Gene Suden_2029 details

Gene Information

• Locus tag: Suden_2029
• ID: 3762821
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sulfurimonas denitrificans DSM 1251
• Kingdom: Bacteria
• Replicon accession: NC_007575
• Strand: -
• Start bp: 2109682
• End bp: 2113167
• Gene Length: 3486 bp
• Protein Length: 1161 aa
• Translation table: 11
• GC content: 34%
• Product: hypothetical protein
• Protein accession: YP_394538
• Protein GI: 78778223

Plasmid Coverage information

• Num covering plasmid clones: 13
• 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

ATGTTTAAGA AAATTTTACT CTCACTTATA GCCTTTTATA CAGTAGTTGG TTTTTTGGTA 
GTTCCACTTC TCTTGGAATC GCAAATACCA AAGAGTGTTG CAAAGAGCAC AAACTCAAAC 
ATAACTATCA AAGATATATC GCTTAATCCA TATCTCCTTG AGTTGAAAAT TTCTGGTGTA 
GAGTTAAGAG ATGAGGAGAA TAACCACCTC GCCTCTTTTG ACTCTTTATA CATCGATGTA 
AAATTGCTCC CACTTTTAAA AGGGGTGCTA CATGTAAAAG AGATAAATTT TAAAAATCCA 
CAAATTTCTC TTCTATATGA CAAAGATAGA ACATTTAATT TTGCAAATTT AGTAAAAGAG 
AGCGCAGATG ATAACAGCAC AGCAAAAAGC AAAAATAGCC TAAGAGTTAT AGTTGATAGC 
CTCTCTCTCT CAAATGGTAT CATTGCGTAT AAAGATTTTT CAAAACCTCA AAAATTTGAG 
TTTATAGCGG ATGCAATAAG CTTTAAACTT ACAGATATTG ATACAAAAGA TTTCAGCTCA 
AGTGGCGCAA AATTTAGATT TAACTCAAAT TTGCAAGATG GCGGAGAGAT TGATTTGAGG 
GCAAATATTT TAGCTCTAAA CCCTTTTGCA GTAGATGGAA GAGTTGATAT CAAAGACGCT 
AAATTGTACT CAATTTGGAA ATATATTCAA GATGTCTTGA GGGTCGAAGT AGCCGATGGG 
GTGTTTAGTT TTGGTGCAAC ATATAACTTT AATATAGATG ATATAAATGC AACACATGTA 
GATAATATAC ACCTCACTCT TAATGATTTG AGAGTTAAAC CAAAAGATGC CAATAACGAT 
ATTTTAACCC TAAAGAGTTT GAATATTAGT GATGCAAGTA TGAAACCGAT GGATTACAAG 
GTATCGGTAA AGAGTGTTGT TTTGGACTCA ATGAAGGTTA AGGTTGAGCG TGATGAAAAA 
GCAGAGATAG ATTGGGTTGG CTATTTTAAA AGTGATAGCT CTTCAAATAA AGAGCTAAAA 
AAGGATGATA ATGCGACAAA ATGGAGTGTG GCCATAGAGA GTGTGGGGCT TAAAAAAATA 
GCTGCCATAT TTCATGACAA AACTATAAAA CCATCACTCA AAACAGAGCT TAACTCTCTT 
GATGCAGAGA TAAAAAATAT TACACTCTTG GGCGAAGAGC CAATAAAATA TGCCCTTGAT 
TTGGTTTTAA ACACAAGCGC TACATGTAGA TTTGATGGCT CTTTGATACA TAAAAATCTA 
CTGCTTGATA GTTATATAAA ATGCGCCAAT TTTGACATTA CACATTACAA TCCATACATA 
GATAAAATTG CCCAAGATAA GCTCAAAAAG TACAATATTG CTCTTAAGAG TGCTACTTTA 
GGCTTTGATG CAAACCTCTT GCTAAGAGAT GAAAATCTAC ATGTAGCTGG TGCAAATTTT 
GATATAAAGA GCCTCTCTTT AAGCAGAAGA GACAACAAAG AGCAACTAGC AGAATTTAAA 
