Gene Ssol_0735 details

Gene Information

• Locus tag: Ssol_0735
• ID: 0
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sulfolobus solfataricus 98/2
• Kingdom: Archaea
• Replicon accession: CP001800
• Strand: +
• Start bp: 679664
• End bp: 681721
• Gene Length: 2058 bp
• Protein Length: 685 aa
• Translation table: 11
• GC content: 40%
• Product: aldehyde oxidase and xanthine dehydrogenase molybdopterin binding protein
• Protein accession: ACX90994
• Protein GI: 261601391

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.0191709
• 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

ATGATAAGAG AAGATCTTCC GAAAATAACT GGAAAAGGAA CGTACATTGA TGATATTGAC 
CCTAGGAACA CGGTTTATCT AGGCATAATT AGGTCACCCA TAGCTAGAGG TATTATAAAG 
AGCATATCAA GACCAGAAAA AGCTCTGCTT ACTCTAACGT GGGAAGACGT TAAGATTTAC 
ATGCCAGTAA GAGTAGATCC AGAGACACTA AAGCAATCTA ACATAGTGAA AATGCCTATT 
CTAGCTGATG GTAAAGTAAA TTTCGTTGGA CAACCAGTCT TAGCTTATGT CGTAGAGGAC 
AGATACGCGA TTGAGGACAT TGCGGACGAG ATGTCAATAG AGTACGAGGA ACTTAAGCCA 
ATTATTGACG TGGAAAAAGC TATGAACAGT GACGATGAGA TACATTCCGG GGCTAAAAGA 
AATATCTCAG TGAATAAACT ACTAGAAGGG GGAGAGCTAT CTGCTAAGAA AAGAGCAGAA 
GTTGTAGTAA GCAGGAAGAT AAATCAAGCT AGAATAATTT CAAATCCTAT GGAGCCTAAG 
GGGATTATAG CACATTGGGA TGGAGAGTAT TTAAATATAT ATGGCTCTTT TCAATCCTCT 
TTTAGAATAA AGAACGATTT AAGGGAGACC TTAAACCTAT CCCCGGAGAA AATTAGGGTG 
TATTCTCCCC AAAACGTTGG AGGGGGATTT GGAAATAAGG TACCAGCTCA CCCCGAGTAT 
GTGATAGCTT CTATTGCGTC AATGAAATTA GGTAGACCAG TAAAATGGAT AGAGACTAGA 
TATGAGCACT TAAAAAATCC CACAGTTGGG AGAGGAGTTC TATCTGATGT GAAAATGTAT 
GCCACTAAGC AAGGTGAAAT ACTAGGAATA GAGGGTTATG TGGCTGTAGA TTTAGGCGCA 
TATAATTACA CATTAAATCC TACAACCCCA GCATTCATAG CTCAACTGCT TACTGGACCT 
TATAAAATGA GGTTTGCGTC AATCAGAGCC TATGGAATAT TCACAAACTT GCCTCCCACT 
GGCCCTTATA GGGGTGCTGG TAGACCAGAG GCTGCTTTAA TTCATGAGAC TTTGGTTGAG 
GATTTGGCTG AGGAGTTGGG TGTGGATTCT GTTGAGATTA GGAGGAGGAA TTTGATTAGT 
GATAATGGTT ACGTTACTCC TTTGGGTGTT AGGATTGATC CTGCTGGTTA TAATGAGGTG 
TTGAATGAGG CTGAGAAGTA TTATAGGAAG GCTAAGGAGG TTTATAAGGA CAAGGGAGTT 
TCAATAGTGG TATTTACAGA TATTATAAGG CTATCTCCAG GGGAAGGAGC GAGAGTAAGA 
ATAGAGAACG GGAAAATTAA GATCTTTGTG GGAACAGGAC CTCATGGTCA AGCTCATGGT 
GATACGTTTT CGAAGCTAGC TTCAGAGACA TTGGGAATTC CTCAAGATTT AATCGAAGTA 
ATTACCAACA CAACTGATGG AGTAAAAGAA GGAATAGGGA GTTTCGGTTC TAGAAGTGCA 
ACTGCAGGAG GTTCAGCAGT TATCGAAGCT TGCAAGCAAT TATTGAGTAA AATTAATATG 
CCTATAGAGA AAGCGCTAAA GGAGATAAAT GGTGTAGAGG CCGAGGTATT CTATAAGTCA 
GATGATATAT TTTCTCCTGG TTCTCATGTG GCGGTTGTTG ACGTAGATAA AGATACTGGG 
TTCGTTAAGG TCCTTGAATA CTATGCTGTA GATGACGTAG GTAGAACATT GATAAAAGAA 
GAAGTTGAAG GTCAAATTAT TGGTGGGGTA TTACAAGGCA TTTCACAAGT ATTATGGGAG 
CACGCGCCGT ATGATGAAAA TGGAAATCCA CTATTCTCGT CAATTGCAGA CTGTGGAGTT 
CCCACTGCTG TCGAAGCGAA TTATAAGATT TATGTCAATG AGGTTGAATA TCCATCTGTA 
ACATCTGCTA AAAGCAGAGG AATAGGAGAA GCAGGTACTA CTGGTGCTTT ACCTGCTGTG 
TTTCTGGCCC TAGAGAAAAT TACACATAAA AAGTTCAATA AAACTCCAAT ATATCCTTGG 
GATATTATAG AACAATGA 

 

Protein sequence

MIREDLPKIT GKGTYIDDID PRNTVYLGII RSPIARGIIK SISRPEKALL TLTWEDVKIY 
MPVRVDPETL KQSNIVKMPI LADGKVNFVG QPVLAYVVED RYAIEDIADE MSIEYEELKP 
IIDVEKAMNS DDEIHSGAKR NISVNKLLEG GELSAKKRAE VVVSRKINQA RIISNPMEPK 
GIIAHWDGEY LNIYGSFQSS FRIKNDLRET LNLSPEKIRV YSPQNVGGGF GNKVPAHPEY 
VIASIASMKL GRPVKWIETR YEHLKNPTVG RGVLSDVKMY ATKQGEILGI EGYVAVDLGA 
YNYTLNPTTP AFIAQLLTGP YKMRFASIRA YGIFTNLPPT GPYRGAGRPE AALIHETLVE 
DLAEELGVDS VEIRRRNLIS DNGYVTPLGV RIDPAGYNEV LNEAEKYYRK AKEVYKDKGV 
SIVVFTDIIR LSPGEGARVR IENGKIKIFV GTGPHGQAHG DTFSKLASET LGIPQDLIEV 
ITNTTDGVKE GIGSFGSRSA TAGGSAVIEA CKQLLSKINM PIEKALKEIN GVEAEVFYKS 
DDIFSPGSHV AVVDVDKDTG FVKVLEYYAV DDVGRTLIKE EVEGQIIGGV LQGISQVLWE 
HAPYDENGNP LFSSIADCGV PTAVEANYKI YVNEVEYPSV TSAKSRGIGE AGTTGALPAV 
FLALEKITHK KFNKTPIYPW DIIEQ