Gene Tgr7_2564 details

Gene Information

• Locus tag: Tgr7_2564
• ID: 7315661
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Thioalkalivibrio sp. HL-EbGR7
• Kingdom: Bacteria
• Replicon accession: NC_011901
• Strand: +
• Start bp: 2705669
• End bp: 2707555
• Gene Length: 1887 bp
• Protein Length: 628 aa
• Translation table: 11
• GC content: 63%
• IMG OID: 643617466
• Product: nitrous-oxide reductase
• Protein accession: YP_002514627
• Protein GI: 220935728
• COG category: [C] Energy production and conversion
• COG ID: [COG4263] Nitrous oxide reductase
• TIGRFAM ID: [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.164032
• 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

ATGACCAAGA AAAACGATCA AGGCACTATC GAGAACCCCC AACGCCGGCA ATTCCTGGGC 
GCGACGGCGG CCATCGGAGC CCTGGGCGCG GCAGGCGCAA GCGGCACCGG CCTGCTCATG 
GGCAGCCGAC CCACTGCCGC GGCCCAGGGC AGCAACGGCT ATTCCGTGCC GCTTGGCGAA 
CTGGACGACT ACTACGGCTT CTGGAGCGGC GGACACTCCG GCGAGGTGCG CATCCTGGGG 
GTGCCTTCCA TGCGCGAGAT CATGCGTATC GCCGTGTTCA ACTTTGACAG CGCCACCGGC 
TGGGGCCAGA CCAACGAAAG CAAGCGCGTC CTGGGCAGCG ACTTCATCAA CGGCGACACC 
CATCACGTTC ACCTGAGCTA CGTCAACGGC ACCTACGATG GCAGGTTCGC CTTCACCAAT 
GACAAGCTGA ACACCCGGGT TGCCCGCATC CGCCTGGACG TGATGAAGAC CGACAAGATC 
ACCCACATCC CCAACGTGCA GGCGATCCAC GGCATCAATC CCCAGCGCTG GCCCAGGACC 
GAGTACCTGC TCGCCGCCGG CGAGATGATC GCCCCCCTGC CCAACGACGG GCGCCACATG 
GACGAGCCGG AGCACTACTG GACGCTGCTC AGTTCCCTCG ACGCGGAAAC CATGGAGATC 
CGCTGGCAGC TGTGGGTGGA CGGCAACATG GACAACCTGG TCACCGACTA CACGGGCAAG 
TACGCAGGCG CCAGCTGCTA CAACTCCGAG CGTGGCATGA CCCTGGCGGA GAAGATGGGC 
TCGGAGCGTG ACTGGGCGGT GTTCTTCAAC ATCCCGGCCA TCGAGGCGGC CGTCGCGGCG 
GGGGACTACA CCACCATCGG TGACTCCAGG ATCCCGGTGG TGGACGGGCG TGGCGCCGAT 
AAGGGCGGCT CCAAGTACAC ACTCTACGTA CCGATCCCCA GAAGTCCGCA CGGCATCAAC 
GCCACCCCGG ACAAGAAGTA CGTGGTGGTC TCCGGGAAGC TCTCGCCCAC CGTATCCGTG 
GTGGAGTGGA GCAAGGTGGA CGACTGGTTC AACGGCAAGA TCAGTGACCC CCGGGATACC 
ATCGTGGCGG AACCCGAGGT GGGCCTGGGT CCACTGCATA CCACCTTCGA CGGACGGGGC 
GATGCCTACA CCAGCCTGTT CCTGGACAGC CAGGTGGTGA AATGGAACAT CGACGACGCC 
ATACGGGCCT ACAAGGGCGA GCAGGTCAAT TACATCCGCC AGAAGCTGGA CGTTCACTAC 
CAGGTCGGAC ACATCATGGC CAGCATGTGC GAGACGGTGG AAGCGGATGG ACGCTGGCTG 
GTGTCCCTGA ACAAGTTCTC CAAGGATCGT TTCATTCCCG CCGGACCCCT GCGTCCGGAG 
AACGACCAGC TCATCGACAT CTCCGGAGCG CAGATGAAAC TGGTGCATGA CGGCCCCACC 
TACCCGGAGC CCCATGACTC GCTCATGGTC AGACGTGACC TGATCAACCC CATTGCCATC 
TGGAAGCGGG ACGACCCGTT CTTCGCTGAA ACCGTGGCCA TGGCCAGGGC GGATGGCGTC 
AATCTGGAGC AGGACAACAA GGTCATCCGC GACGGCAACA AGGTCCGCGT CTACATGACC 
TCCGTCGCGC CCTCCTTCGG CCTGGATCAT TTCCGCGTCA AGCTGGGCGA TGAGGTCACC 
GTGGTGGTCA CCAATCTCGA CAACATCGAG GATCTCAGCC ACGGTTTCGC CCTGGTCAAC 
TACGGCGTCA ACTTCGAGAT CAGCGCGCAC CAGACCGCCT CGGCCACCTT CATCGCCGAC 
AAGCCCGGGG TGTACTGGTA TTACTGCAGC TGGTTCTGCC ACGCGCTGCA CATGGAAATG 
GCGGGTCGCA TGATGGTCGA GGCCTGA 

 

Protein sequence

MTKKNDQGTI ENPQRRQFLG ATAAIGALGA AGASGTGLLM GSRPTAAAQG SNGYSVPLGE 
LDDYYGFWSG GHSGEVRILG VPSMREIMRI AVFNFDSATG WGQTNESKRV LGSDFINGDT 
HHVHLSYVNG TYDGRFAFTN DKLNTRVARI RLDVMKTDKI THIPNVQAIH GINPQRWPRT 
EYLLAAGEMI APLPNDGRHM DEPEHYWTLL SSLDAETMEI RWQLWVDGNM DNLVTDYTGK 
YAGASCYNSE RGMTLAEKMG SERDWAVFFN IPAIEAAVAA GDYTTIGDSR IPVVDGRGAD 
KGGSKYTLYV PIPRSPHGIN ATPDKKYVVV SGKLSPTVSV VEWSKVDDWF NGKISDPRDT 
IVAEPEVGLG PLHTTFDGRG DAYTSLFLDS QVVKWNIDDA IRAYKGEQVN YIRQKLDVHY 
QVGHIMASMC ETVEADGRWL VSLNKFSKDR FIPAGPLRPE NDQLIDISGA QMKLVHDGPT 
YPEPHDSLMV RRDLINPIAI WKRDDPFFAE TVAMARADGV NLEQDNKVIR DGNKVRVYMT 
SVAPSFGLDH FRVKLGDEVT VVVTNLDNIE DLSHGFALVN YGVNFEISAH QTASATFIAD 
KPGVYWYYCS WFCHALHMEM AGRMMVEA