AATTTCTCTC TAAAAAATGC TGCTTTGGAT ACAAAAACAA AAGAGTTACA TGTAGAAAAT 
ATCTCTTTAG ATGAGTTGGC TCTAAATATA AGCAGAGCGA AAGATGGCAC TCTAAATCTT 
GATGGCTTAG TAGAGGCTAA AGAGGAGATA AAAAACGAAA AGAGTGTAAA AACAGCAGAA 
GTTCCATATA ATGTAAAGCT TGACTCATTT GATATGAATG GCGCAAAACT CCTATTTGAT 
GATAAAAGCA TACAAGATAA CTCAAAAACC ATAATTGATA ATATAAATAT AAGTGCAAAA 
AATATAGATT CAAAAGAGAA GAGTTGGTTT GATTATGCAC TTGGTTTGAG GGTTAATTCT 
AATGGTTCTA TTAGCTCAAA TGGCTCTATT AAACACACTC CGCTTGAACA AAAAGGGGAA 
TTTGAGTTTA AAAATATCTC TTTAAAAGAG ATTACTCCAT ACTTAAGAGA GAGCACATTC 
CTAAGGATAA GTGATGGATA TTTTAGCCTA AAGAGCAAGA GCAGTTATAA ACAAAAAGCA 
GATAAGTACA AAGTAACGCT AGAGGGAAGC TTGAGCGTTG AGAACTTCTT TTTACATGAT 
ACTAGAGATG ATAGTACAGT AGCCTCTTTT ATAAAAGCAA ATCTTAACTC ATTTAAGTTT 
GATACACTCT CAAATGAGCT AAATATGGAT GAAATACTGC TTGAGTCTTT CTACATTGAT 
GCGCAGATAG ATAAAAATAA AACTATGAAT CTAGCAAAAC TTCTTAGAGA AAAAAAGTCA 
CATGTAGAGG AAAAGCCATC AAACAAACCC CCTCTAAGCT ATAAACTCCT TAATCTAAAA 
GTAACAAATG GAAGTGCCAA TTTCGCAGAT TACTCACTTC CACTCGATTT TAAAACGGCA 
ATACACGGTT TAAATGGAAA TGTATATGCA ATTTCAAGCG CGAAAGAAGA GGTTAGTTAT 
GTTGAGATTG ATGGTGGAGT TGATGAGTAT GGCTCCGCAA AACTAAAAGG GAGCGTTGAG 
GCTTCAAACA TAAAGTCATA TATGGATTTA CTCTTTAGTT TTAGAAATCT AAGTCTCAAT 
AATTTTAGTG GTTATAGCGC ACAGTTTGCT GGGTATAAGA TAGATCAAGG AAAGTTTTTT 
CTTGATTTAG AGTACAAAAT TTTTGATTCA CAGCTTCTTG GCAAAAATTC TCTGATTATC 
AAAAACATAA AATTGGGTGA TGAGATAGAA GATGAAAATA TTACAAAACT CCCACTAAAA 
TTTGCTGTTG CTCTTCTTGA AAACTCTGAG GGTGTTATAG ATATTAACAT GCCCGTTGAG 
GGAGATATAA GTAAGCCAGA TTTTAAATAT GGTGCAATGA TTTTAAAAAC TTTTGTAAAT 
CTTATTGTAA AAGCTGTTGC CTCTCCTTTT AAATTTTTAG CTTCTGCTAT GGGCATAAGT 
GGAGATAATA TGGATTTTGT AGAGTTCGAA GCTTCTGAGG CGGTATTGCT TGCCTCTGAG 
AGAGAGAAGT TAGATAACAT AGCTAAGATG CTCCAAGAAA AGCCTAAATT ATCTCTAATA 
GTTGCTAGCG GATTTGATGC AAAAGTGGAT AAAGAAGCAA TGCAAGCAAA GAAACTAACA 
CAACTCATAC TAAACGAAAA TGCAAATGGT GTAGGTGTTA GCGTAAACAC AGTTGAGTCA 
ATATGCTCTA AATTTTTAGG AAATCAAAAT ATAACTCTCT TAAAGAGTGA GATTGAGAAG 
AAATATCAAA AAGAACTATT TAAATTAGAG TATCAAAAGG CTCTTTTTGA GAAGTGTACG 
CAGATGCAAA ATGTGAACGA TGAAGAGCTA ATAGCCTTAG CAAAGACAAG AGCAGAAACT 
CTAACAAACT ACCTCATTCA AACAAAAAAC ATAGAGAAAT CAAGAGTGAT AAAAGAGGAG 
ACAAAAGCAA GAAGTGACTC AAAAGAGCAG TGGGTTAAAT CAACTCTTAA GATAGAGATA 
AGATAG 

