Gene Ssol_1999 details

Gene Information

• Locus tag: Ssol_1999
• 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: 1793671
• End bp: 1795644
• Gene Length: 1974 bp
• Protein Length: 657 aa
• Translation table: 11
• GC content: 38%
• Product: formate dehydrogenase, alpha subunit
• Protein accession: ACX92209
• Protein GI: 261602606

Plasmid Coverage information

• Num covering plasmid clones: 11
• 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

ATGGAAGTTA GGAAAACCAT ATGCCCTTTC TGTGGTGTAG GTTGTGGTCT AGATTTTTAT 
GTAGAGAATA ACTTTATATT TAGGGTATCT CCATCACAAG AGCACATTGT TAGCAGAGGA 
CACGTTTGCG GTAAGGGCGC TGTTGCTTCA GAAGTAATTT ACGCCTGGGA CCGTTTAACT 
TATCCTTTAA AGAGAGTTAA GGACACTTTC GTTAGGACTA CTTGGGATGA AGCAATTAGC 
GATATTGCTA GCAAGTTAAA GGAAATTAGG AGTAAGTATG GCTCAGAGGC TATTGCCTTT 
TACGGGGGTT GTCAGAATAC GTTGGAGGAA GGATATTCGT TCATGAAGTT GGCTAGAGCT 
TTGGGTACTA ATAATGTTGA CTCGTGTGCT AGGGTTTGTC ATGAGCCCTC TGCAATGGCT 
TTAAAGGAGT TAGTCGGTAT TGGAGCTTCT TCTGTTACCG TTTCTGAAAT TTTGAATGCT 
AGAAATATTG TAATTTCTGG AGAATCTGTG ACTGATAGCC ATCCCGTTTT GTCTCAATAT 
TTAGTTGAGG CTAAGAGAAA GGGTGTGAAA ATTGTAGTTA TTGATCCTAG GATGACTGGT 
ACTGCTAGGA TTGCTGATTT GTTTTTACAG ATTAGTAGTG GTACTGATAT TTATCTATAT 
AACGCTGTTG CGAATTATTT GATAAGTAAC GGATTATATG ATAGTAAGTT CGTTAAGGAA 
CGTGTTGAGA ACTTTGATGA GTTTAGGGAG ATTGTAAAGT CTTATACTAT TGAGGAAGCC 
GAGAGGATTA CTAGTGTTAG TAAGGATAAG ATTATTGAGT TCGCTAGGAT TATTGCAAAT 
AAGCCTACAA TACTCTCATG GGGTTTGGGT TTAACTCAGT CAAGTGGCGT TAATGCCGTA 
AAGGCTTACA TTAACCTAGC ATTGCTTACT GGGAATGTTG GTATTAATGG TGGGGGACTA 
TTAGTTTATA GGGGTCAAAC AAATGTTCAA GGTTCTGGTG ATTTAATAAA GCCAGATGTT 
TTCCCAAATG GTCCAATGAA TGAGGAAAAC GCTAAGGAGT TGAGTAAGAT TTGGGGTTTT 
GTTCCTCCAA TCAAGAAGGG TTTGAGCATA ACTGAGGCTT TTCTAAGGGA TAGTAATGTT 
AAGGCACTTT TTCTAATGAA TTACAATCCA GCTTTTAGTT TGCCAAATAG ATACAAGGTT 
ATTAAGTTCT TGAAGTCGTT GGAATTGTTA GTAGTAATGG ATCCGTTTAT GACTGAGACT 
GCTAAATATG CACATTACGT TTTGCCTACT CCTTTATGGG CTGAAAAGGA GGGTTCAGTT 
ACTAATTTAG ATCGTACTGT TAAGTGGAGG TTTAAGGTTG TTGATCCTCC TGGGGAGGTT 
AGGAGTGAGT TGTGGATAAT TAAGAGGATT GCTGAGAAGT TAGGTCTTAC TGGTTTTCAT 
GACGATCCTA AATTGGTGTT TAAAGAGATA AAGGAGGTTG CAAAGTTGTA CTCTAATTTG 
ACCCTTGATG AATTGATGGA TTACTCTGTA GACTCCAGGT ATCCTGATCA CGAGTCTAGT 
CTGTACAAGG ATAGGTTTAT GACTCCTAGC GGTAAGGCTA AGTTTGGATT AGTTAGGTAT 
AACGAAATAT CTGGTGATAG TTACATTTTA ATTACTGGTA GAGTTGTGAC TAGGTATAAT 
TCTGATGAGT TGATCAAGAG AGTCCCAGGA TATAGGAATT TCAGTTCTGA TTTGTTGATA 
AACCCAGAGG ATGCTACAAA GCTGAATATC AAAGACGGGG ATATGGTTAA GGTTGTTTCT 
AAATGCGGCA TGGCTGTGAT GAAAGCCAAG CTAACTAACG AGGTTAAGGT TGGTCATACG 
TTTGCTTATA TGCATGATTA CTATGTAAAC AACGTTGTCT GTGACGATTT AGATGATATT 
TCTAAGACTC CAAGATATAA GATAACCTTT GTCAAGATTG AAAAATTGGG ATAA 

 

Protein sequence

MEVRKTICPF CGVGCGLDFY VENNFIFRVS PSQEHIVSRG HVCGKGAVAS EVIYAWDRLT 
YPLKRVKDTF VRTTWDEAIS DIASKLKEIR SKYGSEAIAF YGGCQNTLEE GYSFMKLARA 
LGTNNVDSCA RVCHEPSAMA LKELVGIGAS SVTVSEILNA RNIVISGESV TDSHPVLSQY 
LVEAKRKGVK IVVIDPRMTG TARIADLFLQ ISSGTDIYLY NAVANYLISN GLYDSKFVKE 
RVENFDEFRE IVKSYTIEEA ERITSVSKDK IIEFARIIAN KPTILSWGLG LTQSSGVNAV 
KAYINLALLT GNVGINGGGL LVYRGQTNVQ GSGDLIKPDV FPNGPMNEEN AKELSKIWGF 
VPPIKKGLSI TEAFLRDSNV KALFLMNYNP AFSLPNRYKV IKFLKSLELL VVMDPFMTET 
AKYAHYVLPT PLWAEKEGSV TNLDRTVKWR FKVVDPPGEV RSELWIIKRI AEKLGLTGFH 
DDPKLVFKEI KEVAKLYSNL TLDELMDYSV DSRYPDHESS LYKDRFMTPS GKAKFGLVRY 
NEISGDSYIL ITGRVVTRYN SDELIKRVPG YRNFSSDLLI NPEDATKLNI KDGDMVKVVS 
KCGMAVMKAK LTNEVKVGHT FAYMHDYYVN NVVCDDLDDI SKTPRYKITF VKIEKLG