Gene TRQ2_1601 details

Gene Information

• Locus tag: TRQ2_1601
• ID: 6093050
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thermotoga sp. RQ2
• Kingdom: Bacteria
• Replicon accession: NC_010483
• Strand: -
• Start bp: 1616152
• End bp: 1617999
• Gene Length: 1848 bp
• Protein Length: 615 aa
• Translation table: 11
• GC content: 49%
• IMG OID: 642488802
• Product: putative oxidoreductase
• Protein accession: YP_001739620
• Protein GI: 170289382
• COG category: [E] Amino acid transport and metabolism; [R] General function prediction only
• COG ID: [COG0493] NADPH-dependent glutamate synthase beta chain and related oxidoreductases

Plasmid Coverage information

• Num covering plasmid clones: 16
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGGCAGTCC AGAAGCTACC AGAAAAGGAT TTCTTTGCTC CTCTGAAGGC ATGGAAATTT 
CTTGTCAGAA AACCGGTTAC AATAGAGGTT CCAAACAAAA TCAGGAGAGA AGCTTCGGAA 
AGATACAGAG GATTCCACGT GAACGACTGG GGAAAGTGCA TAGGGTGCGG TACATGCGCA 
AAGATCTGCC CAACCGATGC CATAACCATG GTGGAGGTCC CGGATCTCAC TCAAGAAGAT 
GGAAAACTTC CGCAAAGACC CGTCATAGAT TACGGCAGGT GTTCTTTCTG TGCGCTCTGC 
GTTGACATCT GCACAACGGG TTCACTCAAG ATGACGAGGG AATACATCCA CATCTCGGAA 
GATCCGGAAG ACTTCATCTT TATGCCAACG GATAAGGGAT TGAACGCGAA AAAAGGTCTC 
TACGAATTTG GAAAGGCACC CCTCGGCTGG GTGAGGGATG AGAACTCTGA GCTGCTCGAT 
CTCGAAAGAA TAGAAATGCC CGTGGAACCA CCGGAAGTCA GGATCAAATC TTTCATAGAA 
ATCGTGAAAG GATACAGTAG AGAACAGGCC ATGCAGGAGG CCGCCAGGTG TGTGGAGTGC 
GGTGTGTGTA CCTACACCTG TCCCGAACAC ATGGACATAC CCCAGTACAT AAAATCCGTG 
TACGAGGACA ATCTGGAAGA AGGACTGAGA TGGCTCTACA GAACGAATCC TCTCTCAATG 
GTCTGTGGAA GGGTCTGTAC TCACAGGTGT GAAACCGCCT GTTCTGTGGG AGTCAGAGGA 
GAACCCGTTG CGATTCAGTG GTTGAAAAGG TACATAGTGG ACAGCATTCC TCTCGAGAGA 
TACGGAGAGA TCCTGGACAT AAAACCGGAG AGAAAAGGAA AGAGTGTGGG AATCATAGGA 
TCGGGTCCCG CTGGGCTCGC CGCAGCCTAC TTTCTTGCCA CCATGGGATA CGATGTTACC 
ATATACGAAT CGGAATCAAA ACCTGGTGGT GTGATGAGGT ACGGTATTCC AAAATACCGA 
CTTCCCGATG AAGCGCTGGA CAAGGATATC GCATTCATCG AGGCGCTCGG GGTGAAAATT 
CTACTCAACA CGAGAGTCGT CCAGGATGTG TCTTTCGAAG ATGTCAGAAA GAGACACGAT 
GTTGTCTTTC TTGCAACAGG CTTCGGTCTT GGAAGGTCAA CGGGTGTTCC GGGGACCGAT 
CACCCAGATG TGAAACAGGC ACTCCCCTTG CTCAAGATGA TAAGGGACTA CCTGAGGGGA 
GATGGTCCAA AGCCACCGGT CCCAGAGAGA CTCGTTGTCA TCGGTGGAGG AAACGTCGCG 
ATGGATATCT CCAGGTCGAT GGCAAGACTT CAGTTCATGG AGTACGGAAG GGTGAACGTT 
CAGGTGCTTT CACTTGAAGG ATGCTTCGAG GACATGCCGG CTGATATGGA AGAAATAGAA 
GAGGCTCTCG AAGAGGGTAT TGTCATAAAT CCGGGATGGG GACCGATGGA AGTCGTGATA 
GAGAACGACA GGATAAAAGG TGTGAAATTC AAAAAATGTG TCAGTGTGTT CGACGGCGAA 
GGACGGTTCA ATCCACAGTT TGACGAAAAA GAACAAATCT TTGTAGAAGC GGACATGGTC 
GTAGAAGCGA TTGGACAGGC ACCGGATTAT TCTTACTTGC CCGAAGAAAT ACGAAGCAAA 
CTCGAATTTT TCAGAGGAAG AATCAAAACA AACGAGTACA ATCAGACCTC TGTGGAATGG 
TTGTTTGCAG GAGGAGACAT CGTTCACGGA CCGGATATCA TTCACGGTAT TGCAGATGGA 
TACGCCGCGG CAAAAGGGAT AGACATGTAC CTGAGAAAGG AAAAATGA 

 

Protein sequence

MAVQKLPEKD FFAPLKAWKF LVRKPVTIEV PNKIRREASE RYRGFHVNDW GKCIGCGTCA 
KICPTDAITM VEVPDLTQED GKLPQRPVID YGRCSFCALC VDICTTGSLK MTREYIHISE 
DPEDFIFMPT DKGLNAKKGL YEFGKAPLGW VRDENSELLD LERIEMPVEP PEVRIKSFIE 
IVKGYSREQA MQEAARCVEC GVCTYTCPEH MDIPQYIKSV YEDNLEEGLR WLYRTNPLSM 
VCGRVCTHRC ETACSVGVRG EPVAIQWLKR YIVDSIPLER YGEILDIKPE RKGKSVGIIG 
SGPAGLAAAY FLATMGYDVT IYESESKPGG VMRYGIPKYR LPDEALDKDI AFIEALGVKI 
LLNTRVVQDV SFEDVRKRHD VVFLATGFGL GRSTGVPGTD HPDVKQALPL LKMIRDYLRG 
DGPKPPVPER LVVIGGGNVA MDISRSMARL QFMEYGRVNV QVLSLEGCFE DMPADMEEIE 
EALEEGIVIN PGWGPMEVVI ENDRIKGVKF KKCVSVFDGE GRFNPQFDEK EQIFVEADMV 
VEAIGQAPDY SYLPEEIRSK LEFFRGRIKT NEYNQTSVEW LFAGGDIVHG PDIIHGIADG 
YAAAKGIDMY LRKEK