTAGATATCC TGTTCTGCAT CCAGATGAGG GACTCTTCTT TGTGATCTCA
GATCTGGAGG ATGTCACCCT GAACGTGTGG AAGATAAGTG AAGAAGACTT TTTGAAAGCA
GTTTTTGATC CAGAAAACTT CAACTTCTCG CTGTTAGAGA TAACACGTCC TATCTACAGT
AAAAAGTTCT CCTCAGAGGA GTGGAAAGAA TTCTCATTTC CACTGAAAGA CAGGGGATTT
TACTTTGCGA CTCTGGTTTC CAACGAGGGG ACGGTTTTCA GAAAGGTGAT GGACAGGGGC
CTGTTCATCG TCACCGATCT GGAGGTGATT TACTTTTCCG ACAGCGAAAA GCTGAGGCTC
CACGTGTTCG ACTCAGACGG TGATTTTGTG GAAGGAGCGG AGGTCCTTCT CTTTGAAGAT
TCGAAACTGA TCGACAGAGT TTTCACCGGC AAAGACGGGG TCGTTTCTAT CACGAAACAC
TTCGACACGT TCTACATCAG GTACGGGGAC TCTCGATTTT TGGGAGGGGT GTACTTTTCA
GGTGGAGGGC TTGAAAGAGA AAAGCTTTTC TTTGTCACAG ACAGGCCGAT CTACAAACCT
TCCGACACGG TCCACTTCAG AGGTCAGATC TTCTCTTTTG AAGAGGGTCT CTACAGAGCC
TTTGAGAAAA CGAAAGTAAC CGTTTCCATT TTCGACACAA AGAACAACGA AGTTTACAGA
TCGGAGCTTG AAACCGACGA GCTCGGTGGA TTCAACGGTT TTATGAAGCT TCCAGACACA
GCCCCGGTCG GACTCTACAG GGTGAAGGTC GATCATGGAG GAAGACGCTA CTACGAATAT
TTTCTGGTGG AAGAATACAG AAAGCCCGAG TACAAAGTCG AAATCGAAAC GGATAAAGAC
TTGTACATAT CCGGCGAAGT TGTGAACTAC CTTGTCAGGG TGAAGTACTT CAACGACCAG
CCTGTTGCGA AAGCGCAGGT TGCCTACTAC GTTCGAGCCT TTCCAGAGGA AGGAAGCGGA
TATCTGGTTT ACAGGGGAAC GGACTTCACA GACGAAGAGG GAAACCTCAG ACTCGGTGTG
AAAACAGAAG AAGGATTTCA GGGGTTCTAC CGGCTGGAGG TGATCGTGAC GGATGAAAGC
CAGCGTCAGA TTGAGGAAAC AAGGTCTGTG AAGGTGTACG CAGACAACGT TCTGATATCT
CCGATGAATC GGTACGTTTC CACCTCACCG GGCAAGCAGG TGAGGGTGAA GGTGAAAGTG
ACGGATCTTT CCGGAAATCC TTTAGATGGA CTGCTCACCG TCTCTTCTGA AGATTCAACG
AGCACGGTGG TTGTGGAAAA CGGTGAGACG ATCGTCACTT TCACTCCAAA AGAGCCAAAA
AGTTACAGAA TAGAACTCTC CTTCGGAAAG GCGAAAACTC ACCTCTACGT GTACGCTTAC
TACGGTGCAG GAACAAGCAG TGAGTTCGTC ATTAATCCAG CAACGAACAC GGTGAAACCT
GGAGATGAAC TTTCGGTTCA GATCCTTGCA CCTGGTAAGG TGATGGGAGT TCTGGGAATC
GTCTCAAACA GGGTTTACGA CACTATTCCT GTCTCCTTCA CCGGGTCTGT CAACCTGCGT
GTCAGAATAC CGAAAGATAT CCCTGAGAAG AATCTCTTCC TCAGCTTCAT AGGACTCGAC
GACAATGGGC GTATCTACAA GCTGGAAAGA CTGAACGTTC TGCTCGACAC GAATTTCACC
ACCATGAAGA TTCTGTTCGA CAAGGATCAG TACGAACCTG GAGAAATGGC ACAGATCACG
ATCGAATCGA ATGTGGACAG AGTCTGTCTT TTCCTCGTTG ATGAAGCGAT ATACGCCATG
GTTGGAGCAG AACCACCGGT GCTCGAAAAC TTCCTCTATC CTCACATGAA CTATCCCCAA
ACAAGAGGAG GATTTCCGCA TTACTGGAGA CTCTATGTTT CAAGGGATTC GTTCCGAAAC
AAACTCGCTT CCCTCCCGGA GGAGAAGACC TTCGCCGATT TCAAACAGAA CGCCATTCCA
TCTAAGTTGA ACGTCAGGGA GTACTTCCCG GACACGGCCC TCTGGATTCC TTCACTGGAG
