| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TRQ2_1807 |
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| Symbol | |
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| ID | 6093258 |
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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 | 1826657 |
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| End bp | 1830025 |
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| Gene Length | 3369 bp |
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| Protein Length | 1122 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 642489004 |
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| Product | hypothetical protein |
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| Protein accession | YP_001739821 |
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| Protein GI | 170289583 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1483] Predicted ATPase (AAA+ superfamily) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0489397 |
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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 | ATGAAATTCG GTCCTTACGA AGTTTGGGAG GACGTTCTGG ATGAGAGTTT TGATTCTCAA
GTTGCGCCGG AATTAGGGGA TGTGTACACC GGTGAAGCGC CGGAGATATA CAGAGATCCG
AAGGAGTTTT TCAAAAGGAC GTATTTCACC GATGCAACGG TGGAGATATT GAAAAGAATC
CTTGATACAT TCGAGGGAAA AGAGAGAAGA AACATATTTC TGATCTACTC TCTCTTCGGT
GGTGGAAAGA CGCATCTGCT CCTCACCCTG TATCACGCCT TCAAAACACC TGAAGCTCTG
GAAGACCCAG AGGTCCTCGA GGGATACATT CCCGAAAAAA GAGAAACCAT AAGAGAACTG
GCAGAGAGGA TAAAGCTCCT TGGAGAAAGC GTAAAGGTCG TTCCCGTGTA TGGTAAGGGA
AGGGTAGGTC AGCCAAGTAT TCCTCTGGAC GTGGGCCCCT ACAGTGTGAA GACGATCTGG
GGGTACATAG CACATTCCCT TGGAAAGTAC TCCATCGTCG AGAAAAACGA TAAAAATCTC
ACGGTGCCGG ACATTGAAAC TCTGAGGGAT TTATTCAGAG GCGAAAAAGT ACTGCTTTTG
ATCGACGAAA TTGCGGATTA CGTTGACAAC CTTTACAACT CTGGAGCGGA AGAGGACCGC
CGTTACGCAA AAAACGTGGA CAACTTCATC GACAGGCTCT CCACGGCTCT TTCAAGCTCT
ACGAGTTCTA TGGTGATCAC ACTTCCCATG ACAGAGGAAG GAGGCAATCT GAGGACTCAG
GAAGAATACA ACCACAGTGT TGTAAGGGCT CTGTGGGATG CTGTCAGAAG AGTTGGTGGG
GCTGATTCTT ACACACCTGT GAGAACCGTT GGCATAAACG ACGAACTCGT CGAGGTCTTG
AAAAAGAGGA TATTCAAGCG TGTGGATCCC GATATCCGAA GAAGAACACT GGAAAGAATA
AGATCTGAAA ATAACGATGT GGAAATCTTC GGTCACGGAG GATTCACTCA TGAAATACCC
AGAACCTATC CGTTCCATCC CGAATACATA CAGATTCTGA GAACGATCAT AGAAAAGACG
GATCTTCAGA GAACGAGGGA CATGATCAGA ATAACCAGAA TCGTTGTGAG AAACCTGATC
GATCGCTACG AGAAAGAGGG ATTTGCACCT GCTATCATAC TTCCTATTCA CATCGATCTT
ACAAATGACA GAATAAGGGG AATGCTCTTT GGAGAAAAGT CGAAGTTCGC TGATTACGCT
TCGATTATAG ATGCTGAACT GGTCAACGAT GAGAAGTACA GAGCTTTCAG ACATCCAGAG
CTTGCAAGGA TGATTCTCAC TTACATCTTT TTGAGAACAT ATCCATTCGA TGCACCGACT
CCTCTAAATG ATTTCCCAAC GCTGACCACC ATATCGAGAG CGATCTACGA CCCAGAAACT
TTCTCCAAAA AACAGTGGAT TCCCGCTGAT ATAAAAGACA CCGTCGAAGA GATAGAATCC
CATCCACACT TCGTCTTTCT GAACAGAAAA GACGGTGTTT TCTGGTTCTG GAGAGTTGCC
AACGTGACAA AGATGGTTGA CAGCAAAACT GAGGAGCTCA TCGAAAGCAG CTATGGTGAG
ATCTGGAACC AGCTTGTCCG ATATGTGGAC CAGTTAGTGA GGGAAAAAAG GAGTATCGCA
GCAAGAGGTA AGGGATCCAC TGTAGAAGAA CACGTGAGGT TCTTCGAACA GGTGATCGTT
AGCAAAGAAC CACAGGAACT TATGGACAAT GAAATGTACA AGCTCTTCGT ACTGGTGAGT
