| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TRQ2_0453 |
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| Symbol | |
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| ID | 6091859 |
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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 | 438175 |
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| End bp | 442422 |
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| Gene Length | 4248 bp |
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| Protein Length | 1415 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 642487631 |
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| Product | CoA-substrate-specific enzyme activase |
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| Protein accession | YP_001738492 |
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| Protein GI | 170288254 |
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| COG category | [I] Lipid transport and metabolism
[S] Function unknown |
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| COG ID | [COG1924] Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain)
[COG3580] Uncharacterized protein conserved in bacteria
[COG3581] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR00241] CoA-substrate-specific enzyme activase, putative |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | ATGACCGGAG TGTGCATCGG TTCCTCGAGT GTTTCATTCT ACAGTGAAAG GGAGAAAGGA
AATCTTCCTC ACAACGGAGA TCCCCTCGCT CTGCTTTCCA TGATGATCCC CGCTTTTCTC
GATGAAGGGC CCGTGGTCAT CACAGGTCGA AAGACAAGAG AAATAATAGA TCTGCCTCAG
ATATCCGAAG CGGAGGCAAC GGAAATCGCC TACAGGCATC TCATGAAAAA ATACGGAAAG
GTCGAAGCCG TTGTCAGTGC CGGTGGGGAG AACACCATTC TCTACAGAGT GAACGATAAG
GGAATCATAA CCGGCATATA CACGGGTAGC AAGTGCGCCT CGGGAACGGG AGAATTCTTC
CTTCAGCAGC TTCAGAGGAT GGGAATATCT CTTGAGGAAG CCAACAGTGT CGAGACGGAA
GAGTACTATG AACTCTCCTC GAGGTGTACC GTTTTCTGCA AGAGTGATTG CACCCACGCG
CTGAACAAAG GGGTTCCAAA GGAACTCGTT CTGAACGGTC TTGGAAAGGT GATGGCCGAC
AAGATAGTGG AACTGGCTCA CAAGGCAGGA GTTAAGAAGA TCCTCCTTGT CGGTGGAACG
ACGAGAAACA GGCTCATGTT GAAGCACCTG GAAAGAGTTC TGGAAGTGAT CGTTCCGGAA
GAAGCGCTGT TCTTCGAAGC CTACGGGGCT TACCTGTGGG GAAAGCTGAA CGGAGTGGTA
TCGAAAAAGA CCTTCACGAT CAAAAAAGAA GAAATTACCA GTTTTCCCAC TCACGAGCCT
CTCAAAAAGT ACCTGCACAT GGTCGAGTTC AAAGAAATGC CGTTCCAGCA GGCAAGAGAT
GGGGATGTGT GTGTGCTGGG AATAGACGTT GGATCCACCA CAACGAAAGC GGTGCTGATG
AGATACGATG ATGAAGCCAT CCTGGCGGGA GTGTACCTTC GAACTCTGGG AGATCCCATA
AGAGCGGCAA GGCAGTGCTA CTCCTCTATA TTGGAGCAGC TCAACGGGAC GAAAGTGAAG
ATAATCGGAC TCGGTGTGAC GGGATCAGGG AGGAAGATCG TTGGGCTGTA TTCTCAGACC
