| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TRQ2_1209 |
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| Symbol | |
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| ID | 6092645 |
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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 | 1241342 |
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| End bp | 1244209 |
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| Gene Length | 2868 bp |
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| Protein Length | 955 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 642488405 |
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| Product | single-stranded-DNA-specific exonuclease RecJ |
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| Protein accession | YP_001739236 |
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| Protein GI | 170288998 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0608] Single-stranded DNA-specific exonuclease |
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| TIGRFAM ID | [TIGR00644] single-stranded-DNA-specific exonuclease RecJ |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00300001 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGAAAAAGT GGGAACTTTC ACAGCCTGAT GAAAAGGCTG TGTCAGAGAT TTCTCAGTAT
TTTGGTCTCA ATGAAATTGC ATCGAGAATA CTCGTAAACA GAGGCTTCAC TACCAGGGAA
GCGGTAGAGG CTTTTCTGTT CGTCAATGAA TCCCACCAGC ACGATCCCTT CCTCTTCAAC
GATATGGAGA AAGCGGTTGA AACCCTGCTT GAAGCCCGAT CCAAGAACGA ACTCGTTCTG
ATCCACGGAG ACTACGATGT GGATGGTATA ACTTCAACCG TTATGTTGAA GGAATTCCTC
GAGGAGAACG GCTGGCGTGT TGATGTTTAT ATTCCCCACC GTATCGAAGA GGGATACGGT
ATCCAGCCAG AAAACATCTC GACCTTTAAA GAAAACAACG TCTCCTGTCT TGTAACGGTT
GACTGCGGAA TAACCGCGCT GGATTCGGTC GCTCTCGCGA AAAAATTCGG AATGAAAGTG
ATCGTCACGG ACCACCACGA GGTGAACGGC GATCTTCCCC CCGCCGATGC CATTGTGAAC
CCAAAAGTAC CTGGAGAGAA CTACCCATTC AGAGATCTTG CAGGTGTCGG TGTAACTTAC
AAACTCGTCC AGGCTCTTTC TGAAGCGACC AATTATCCCC ATCCCGAGAG ATTTTTGGAG
CTGGTAGCTC TTGGAACGGT CGCCGATATG GTCACCCTCC TCGACGAAAA CAGATACTTC
GTGAAAAAGG GAATAGAGTT ACTTGCGAAC ACAAAACGTG TAGGTTTAAA GAGGCTTCTG
GAAAGACTCG GACTGAGAAA TCTCACATCG CACGATATAA GTTACAAAAT AGCTCCTCGT
CTCAACGCCG CGGGCCGTAT GGGGAGTGCC AACGACGCCT TCAATTTACT GATAATGAAC
GATCCAGCGA AAGCGGACGG TGTTGTGGAT AGATTGATGG AGCTGAACAG TATCAGAAGG
AAAACAGAAT GGGCGATATA CAAAGAAGCA ATTGAAATAA TCGAGACAAA CGACCTGTGG
AAAGATCCCG TCATAGTCGT TGCAAAAGAA AACTGGCACG TGGGAGTCAT CGGCATAGTC
GCTGCCAAAC TGGCAAATCG TTATGAAAAA CCCGTTGCAG TCGTCTCTCT GGACGAAAAG
ATAGCGAAAG GTTCCATAAG GAGCTACAAC GGTTATGACA TAATGAACAT TTTCAACGAA
GATATTCTCA AAATATTCGA GGAGATAGGA GGTCATTCCT CGGCGGTTGG CTTCTCCTTG
AAAAGAGACC AACTGGAACC GTTCAGGGAT TACATCAGAA ACATTTCTCT GGAAGAACGA
GAAGAGAAGG TAATCGTTGA TGCTGAGGTC AGAATGGAAG ATATCGATGA TCGCTTCATT