CTTCACAACG GAATCGCGAG GGTGAGCTTC AAGGTCCCAG ACAGCATCAC TTCTTTCAGG
GCAACGGCCT ACGGTTTCTC AAAGGATCGA TTCTCCCAGG CAGAAAGCGA AATGGTCGTT
TCCAAAAAGT TCTATCTGAT GCCTCACCTT CCGTCTTTTT TGAGGGAGGG TGATGTGATA
AAAATATCCG CAACCGTTTT CAACAGGACT TCGAAGACGC TTCCGGTTCA ACTCATGGTG
GAACTTCCCG AGAACATAGA ACTCCTCGAG GGGAGTTCCT CAAGACGCTT TTTGATGGAG
GCGAACTCCT CACACACAGA GACCTGGACA GTGAAGGCTG TCTTTGCTTC TGAAGGAAGT
TTTGTGAAAT TTACTGCGGT TGGAGGTGAT CTGAGCGACG CGGTCTCCAT GAGACTGCCC
GTTGAAAGAT TCGCTTTTGA AAGGGAATTC TACCGCATCA TGCTCTTGGA CGGGAAAGAG
ACGCTGAAGA TCCCGGAGCA GTTCATCTCA TCGAGGATAA GGTTTCTGGA CAGCATCGTT
CCGCTCGTCG AGGATAGCCT GAAAAGGCTG GTAGACTTCC CGTACGGTTG TGTCGAACAG
ACCATGAGCC GGTTCTTCCC GGCCGTGGTT GCAGCAAGTG TAGGAATAGA GGTGGAGAAC
CTGGAAGAGA TCATCCAGAG GGGGCTGTTC AGACTCTACT CCTACCAGCA CAACGATGGC
GGTTGGGGAT GGTTCAGATT CGACGAATCC GATGACTTCA TGACCTGCTA CGTGATGGAA
GGGCTGTACT TCACCATGAA GGCGGGATAC GATGTCGCAG AAAGCGTCCT GCAGAGAGGA
ATAGAGTATC TCAGGGAACA TCCGTCGGCC TACGGATCGT ACGTTCTCGA TCTGTACGGA
GTAGATCACG AGCCGTTCAG GCCAGAAAGC GAAGTGGATC TGGTGTTTCT GAGTTTGAGT
TCAAAAGAGG CTCTGAAACA GCTGATGAAC TACGTCGTCC AGGACGAGCA GAAGGCCTAT
CTGAAAATAT CTTCCGATAA CCCCCTCATC AGTGAAATCC AGCTCAACAG CGTTTTCCTC
AGGGCTCTTG CAAAGTGGAA AGAATTTCCG GAACTGGTAA GAAAAGTGAC AAATTACCTT
CTCTTGAAAA AAGACAGCGC TTTCTGGACT TCCACAAAGG ACACGTCCTT TGTTATTCTG
GCTCTCCTTG AGGCGATGCC GGAGTACGCT TCAACCACAC TGAAAGTCAT CAACTCCGAA
AACACCTTCG AACTGAAGCC AGGTGAAGAA AGCTCCCTCG TTCCCGGTTC ACTGACCGTC
TCTGGAAAAG GCATTGTGGA AGTGGAGGTA GTTTACATCG AAGTTCCGAA AGAGGCTGTG
AGCGAAGGTT TGAAGATAAA AAGAGAATTC TACAAAAGGT ACGAACTGCT CATAGAGGAG
AATAAAATGA TTGTGGATGC CTTCGTGCCG ATCGGGAGAG GATACGTACC ACACTCGATA
CACCCTGTCG AGAAAGAACA AAACGAAGAA CTCTACATCC TGCCGTACAA GTACTGGAAG
AAGACAATCG AATACAGAGG ATTTCCCCTC GAGATAGACG GTGCAGAAGT GAAAATAAAA
GGAGAGACTT ACACGTTCTT CAGGATCGAA ACGTTCAACG GCCTGATTCT TGTAGTTCTC
AGAAACGAAG CGCTCGTCTA TGATACGGAA AAGAACACTA TCACCAGGTA TCTGGATGTA
ACAGACGCAG GTTTCATGAG AAGTGGTCCT GTTTTTCTCA TGAAGGGATT CGTGCTGGTC
GGTGATGAAA AGATACCCGT TCCTGAAGAC GTTACGGGGC TGTCCTGCAC GATGGATGAG
ATCCTGCTGA GGGGAGAAAA CAAAACGTAC TGGTACAGGA ACGGAGAGTT CGTGGATCTT
CCGTTCGTTG CCAGAAGGGT ATTCTTCTGG GATGGGAAGA GGCTGGTTGC AGAGAGCATA
CGCTTCAGCG GGTCTTCAAA GACTCTTCGG AACAGAGTTT TCGAGGTGGT CTTCGATGTT