GACGCCGTGT ACAACGAGAT AATGGCGCAC GCGAAAGCGG CCGCTCATTT CGATCCAGAG
GTGGACACGA TCTTCGAGAT AGGAGGTCAA GATGCCAAGT ACACCTATCT GGTGAACGGG
GTTCCGGCGG ATTACGCGAT GAACGAAGCC TGTTCGGCCG GGACGGGATC TTTCCTCGAA
GAGGCAGCGG GAGAGTCCCT TGGAGTCCAC TACACCGAGA TCGGAGATCT CGCTCTGAAA
GGCGAAAATC CTCCGAACTT CAGCGATCAG TGCGCGGCCT TCATAGGAAG CGACGTCAAG
ACGGCGGTGA ACGAAGGGAT CTCTAAAGAA GACATATGCG CCGGGCTTGT GTACTCCGTG
TGTATGAACT ACCTGAACAG GGTGAAAGGA AGCAGACCTG TAGGAAAGAA GATCTTCATG
CAGGGCGGAG TTTGCTACAA CAAAGCGGTG CCTGTTGCCA TGGCTGCTCT CGTTGGAAAG
AACATAGTTG TTCCCCCGCA CCCGGGTTTG ATGGGCGCTT ACGGAGTGGC TCTGCTCACC
AAAGAGAATC TTGAACTCGG TTTTCTGGAA AAGAAAGAGT TCAAACTGAA GGAATTGATC
TCCAGAGAAG TCAGATACAG AGGAACGTTC ATCTGTCCCG GTGGGAAAGA AAAATGCGAT
AGAAAGTGTG AGATCAGGAT CATAGAGATC GATGGAAAGC GGTTCCCGTT CGGTGGTGCC
TGCAACAAGT ACGAGAACGT GCTGAGACAC GCCAACATAG ACAGCACAAA GTACAACTTC
GTCAAAAACA GGGAGAAATA CATTTTCCAC CTCGAGAGAG AAGTGAAGGG AGCAAAGACC
ATCGGTTTGA GCAGATCTTT GGCGATGAAC AACCTTTTCC CGCTTTTCTA CACCTTCCTT
ACAGAACTCG GTTTCGACGT TGTGGTTCCC GAAAAGTCCG ACAGACGCGG CTGGGAGATG
ATGAACTCCG AATTCTGCTT CCCGGTGGAA CTCTCCCACG GCTACATGTA CGATCTGATC
TCGAAGAATC CGGATCTGAT ATTCGTTCCA AGGTTGAGAG GAATCAAAGT GGAAAATTCA
GAGAACTACA ACGTCTTCTG TCCCTTTGTT CAGAGTGAAG TTGACTGGCT CACATCTGCG
TTTCCTGAAA TGGAAGAAAA GCTCGTGACG GGCTATTTCG ATTTCTCGCG CGGTGATGAA
AAGGAAGAAT TTCTCAGAGT GGCTGAAAGG CTTGGAAGAT CACGCGAGGA AGGGGAACGA
GCCTTTGAAA AGGCCTGGAA GGCTTTCAAC GAAAGGTTTA GTCTCATAAA GAAACAGTGG
AATGAATTTC TGAAAATTCT TGACGAGTCG GAATTCGGTG TGGTTCTCTT TGGAAGATCT
TACAACGCCT TCTCTTCCGA TGCGAACATG GGAATCCCCG AAAAATTCGC CACCCGCGGA
ATTCCCATCA TCAACTTCGA TTCCATACCC TTCGAGGATG AAAAGGGCTA CAGAAACATG
TACTGGTCGT GGGGAGAGAT GATTCTCAAA GCGTCACGAT TCGTCGAAAA GCATCCAAAA
CTCTTTGGGG TTTACATCAC CAACTTCAGC TGTGGGCCCG ATTCTTTCAT CATCTCTTAC
TTCAGAGACA TAATGGCGAA GAAACCATCA CTCGTTCTGG AACTCGACAG TCACACAGCG
GACGCGGGCA TAGAAACGAG AATCGAAGCC TTCATAGACA TTGTGAAGAG TTATCTCAGA
CTTCAGAGAA AGAAAGAAGA AAGAAAGAGT GCGAAAAGAC CCCAAACAGT GCTGGAGAAA
AACACCCTCT ACGTGATCAC TCCGGACGGA GAGAGACTGC GGCTCAACGA TGAAAGGGTG
AAGGTTGTTT TCCCGTCGAT GGGTCAGTTC GGGTCTCAGT GTCTTTCTGC GGCTTTCAGA
TACTACGGTG TCAGGTCCGA CGTGTGTCCT CCACCGGACG TCGAGGAGTT CAAACTCGGA
AGGGGGAACT CTCTTTCGAA GGAGTGTCTT CCTCTTCAAC TCACTCTTGG AAGCCTCATA
AAGTACATCA GAGAGAAAGC ATCCGATGAC GAGATCATAC TTTATTTCAT GCCAGAGACG
ATGGGACCGT GCCGTTTCGG GCAGTACAGT GTCTTCATGA ACCTGTGGCT CGACAGGAAC
AACGTGAGAA ACGTGACGCT CTTCGGTTTG AATTCCGAAA ACGCCTACGC GGGGCTTGGA
ATCGCTTTCA GGATCAGAGC ATGGCTGGCT GTTGTCGTTT CCGATGTGTT CTTCGATGTG
GAACGCGCTG TGATGACGCT GGCGAGGGAC AAAGAAGAAG CGAAAAAAAT CCTTGAAGGA
