Gene Sdel_1576 details

Gene Information

• Locus tag: Sdel_1576
• ID: 8593116
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sulfurospirillum deleyianum DSM 6946
• Kingdom: Bacteria
• Replicon accession: NC_013512
• Strand: -
• Start bp: 1592721
• End bp: 1594667
• Gene Length: 1947 bp
• Protein Length: 648 aa
• Translation table: 11
• GC content: 43%
• Product: acetate/CoA ligase
• Protein accession: YP_003304627
• Protein GI: 268680196

Plasmid Coverage information

• Num covering plasmid clones: 1
• Plasmid unclonability p-value: 0.00000882243
• Plasmid hitchhiking: Yes
• Plasmid clonability: hitchhiker

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

ATGTCACAAC TTTTTGAACC AAACAGAGCG TTGAGTAAAC AAGCACGTAT TAAAAATATG 
TGTGAGTATA AAGAGCTTTG TATTCAAGCC GATGAAGATT TTGAAGGGTA CTGGGATAAA 
TTAGCCCGTG AGAAAATTGA GTGGTTTAAG CCTTATGATA GGGTACTCAA TGAAGATAAT 
GCTCCATTTT ATAAATGGTT TGAAGGTGGA AAACTCAATG TTACCCACCA ATGTTTAGGG 
CGTCATCTTA ACTCACGTAA AAACAAAGCG GCTATTATCT GGGAGGGTGA AGATGGGACT 
CGACGCATCA TCACGTATCT TCAACTTTTT TATCGTGTGA ATCGTTTGGC AAACTTGTTA 
CGCAATAAGT TTGGAATTCA AAAAGGCGAC CGTGTTGTCC TTTACATGCC GATGATTCCT 
GAAGCGGCGT TTGCGATGTT GGCGTGTGCT AAGATTGGAG CGATTCACTC GGTTGTTTTT 
GGTGGATTTT CTGCTGATGC GCTAAGAGAT AGAATTCAAG ATGCACAAGC AAAATTGGTC 
ATTACCGCCG ATGGTGCGTT TCGTCGTGGT AAGCCTTACA TGTTAAAACC CGTTGTCGAT 
GAGGCACTTC GTGAGGGGTG TGAGTGCTGT GAAAAGGTTT TGATTGTTCA ACGTAATTTT 
GAAGACATTG AATATGTTCG TGGTCGAGAC TATGTTTACA ATGAGATTGT CATGCAAGAG 
TCAAAGTATT GTGAGCCTGA ATGGATGGAT GCGGAAGACC CTCTTTTTTT ACTTTATACT 
TCAGGCAGTA CAGGAAAACC CAAAGGAGTA CAACACTCAA GTGCGGGGTA CATTCTTTGG 
GCGCAATACA CGATGGAGCA TGTTTTTGAT GTGAAAGAAA ATGATACGTT CTGGTGTACG 
GCAGACGTGG GTTGGATTAC GGGGCATACG TATATCGTCT ATGGACCTTT GGCAATGGGT 
GCGACGACCA TTATGTACGA GGGTGTTCCA ACCTTCCCAG ACGTGGGTCG TTGGTGGAGT 
ATGATTGACG AGCATAGGGT CAATCAGTTT TATACCGCAC CCACAGCGAT TCGTTTGTTG 
CATAAAGAGG GAGCGGATGC ACCTAGTAAG TATGATTTAA GCTCTTTAAA GGTCTTAGGA 
ACGGTGGGTG AGCCGATTAA CCCTGATGCG TGGATGTGGT ACTATGAGCA AATCGGTGGA 
GGGAAATGTC CTATCGTTGA TACATGGTGG CAAACGGAGA CAGGTGGTCA TATGATTACG 
CCATTGCCTG GTGCGACACC GATTAAACCA GGCTCTGCAA CTTTCCCACT TCCTGGTATT 
AAAGCGGAGA TTATTGATGA AAATGGCAAT CCAACGCCAA AAGGTGAAAA AGGATTCTTG 
TGTATCACAA AGCCTTGGCC ATCCATGATT CGCAATATCT GGGGCGATAG TGACCGATTT 
GTGAAGTCTT ATTTTGGAGA CTGTAAAAAA GATGGCAAGC CTGTTTATTT CTCAGGCGAT 
GGGGCGATGT ACGATGATGA TGGGTACATT GTCATTACAG GTCGAACGGA TGATGTCATT 
AACGTTTCAG GTCATAGAAT TGGAACGGCT GAGATTGAAG CGGTACTAGG TCATCATGAG 
AACGTGGCGG AGGTTGCGGT TGTTGGACGA CCTGATCCGA TTAAAGGTGA GGGTATTTTT 
GCTTATATTG TTATCAAAGG GACAGATAGC ATTAGTGAAG AGGTCTATAT GATTCAAGAG 
CTCAATAAGC TCATCGTAAA AGAGATTGGA AATATCGCTA AACTGGATGC GATTCGTTTC 
GTTCCAGGGC TTCCAAAAAC GAGAAGCGGA AAGATTATGC GTCGTATTTT ACGCTCCATC 
GCCAAGAAAG AGCCTATTAC GCAGGATATT TCAACCTTAG AAGATCCAAG CATTGTGGAG 
AAAATCCAAA ACCTCGTTCA GTTTTAA 

 

Protein sequence

MSQLFEPNRA LSKQARIKNM CEYKELCIQA DEDFEGYWDK LAREKIEWFK PYDRVLNEDN 
APFYKWFEGG KLNVTHQCLG RHLNSRKNKA AIIWEGEDGT RRIITYLQLF YRVNRLANLL 
RNKFGIQKGD RVVLYMPMIP EAAFAMLACA KIGAIHSVVF GGFSADALRD RIQDAQAKLV 
ITADGAFRRG KPYMLKPVVD EALREGCECC EKVLIVQRNF EDIEYVRGRD YVYNEIVMQE 
SKYCEPEWMD AEDPLFLLYT SGSTGKPKGV QHSSAGYILW AQYTMEHVFD VKENDTFWCT 
ADVGWITGHT YIVYGPLAMG ATTIMYEGVP TFPDVGRWWS MIDEHRVNQF YTAPTAIRLL 
HKEGADAPSK YDLSSLKVLG TVGEPINPDA WMWYYEQIGG GKCPIVDTWW QTETGGHMIT 
PLPGATPIKP GSATFPLPGI KAEIIDENGN PTPKGEKGFL CITKPWPSMI RNIWGDSDRF 
VKSYFGDCKK DGKPVYFSGD GAMYDDDGYI VITGRTDDVI NVSGHRIGTA EIEAVLGHHE 
NVAEVAVVGR PDPIKGEGIF AYIVIKGTDS ISEEVYMIQE LNKLIVKEIG NIAKLDAIRF 
VPGLPKTRSG KIMRRILRSI AKKEPITQDI STLEDPSIVE KIQNLVQF