Gene Ssol_2046 details

Gene Information

• Locus tag: Ssol_2046
• ID: 0
• Is gene spliced: No
• Is pseudo gene: Yes
• Organism name: Sulfolobus solfataricus 98/2
• Kingdom: Archaea
• Replicon accession: CP001800
• Strand: -
• Start bp: 1836545
• End bp: 1839354
• Gene Length: 2810 bp
• GC content: 41%

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.0900396
• 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

ATGGAGGCCC CAGTTGCTGG AATAGATATA TCAAAAGATA AATTAGTAGT GTACTTCCAA 
GGTAAATACT ATGAATTTCA AAATAATAAG CAAGGTTTTG AGGGAGTAAA GCAAGTCTTG 
CCTAAGGGTT GTAAAGTGGG TATTGAGAGT ACTGGAATTT ACCATATTAA CTTAAGCTAA 
GTACTTGTGT TATGATGTTA GGGTTATTAA TCCCTTAGTA ATCAAGGGTT TCAGGGGGAA 
GAAGAATGAT AAGAGTGATA AAAACTTGCG GAATTAGCTG TTAATATGGG TAGTCAGTTT 
ATAACGAGTG ATGCTAGAGA GTTGACTAGC CAATGGGAGT TTGTAGTGAA GAGTATTACT 
AGGGTTAAGA ATAGGTTGAG GAGGGATTTA ATTCTCTTGG GTTATAGTGA TAGTTTGTCT 
AGGAGGAATT TAAGTGAGAA GAGTGAGGAT AGTGTGGTTC TAGCTGAGGT TTCTTTTGGA 
CGAGTTGGAG AGGCTTGAGG GTAGGAAGAG GGAGATTGAG GAGAGGCTTG AGGATCTTGT 
TCCCAAGGAT AGTTTGATTT TCACTATTCC CAGTATTGGT AAAACCTTGG GTTCTATTAT 
TTTGGCTAGG ATTGGTGATG TTGGGCGATT TAGTGATAAG AAGGGGTTTG TTGCCGTTGC 
CAACAGTTTC AGATAAACCG TAAAGTTTAT ATTATTTTGC CACAAACTCT TATACAACGC 
TAAGACCTAA GGAAGCATGC CAAAGACTAG GAATATCCTA TGCAACACTT AGAGAATACG 
TTAAGAAAGG ATACATAAAA CCAGTTATAC TACAGAGCGG AAAACAAAGA TTCAGAGAAG 
AAGACATAGA GAGGCTAATG GGAATTATTA GAAAAAGAAA AGTAATACTT TACGCTAGAG 
TATCATCAAA CACACAAAAA GACGATCTAG TAAACCAAGT TAAGTACCTA GAGGAACAGG 
TCAAGGAGTA CGACCAAGTA ATCACTGACA TAGGTTCCAA GTTAAACATG AAGAGAAAGG 
GGTTCTTGAA GTTGTTGAGA ATGATATTAA ATAACGAAGT ATCACGCGTA GTTGTTGCTT 
ACCCAGACAA ACTTGTTAGA TTCGGCTTCG AAATCCTAGA GGAGACTTAT AAAGCACATG 
GCTGTGAAAT AGTAGTAATA AACCAAGAGG ACAAGACACC AGAAGAATTG GTTGAAGACT 
TAGTCTCAAC ACTAGTCTCA TTCAGTGGGA AACTGTATGG TATGAGGAGT CATAAATACG 
AAAAGGTGAA GAAATGTGCT GAAGAACTTA AGAATTAGAA AATTTGAACC GGAAGAGGAA 
TACGTGCACT TCACGTACTC TATCAAGAAT AGTGAGAGGG AGAAGAGCAA AGAGTTAATT 
AAAGAATACA GAACACTACT ACAGAAAGCA ATTGACTACC TGTGGAATTT AACGAAAATA 
CAAGTAAGAA AAAAGAACGG TAATTACAAG ATAACACTAC CGAAGAAGAA GGAAGTGTAC 
AAACCACTTA GGGAAGAGTT GGAGAAGATC AACCACCTCG CGTCACACTA CGTCGATAAG 
GCAATTAATG ACGCATTCTC GATCTTGAAG TCGTGGAGGA AAAGGGCCAT AAAGGGGAGA 
GCTTCGATTG AAAAACCAAG GGTGAAGAAG GCTTACGTTA GGATAAAGAC GACTCTGAGG 
AAGGTTGTGG GGGAAAGCGT TAGAATAACT GTAAGACCTC ACGAGTACAT CACCTTCCCG 
TGGAGTAAGT CATGGTTCTC AAGAAGGGTT AGGGAGTTGG AACTTGGCGA ACCTATAATT 
AAGGAGGAGA AAGTGTATTT GCCATTTCGT TACAAGTTAC CGTGGGTAAC ACCAGTGAAC 
TTTCTAGCTA TTGACTCCAA CCTTTATACT CTAGATGCTT ATGATGGTGA GAAATTCGTT 
ACAATCTCTC TGAAGCAGTT GTACTCCCTT AAGTACTCTA TGGAGGTGAA GAGGGCTAAG 
GTGCAATCAT TTGCATCAAA GCACACGAAG AGGGGGAGAG AGTTGTTAAG GAAGTATTCG 
CATAGGGAGA GGAATCGCGT TCTGGACTTC GTTCACAAGT TTGTAAACAC TTTGTTGGAC 
TTGTACCCCA TGACGTTTTT CGCTGTGGAA AAGCTTAACA AAGAGAGTAT GTTTAAGGAT 
GCTAATGGCT CTCTTTCGAG GAAGATTTCT AGGACTGTTT GGAGGAGTAT ACATAGAGTG 
TTGAAGTACA AGGCTCCGCT TTACGGTTCT TTCGTTAAGG AAGTGAACCC ACACCTCACC 
TCGAGGTCTT GCCCCAGATG TGGGTTTGTA TCCCGAAAGG TTGGTAAGAC CTTTGAGTGT 
GAGAGGTGTG GGTTCAAGTT GGATAGGCAA CTGAACGCGT CACTGAATAT TTATCTCAAG 
ATGTGCGGTT TTCCTCACAT CCGTGAAATA GCGCGGGTGT GGGTTGGGGT TATCCCGCTA 
ATGGGGCGGA GAGGGATGAA CGTCCGCGAC TTCGGTGAAG CCCAAGGGCT GAGGATTGAT 
ATTAAATATC ATGAAATCCC ATGAAGCCCA AACCCCTATT GTGATCTTGA TCCAGTTGTT 
AAGTCTAGCA GTAAGAGTGT TGTTTCAAGG GGTATTTCTA GGAGATGCTG TTTTGAGGAG 
GGCTTTCTAT CTTCTAACTC TAAGTGCTAT TAGAGTTAAC CCCGTAATTA GGCGTTTTTA 
TGAGGGGCAC AAGGGGAAGT TGAAGGGTAA GAAGTTGATT GTTGCTTGTG CTAGCTGTTA 
TTACTTGGGC CGTACTGTAC TATAACAAAT CATTCAACGC TAACGAGTGA 

 

Protein sequence