GAGGATGTCG ATGAGAAATT ACTGAAAGGC ATTATGTTCC AGATCGGTTC TGGAAGCAGA
ACTTACAAGA ACACTGTGGT TGTCTGTTAT CCCATTCCGG GAACGATGAA ACATCTGATA
ATGACGACGG CAAGAGATAT GGCATGCCAG AGGGTGATGG ACACGGTAAA AGAGATGTAT
GGAAAGTATG GAGAAGACGT GGTGAAAATA CAGCTGAACC AGCTCAGAGA TATAAGAAAC
AGGGCCCTTG AAGACCTTGA GAATCAAATT GTGGGCTCTT TCAGAAAAGT AGCTTACCCG
GTTAAAGATG GTATAGACAC CGCTGACGCT CCTGCCAGCT CGAAATCTGT TGTCGAAAAC
GTGTATTCTG CTCTGAAAGG CAGAGGAAAG ATCGTAGAGG AATTCGATTT CATCGAATTC
GCTAACTGGT TGAAAGAAAA CATCGGCCTC AATATTCTGA AACCAGAAGG ATACTACGTG
TCAGAACTGA GAAAAATCAT CTGTTCGAAT CCCTCTGCAC CCATGGTGGA CTTTGAGAAT
CTCAAGAAGT CGATAAAGGA GGCTGTTCGA AAGCTCAAGA TCGGCCTTGA AAGAAAAGGA
AAGATACTAT TCAAAAAGGT CTATTCGGAG ATTCCCGACT TTGCACAAGA AAGCGGCGTG
GAGATCTCCA AAGTTGAGCC CGATGACATA ATTCTGCCAG CTAATGAAGC TCTCAGAAGA
CAAGTCTGCG AGCTTTTGAA ACAGGAAAAG GATGAGATTA GGGATGGAAA AAGATATCGC
GTGTGGTACG AAATTTATCT TCCGAGTTCG GAATTTTCAG AGCTTTTGAA GAACCTGGTT
ACTGTGGAGA ACGAGGAATG TCAGATAGGG GACGAAGAAG CCGTTATGTA CGGTTTAATC
CTGGAAAAAA AGGAAGAAGT GGAGATTAAA AAAGGAGAAT TCGACCTTGA GGTAGCCCGA
CGAAGCGTTG AAGGAAAACC GGGCGAGAAA GTAGAGATCC CCGTTAGGAT AACCGCTTTT
GGTGATGCCG AGATCGAACT CTCATCCGAA TACGGGGAAC TTTCCTATCA GAACGTTTTT
CTCAGAGAGG GTGAATCTCT TGAAATTCTA TGGAATATGA CCATACCGTC TGAGAAGAAA
GTTGTGAAGA TAGAGGCAAA AAGTGAAGAG AAAATGATTC CCAAGGAGAT CGTTCTTGTA
CCGAAAGTTG AATCGAGTGT TCTTGAGACA AATACCTTGG ACGAAACTCA CAAAGGAATG
TTTCTTGTTT CCGTGAAATC CATCAGAGAT CTCGATACAC TGAAATCTCT ACCAGAGGAC
TTCGAAGGAG TGGTGAGTGG TCGTCTCGAA ACGGAAAAGC CTGAGTGGAA AGTTCAGTTC
AGTGAAACCG ACAGAAAAAC TTTTGAATAC ATTGCCGGTG AGCTCGAAGA TTTTCTGGGA
ACAAAGGCTT TGCTCGATGT GAACTTCCGT TTGTCGGAAC CACAGATGAT CAATGACCTT
ATCTTTGAGA AACTGAAACC TCTGAATGGA AAAGTATCAT TCATTCTAAA GAAAGGAGAT
CAGAAATGA
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| Protein sequence | MKFGPYEVWE DVLDESFDSQ VAPELGDVYT GEAPEIYRDP KEFFKRTYFT DATVEILKRI
LDTFEGKERR NIFLIYSLFG GGKTHLLLTL YHAFKTPEAL EDPEVLEGYI PEKRETIREL
AERIKLLGES VKVVPVYGKG RVGQPSIPLD VGPYSVKTIW GYIAHSLGKY SIVEKNDKNL
TVPDIETLRD LFRGEKVLLL IDEIADYVDN LYNSGAEEDR RYAKNVDNFI DRLSTALSSS
TSSMVITLPM TEEGGNLRTQ EEYNHSVVRA LWDAVRRVGG ADSYTPVRTV GINDELVEVL
KKRIFKRVDP DIRRRTLERI RSENNDVEIF GHGGFTHEIP RTYPFHPEYI QILRTIIEKT
DLQRTRDMIR ITRIVVRNLI DRYEKEGFAP AIILPIHIDL TNDRIRGMLF GEKSKFADYA
SIIDAELVND EKYRAFRHPE LARMILTYIF LRTYPFDAPT PLNDFPTLTT ISRAIYDPET
FSKKQWIPAD IKDTVEEIES HPHFVFLNRK DGVFWFWRVA NVTKMVDSKT EELIESSYGE
IWNQLVRYVD QLVREKRSIA ARGKGSTVEE HVRFFEQVIV SKEPQELMDN EMYKLFVLVS
EDVDEKLLKG IMFQIGSGSR TYKNTVVVCY PIPGTMKHLI MTTARDMACQ RVMDTVKEMY
GKYGEDVVKI QLNQLRDIRN RALEDLENQI VGSFRKVAYP VKDGIDTADA PASSKSVVEN
VYSALKGRGK IVEEFDFIEF ANWLKENIGL NILKPEGYYV SELRKIICSN PSAPMVDFEN
LKKSIKEAVR KLKIGLERKG KILFKKVYSE IPDFAQESGV EISKVEPDDI ILPANEALRR
QVCELLKQEK DEIRDGKRYR VWYEIYLPSS EFSELLKNLV TVENEECQIG DEEAVMYGLI
LEKKEEVEIK KGEFDLEVAR RSVEGKPGEK VEIPVRITAF GDAEIELSSE YGELSYQNVF
LREGESLEIL WNMTIPSEKK VVKIEAKSEE KMIPKEIVLV PKVESSVLET NTLDETHKGM
FLVSVKSIRD LDTLKSLPED FEGVVSGRLE TEKPEWKVQF SETDRKTFEY IAGELEDFLG
TKALLDVNFR LSEPQMINDL IFEKLKPLNG KVSFILKKGD QK
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