Gene Ssol_1693 details

Gene Information

• Locus tag: Ssol_1693
• 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: 1516680
• End bp: 1518809
• Gene Length: 2130 bp
• Protein Length: 709 aa
• Translation table: 11
• GC content: 36%
• Product: phosphoribosylformylglycinamidine synthase II
• Protein accession: ACX91910
• Protein GI: 261602307

Plasmid Coverage information

• Num covering plasmid clones: 7
• Plasmid unclonability p-value: 0.708191
• 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

ATGGGCATAA ATCTTCTCCC TATAGAGATG GACGAGATTC GAAAAAGACT AGGTAGAGAA 
CCTAATGAGA CCGAATGGAG AGTTATTGAT GCAGTATGGT CAGAGCATTG CTCTTATAAA 
TCATCTAAAA TCTTCTTAAA GAGCTTTTCC ATAGATAGTC CTAATGTTAT AATGGGCATA 
AAAGACTGGC AAGATGCTGG AGCGGTAGAT ATAGGAGATG GATGGGCAGT AGTAATAAAG 
GTTGAAAGCC ATAACCATCC TTCTGCCATT GATCCATTCA ATGGTGCTGC AACTGGTGTA 
GGAGGAATAA TAAGGGACAT TATTAGCAAG GGGGCAAAGC CAATTGCACT TATGGACATG 
ATAAGGGTTG GAAATCTGAA AATAAAGAAA AACGTATGGT TGCTTAAGAA CATAATTGCA 
GGGATTGCGG CTTATGGCAA TAGTATTGGA GTCCCGGTAG TTGGTGGAGA ATTATCATTC 
GATGATACAT ATAATGATAA TCCGCTAGTA GATGTAGCAG CGATCGGAAT AGTTAGAAAA 
GACAAGATAA AACCAAGTAT TGTAGATAAA GCGGGACTTA AATTAGTGTT AGCTGGACTA 
ACCGGAGTTG ATGGTTTAGG CGGAGCTTCA TTTGCGTCTA GAAAGTTAAG TGGTGAAGAC 
GAAATTGGAG CAGTACAGAT AGCTGATCCT TTTGCTGGGA AAATTATATT GGATGTAACC 
TTAGAAATCG CTGATAAAGT AGAGGCTATT AAAGACTTAG GTGGTGGAGG GCTAGCAGTT 
GCTGTAACTG AGATAACAAA CGGACTTGGT GCTACAGTAG ATATAGAGAA AATTCCATTA 
CGTGTAAAAA ATATGAATCC GTCAGATGTA ATCATATCTG AAACACAAGA GAGAATGTTA 
TATGCAGTGG AGGAGAAAAA CGTTAAGGAA GTTTGCGAAG CTTTTGAAGA ATACGAATAC 
CCTTGCAGTG TAATAGGTGA GATAACTAAT GAACCAGTAA TTAAGTTTAG ATATATTGGT 
AAAGATCTCG TCTCCCTACC CACAAACGTA TTATTAAACC CGCCGAGGTT TTTATGGCCA 
ATAAAAAACA CTAAGAAAAA TGTTGAAGAG AAAATTGTTG ATTTACCGTT AGAAAGTGCA 
ATTTATACTG TATTAACACA TCCAGATTTA GTAAGTAAAG GATGGGCCTA TTCACAGTTT 
GATTATGAAG TAAATACCTC AACAGTAGTT AAACCCGGTG ATGCTGATAG TGCAGTAGTC 
TCGCTTCCTA ATGGTAAGTT ATTGGCGATA AAAGCGGATG CAAATCCTGA CATGTGCGCT 
GAGGATGGAT ATGAGTGCGG AAAAGGAATA GTAGCAGAGG CCTATAGGAA TTTAGCTACA 
GTAGGGGCTA GAGGAATGGT AGCAGTTGAT CATTTACAGT TTGGGGATCC AAAGAAGGCA 
GAAGTTTACT ATACTTTCGT AGAAGCAATA AGAGGTATAG GAGAGGCTAC TAGATTCTTT 
AACATACCTA TTGTTGGTGG GAAAGTTTCA TTTTATAATG AAAATAATCA AGGAAGACCA 
ATAAAGCCAA CACCTTTAAT AGTTATGGCA GGGTTAGTTC AAGATAAATT ACTTAAAAAT 
AGAGTGGAAG ACAACTTATA CGTTGTATCA GTAGGGTATA CGCGAAAAGA ATTAGGGGGA 
TCATTATTAT CAAAGATATT TAAGATACCT AGTCAAGCTC CTAAAGTAAG ATTACAAGAG 
GATCTGTTAT CTTCTGAGGT AGTAATTGAT TCTATAAATG AGGGGAAAAT TACATTTGCG 
AAAGATGTAA GTAGAGGTGG CCTAGCGGCA TCTCTTTTTA GCATACTAGT TCATGGATAT 
GGAGTAGAAA TCAGTACTAA GAGTATTTTA AGCGATACTG ACAATGTTAT AGAGAATCTA 
TTCTCTGAAA GTAGTGGACG TTTCATAGTC TTAACTAATG AACCAGAATG GATAGTTGAA 
AAGAGTAAGA GTAAAGGTAT TGTAGCATCT ATAATAGGAA GGGTCAATAA AAAAACTAAT 
ATTTTAACTA TTGATAATAT AGATTATAAT CTTAAAAATA TAGTTGATAA TTACTTTAAT 
TTTCTAGAAG AGGTAATGGG TAATGGATAG 

 

Protein sequence

MGINLLPIEM DEIRKRLGRE PNETEWRVID AVWSEHCSYK SSKIFLKSFS IDSPNVIMGI 
KDWQDAGAVD IGDGWAVVIK VESHNHPSAI DPFNGAATGV GGIIRDIISK GAKPIALMDM 
IRVGNLKIKK NVWLLKNIIA GIAAYGNSIG VPVVGGELSF DDTYNDNPLV DVAAIGIVRK 
DKIKPSIVDK AGLKLVLAGL TGVDGLGGAS FASRKLSGED EIGAVQIADP FAGKIILDVT 
LEIADKVEAI KDLGGGGLAV AVTEITNGLG ATVDIEKIPL RVKNMNPSDV IISETQERML 
YAVEEKNVKE VCEAFEEYEY PCSVIGEITN EPVIKFRYIG KDLVSLPTNV LLNPPRFLWP 
IKNTKKNVEE KIVDLPLESA IYTVLTHPDL VSKGWAYSQF DYEVNTSTVV KPGDADSAVV 
SLPNGKLLAI KADANPDMCA EDGYECGKGI VAEAYRNLAT VGARGMVAVD HLQFGDPKKA 
EVYYTFVEAI RGIGEATRFF NIPIVGGKVS FYNENNQGRP IKPTPLIVMA GLVQDKLLKN 
RVEDNLYVVS VGYTRKELGG SLLSKIFKIP SQAPKVRLQE DLLSSEVVID SINEGKITFA 
KDVSRGGLAA SLFSILVHGY GVEISTKSIL SDTDNVIENL FSESSGRFIV LTNEPEWIVE 
KSKSKGIVAS IIGRVNKKTN ILTIDNIDYN LKNIVDNYFN FLEEVMGNG