 

Protein sequence

MFKKILLSLI AFYTVVGFLV VPLLLESQIP KSVAKSTNSN ITIKDISLNP YLLELKISGV 
ELRDEENNHL ASFDSLYIDV KLLPLLKGVL HVKEINFKNP QISLLYDKDR TFNFANLVKE 
SADDNSTAKS KNSLRVIVDS LSLSNGIIAY KDFSKPQKFE FIADAISFKL TDIDTKDFSS 
SGAKFRFNSN LQDGGEIDLR ANILALNPFA VDGRVDIKDA KLYSIWKYIQ DVLRVEVADG 
VFSFGATYNF NIDDINATHV DNIHLTLNDL RVKPKDANND ILTLKSLNIS DASMKPMDYK 
VSVKSVVLDS MKVKVERDEK AEIDWVGYFK SDSSSNKELK KDDNATKWSV AIESVGLKKI 
AAIFHDKTIK PSLKTELNSL DAEIKNITLL GEEPIKYALD LVLNTSATCR FDGSLIHKNL 
LLDSYIKCAN FDITHYNPYI DKIAQDKLKK YNIALKSATL GFDANLLLRD ENLHVAGANF 
DIKSLSLSRR DNKEQLAEFK NFSLKNAALD TKTKELHVEN ISLDELALNI SRAKDGTLNL 
DGLVEAKEEI KNEKSVKTAE VPYNVKLDSF DMNGAKLLFD DKSIQDNSKT IIDNINISAK 
NIDSKEKSWF DYALGLRVNS NGSISSNGSI KHTPLEQKGE FEFKNISLKE ITPYLRESTF 
LRISDGYFSL KSKSSYKQKA DKYKVTLEGS LSVENFFLHD TRDDSTVASF IKANLNSFKF 
DTLSNELNMD EILLESFYID AQIDKNKTMN LAKLLREKKS HVEEKPSNKP PLSYKLLNLK 
VTNGSANFAD YSLPLDFKTA IHGLNGNVYA ISSAKEEVSY VEIDGGVDEY GSAKLKGSVE 
ASNIKSYMDL LFSFRNLSLN NFSGYSAQFA GYKIDQGKFF LDLEYKIFDS QLLGKNSLII 
KNIKLGDEIE DENITKLPLK FAVALLENSE GVIDINMPVE GDISKPDFKY GAMILKTFVN 
LIVKAVASPF KFLASAMGIS GDNMDFVEFE ASEAVLLASE REKLDNIAKM LQEKPKLSLI 
VASGFDAKVD KEAMQAKKLT QLILNENANG VGVSVNTVES ICSKFLGNQN ITLLKSEIEK 
KYQKELFKLE YQKALFEKCT QMQNVNDEEL IALAKTRAET LTNYLIQTKN IEKSRVIKEE 
TKARSDSKEQ WVKSTLKIEI R