GAAGACATAA AAAAACTCAT GCCCTTCGGC CAGGGAAATC CGGAACCTGT TCTTCTCTTC
AAAGACGTCC TGGTAGAAAA GATCCATTTC TTTGGAGAAG ACGGCAGCAA CGTGTTCCTT
CACCTGAAAA ACGGTGAAAA GAACCTGGAA GTTGTGGGAT ACAATTTCAA GAACCTTTCG
AGTTCTCTTT CTACATTACC AGTAACTCCC ACCAGAGGAG ACGTTGTGGT GAATCTGCGC
CCCATGGGAA ATGGAGTTTC TTACTATCTC ATCTCGTTGG ATGTGAAACC TGTTTTCTCT
GTAAAAAACA GAGAAGTGAG TCATATACTG AGTAGATCTA AGGAAGAAAG AACACTGATA
AAGGTACCTT ACCCATCAAA AACAAAGCTT CTGCTTTCCA TAAAGGAAGA GCTTCGGGGA
AAACTGGCGA TCGTTTCTTT AACGAACGCT ACGACTCAAA ACATTCTGGG GTGCCTTTCG
AGGTACTACA CCTCCAGAAA CTTGGGATTT GTAAATTCCA CCTTTTCTAA GGAAGAAGAA
AGCGATATTG TTCTCTTCAC CCTTGCTGGT TTTCTGAAAA AACACCGTCT GGATGAGTTT
GATGTCTTTG TGGTGAACGA GTTCCAAGAT TTTCTGGCGC ATCGCGACAG CGAACTGGTC
AAAAGCTTCC TAGACATAGT CGACAAACAC CCGGGAAAAT TCATCTTCGT TGCCTCGATG
GAACACCCAG GGTTGGAAGA GTTTCTGAAA AAGGAAAAAT ACGATGTCGT TGAGCTGAGA
ACCGGCGAAC CTGAGGAATT TCTGTTCTCC GATCAGAGAA ATTCTTTCGA CTTAGGTTCT
CTTGTGGACG CTCACAGTTT CGCGGTGGTT GTTTCTGAGA AAAAACTCAT ACCAGATCTT
TATCGGAAGA TTGGCAAAGA TGCAATCGTT TACTACACAA GCATGGACAT GGAAAAGAAA
ATAAAGGCAA TCGGCTTGAT GGAAAGTGGT TCTGCTCGAA AAGCGATCAT CACAAGCAAC
ACCGATGGGC TTCCGACCCA CATAAAAGGC GATATCTTCT TTTACGACTT CCCGCTCAGC
ATTTACGAAA TAGTGGATCT TTTGAGAAGA AAATCGGTGG TTAACCTCTG CTACTCTTCC
TCCGACATTG AAAAGCGTCG ATACGAGCTC AACAAGCTGT TTCCAGATCG TGAAAAACTA
AAAGAAATAG CGATCACAGC GATGAATCTG AAAGACAAAG AAAAACTGGA GAAGATTTTG
GAGAGCGAGT ACGATCTGAG CAGCGCCACT CTGAGAAAGA TTTACCTGGA CCTTCTGGAA
GAATCCGGGT TCAACTTCGA TAGATGGAGT TTTTCGGAAG ATGAAAGGAT ACCTTGGAGA
TTGCTTGAGA GAGAGCTCGA AATAGCCCAG TTCGAAAGGA CGGTTTCCGT TCTTTCAAAG
GATCTGAAGT GGATATTCAA CTTTTTCAAG GATACGGTGG TAAAGTGA
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| Protein sequence | MKKWELSQPD EKAVSEISQY FGLNEIASRI LVNRGFTTRE AVEAFLFVNE SHQHDPFLFN
DMEKAVETLL EARSKNELVL IHGDYDVDGI TSTVMLKEFL EENGWRVDVY IPHRIEEGYG
IQPENISTFK ENNVSCLVTV DCGITALDSV ALAKKFGMKV IVTDHHEVNG DLPPADAIVN
PKVPGENYPF RDLAGVGVTY KLVQALSEAT NYPHPERFLE LVALGTVADM VTLLDENRYF
VKKGIELLAN TKRVGLKRLL ERLGLRNLTS HDISYKIAPR LNAAGRMGSA NDAFNLLIMN
DPAKADGVVD RLMELNSIRR KTEWAIYKEA IEIIETNDLW KDPVIVVAKE NWHVGVIGIV
AAKLANRYEK PVAVVSLDEK IAKGSIRSYN GYDIMNIFNE DILKIFEEIG GHSSAVGFSL
KRDQLEPFRD YIRNISLEER EEKVIVDAEV RMEDIDDRFI EDIKKLMPFG QGNPEPVLLF
KDVLVEKIHF FGEDGSNVFL HLKNGEKNLE VVGYNFKNLS SSLSTLPVTP TRGDVVVNLR
PMGNGVSYYL ISLDVKPVFS VKNREVSHIL SRSKEERTLI KVPYPSKTKL LLSIKEELRG
KLAIVSLTNA TTQNILGCLS RYYTSRNLGF VNSTFSKEEE SDIVLFTLAG FLKKHRLDEF
DVFVVNEFQD FLAHRDSELV KSFLDIVDKH PGKFIFVASM EHPGLEEFLK KEKYDVVELR
TGEPEEFLFS DQRNSFDLGS LVDAHSFAVV VSEKKLIPDL YRKIGKDAIV YYTSMDMEKK
IKAIGLMESG SARKAIITSN TDGLPTHIKG DIFFYDFPLS IYEIVDLLRR KSVVNLCYSS
SDIEKRRYEL NKLFPDREKL KEIAITAMNL KDKEKLEKIL ESEYDLSSAT LRKIYLDLLE
ESGFNFDRWS FSEDERIPWR LLERELEIAQ FERTVSVLSK DLKWIFNFFK DTVVK
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