GAAGATGTGA GGATAGAGTT GGGAGACATA ATCAAAACGG TGGTGAGGGT TGAGGGAGAT
GGAAATTATC TCATAGTGGA GGATTTCATC CCGTCCTGCG CGCAGGTGCT CTCGAACTAC
AGAGAAAAAG GGATCGAGGA AAACAAGTTC TCGTACAGCT GGTACTTTTC ATGGAACGCA
TGGTACTCTG GAAGGGAGAT TCGAACGGAC AGGGTTGCGC TCTTTGCCAG ATACCTTTAC
GGTGATAGCT TTGACTACGT CTGGAGGGCG ACTGCAGAGG GGGTGTTTCA TCTTCTTCCG
GCACGGGTTT ATCCGATGTA TTCTCGTGAT CTCTATGCTC ATACAGATCC AGATGTGCTT
TTCATCGGGG CGGATTTTAT CGATGGAAGA GATGATCAAC CTTGA
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| Protein sequence | MKRLIFLVFL LISFSLFGGY AYFSRYPVLH PDEGLFFVIS DLEDVTLNVW KISEEDFLKA
VFDPENFNFS LLEITRPIYS KKFSSEEWKE FSFPLKDRGF YFATLVSNEG TVFRKVMDRG
LFIVTDLEVI YFSDSEKLRL HVFDSDGDFV EGAEVLLFED SKLIDRVFTG KDGVVSITKH
FDTFYIRYGD SRFLGGVYFS GGGLEREKLF FVTDRPIYKP SDTVHFRGQI FSFEEGLYRA
FEKTKVTVSI FDTKNNEVYR SELETDELGG FNGFMKLPDT APVGLYRVKV DHGGRRYYEY
FLVEEYRKPE YKVEIETDKD LYISGEVVNY LVRVKYFNDQ PVAKAQVAYY VRAFPEEGSG
YLVYRGTDFT DEEGNLRLGV KTEEGFQGFY RLEVIVTDES QRQIEETRSV KVYADNVLIS
PMNRYVSTSP GKQVRVKVKV TDLSGNPLDG LLTVSSEDST STVVVENGET IVTFTPKEPK
SYRIELSFGK AKTHLYVYAY YGAGTSSEFV INPATNTVKP GDELSVQILA PGKVMGVLGI
VSNRVYDTIP VSFTGSVNLR VRIPKDIPEK NLFLSFIGLD DNGRIYKLER LNVLLDTNFT
TMKILFDKDQ YEPGEMAQIT IESNVDRVCL FLVDEAIYAM VGAEPPVLEN FLYPHMNYPQ
TRGGFPHYWR LYVSRDSFRN KLASLPEEKT FADFKQNAIP SKLNVREYFP DTALWIPSLE
LHNGIARVSF KVPDSITSFR ATAYGFSKDR FSQAESEMVV SKKFYLMPHL PSFLREGDVI
KISATVFNRT SKTLPVQLMV ELPENIELLE GSSSRRFLME ANSSHTETWT VKAVFASEGS
FVKFTAVGGD LSDAVSMRLP VERFAFEREF YRIMLLDGKE TLKIPEQFIS SRIRFLDSIV
PLVEDSLKRL VDFPYGCVEQ TMSRFFPAVV AASVGIEVEN LEEIIQRGLF RLYSYQHNDG
GWGWFRFDES DDFMTCYVME GLYFTMKAGY DVAESVLQRG IEYLREHPSA YGSYVLDLYG
VDHEPFRPES EVDLVFLSLS SKEALKQLMN YVVQDEQKAY LKISSDNPLI SEIQLNSVFL
RALAKWKEFP ELVRKVTNYL LLKKDSAFWT STKDTSFVIL ALLEAMPEYA STTLKVINSE
NTFELKPGEE SSLVPGSLTV SGKGIVEVEV VYIEVPKEAV SEGLKIKREF YKRYELLIEE
NKMIVDAFVP IGRGYVPHSI HPVEKEQNEE LYILPYKYWK KTIEYRGFPL EIDGAEVKIK
GETYTFFRIE TFNGLILVVL RNEALVYDTE KNTITRYLDV TDAGFMRSGP VFLMKGFVLV
GDEKIPVPED VTGLSCTMDE ILLRGENKTY WYRNGEFVDL PFVARRVFFW DGKRLVAESI
RFSGSSKTLR NRVFEVVFDV EDVRIELGDI IKTVVRVEGD GNYLIVEDFI PSCAQVLSNY
REKGIEENKF SYSWYFSWNA WYSGREIRTD RVALFARYLY GDSFDYVWRA TAEGVFHLLP
ARVYPMYSRD LYAHTDPDVL FIGADFIDGR DDQP
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