TGCAGGGAAA AGATATTGAA CAGTCTTGCA AACGATTCTC TCAGGGACTT CTTCAAAACA
CTCGATGAAG TCTCAGAGAT ACTTTCGGGT GTTGAGAGAA TAATGGATTA CGAAAAGGCA
CCGAAGGTAC TGCTCACAGG AGAAATCTAC GTGAGAAGAG ACGAGTTTTC CAGAAAACAC
CTCGAAAACC TGATGGAGAA GAACGGGATC ATCATGCACA TATCGCCGGT CCACGAGTGG
ATCTATTACA CGGATTATCT GTACCTCAAC AGGTTGATCT CTCCGAATTC CACCCGCGTG
GACAGGCTGA AGAAGCGAAT CGAGATCCTC GTGAAAAGGT ACGTAGAGAG AAGAGTGAAA
AAAATCTTGG AAAAAAGCGG CTTTTACAGG TCTCATATGG TGGATGTAGA ATCCATTGTT
GACGCGGCGA AAGACTACCT GAATCCAAAG CTCACCGGAG AAGCGATCCT CACCATAGGA
ACCGTCCTGC ATGAGATCGT AAACCACTAC GATGGTATCA TCTCAATAGG ACCCTTTGGT
TGCATGCCGA GCAGGATAGC GGAAGCGGTT GTGAAAAAAG GCTTGAAAGA ACAAAAAGAG
AAGACCACAG GGGTTTTGAG AAAAGTACTG GACGAGTTCG GAGACCTTCC CGTGATACAC
ATAGAGTCCG ATGGGAATCC GTTCACACCA ACGGTACAGA GCAAGCTGGA GGCGTTCATG
TTCCAGGTCA GAAGATTGAG AAACTACCTG AACGGTCTGC TGAACACGGA GAACACCCTG
GAGGAAACTG AAGAGACTCT CCCTGAAAAT ATCAGGGTTG ATTCATGA
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| Protein sequence | MTGVCIGSSS VSFYSEREKG NLPHNGDPLA LLSMMIPAFL DEGPVVITGR KTREIIDLPQ
ISEAEATEIA YRHLMKKYGK VEAVVSAGGE NTILYRVNDK GIITGIYTGS KCASGTGEFF
LQQLQRMGIS LEEANSVETE EYYELSSRCT VFCKSDCTHA LNKGVPKELV LNGLGKVMAD
KIVELAHKAG VKKILLVGGT TRNRLMLKHL ERVLEVIVPE EALFFEAYGA YLWGKLNGVV
SKKTFTIKKE EITSFPTHEP LKKYLHMVEF KEMPFQQARD GDVCVLGIDV GSTTTKAVLM
RYDDEAILAG VYLRTLGDPI RAARQCYSSI LEQLNGTKVK IIGLGVTGSG RKIVGLYSQT
DAVYNEIMAH AKAAAHFDPE VDTIFEIGGQ DAKYTYLVNG VPADYAMNEA CSAGTGSFLE
EAAGESLGVH YTEIGDLALK GENPPNFSDQ CAAFIGSDVK TAVNEGISKE DICAGLVYSV
CMNYLNRVKG SRPVGKKIFM QGGVCYNKAV PVAMAALVGK NIVVPPHPGL MGAYGVALLT
KENLELGFLE KKEFKLKELI SREVRYRGTF ICPGGKEKCD RKCEIRIIEI DGKRFPFGGA
CNKYENVLRH ANIDSTKYNF VKNREKYIFH LEREVKGAKT IGLSRSLAMN NLFPLFYTFL
TELGFDVVVP EKSDRRGWEM MNSEFCFPVE LSHGYMYDLI SKNPDLIFVP RLRGIKVENS
ENYNVFCPFV QSEVDWLTSA FPEMEEKLVT GYFDFSRGDE KEEFLRVAER LGRSREEGER
AFEKAWKAFN ERFSLIKKQW NEFLKILDES EFGVVLFGRS YNAFSSDANM GIPEKFATRG
IPIINFDSIP FEDEKGYRNM YWSWGEMILK ASRFVEKHPK LFGVYITNFS CGPDSFIISY
FRDIMAKKPS LVLELDSHTA DAGIETRIEA FIDIVKSYLR LQRKKEERKS AKRPQTVLEK
NTLYVITPDG ERLRLNDERV KVVFPSMGQF GSQCLSAAFR YYGVRSDVCP PPDVEEFKLG
RGNSLSKECL PLQLTLGSLI KYIREKASDD EIILYFMPET MGPCRFGQYS VFMNLWLDRN
NVRNVTLFGL NSENAYAGLG IAFRIRAWLA VVVSDVFFDV ERAVMTLARD KEEAKKILEG
CREKILNSLA NDSLRDFFKT LDEVSEILSG VERIMDYEKA PKVLLTGEIY VRRDEFSRKH
LENLMEKNGI IMHISPVHEW IYYTDYLYLN RLISPNSTRV DRLKKRIEIL VKRYVERRVK
KILEKSGFYR SHMVDVESIV DAAKDYLNPK LTGEAILTIG TVLHEIVNHY DGIISIGPFG
CMPSRIAEAV VKKGLKEQKE KTTGVLRKVL DEFGDLPVIH IESDGNPFTP TVQSKLEAFM
FQVRRLRNYL NGLLNTENTL EETEETLPEN IRVDS
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