SSO2023
Coordinates:1836633-1837319
>SSO2023 hypothetical protein SSO2023 
MCRMLAYHGDDKEYLKRLTNCLAKASLNDPLTNETHGDGWGIVAIASNNLIHYRSHLPIFKDENLEKILNLLDGEMKVII
HARQASDKRLISPYYSHPYLESTPKSILFLAHNGSVDKYKLGNVLGIDPMLMVDSELVAKYFATYSIKEIDKLQDVTQSA
LNLLIMEINRIDRSSTIYFYNYYRKDRIKRKEEYYKLYFNKGAIYSSSLAYTGCEKGEEVKFGNLGEL

>SSO2023 hypothetical protein SSO2023 
ATGTGTAGAATGTTAGCATACCATGGAGATGATAAGGAGTACTTAAAGAGACTTACGAATTGCCTAGCTAAGGCATCACT
AAATGACCCATTAACCAATGAAACCCATGGGGATGGCTGGGGAATTGTGGCAATTGCTAGTAATAATTTAATACATTACA
GAAGCCATCTCCCAATATTTAAGGACGAAAATCTAGAGAAAATCCTAAACTTGCTAGATGGTGAAATGAAAGTAATAATT
CACGCTAGGCAAGCCAGTGATAAGAGATTAATCTCCCCCTATTATTCCCATCCTTATTTAGAAAGTACTCCAAAATCAAT
ACTATTCTTAGCCCATAATGGTAGTGTCGATAAATACAAATTGGGTAATGTACTAGGAATAGACCCCATGCTAATGGTAG
ACTCAGAACTTGTTGCCAAATATTTTGCAACATACAGCATTAAAGAGATTGACAAGTTGCAGGACGTTACACAATCCGCA
TTAAATCTGCTAATCATGGAGATAAATAGGATTGATAGATCCTCTACTATCTACTTCTATAACTATTATAGAAAGGATAG
GATAAAAAGAAAGGAAGAGTACTATAAGTTATATTTTAATAAAGGTGCTATCTACTCTTCATCTTTAGCCTATACTGGTT
GTGAAAAAGGTGAGGAGGTTAAGTTCGGTAATCTGGGAGAGCTATAA


Sulfolobus solfataricus P2
Sequence spaning coordinates : 1836133 - 1837819
(Additional range around SSO2023 is :500nt.)

>Sulfolobus solfataricus P2
AAGGAGAGAGCTGAAGTGGCTTGGATTTGGTATGTTAGCGCAATCGACGTGGATCTCACCAAACCCAATTGAAGATACCT
TAAAGAATTTCATTAACGATCACTATGGTTCATCTAATGGTATACAAGTAGACATTTTCGTTGCAAATTATCTAGGAGAA
CCTAAGGGACTAGTAGAAAAATGTTGGAATTTATCTGAAGTTGAACAAGCTTATAGAGCGTTCTTAGAAAAATGGACTGG
AGTACTAGAAAAGGTAAGTAGTCTAAAAAGTAATGAGGCGTTCGTAACTAGGATACTACTTGTCCACGAATATAGAAAAT
TTTTAAACATTGATCCAGATTTACCTGAGGATTTATTACCTCCAAATTGGATAGGGTATACAGCATATGATCTATTTATG
AAATTAAGGGAGGAACTTACTCCTAAGGCTAACGAGTTCTTTTATAAGGTTTATGAACCATGAAACATTTTTATCCCCTC
ACATCATCTATTAAAATAAC ATGTGTAGAATGTTAGCATACCATGGAGATGATAAGGAGTACTTAAAGAGACTTACGAA
TTGCCTAGCTAAGGCATCACTAAATGACCCATTAACCAATGAAACCCATGGGGATGGCTGGGGAATTGTGGCAATTGCTA
GTAATAATTTAATACATTACAGAAGCCATCTCCCAATATTTAAGGACGAAAATCTAGAGAAAATCCTAAACTTGCTAGAT
GGTGAAATGAAAGTAATAATTCACGCTAGGCAAGCCAGTGATAAGAGATTAATCTCCCCCTATTATTCCCATCCTTATTT
AGAAAGTACTCCAAAATCAATACTATTCTTAGCCCATAATGGTAGTGTCGATAAATACAAATTGGGTAATGTACTAGGAA
TAGACCCCATGCTAATGGTAGACTCAGAACTTGTTGCCAAATATTTTGCAACATACAGCATTAAAGAGATTGACAAGTTG
CAGGACGTTACACAATCCGCATTAAATCTGCTAATCATGGAGATAAATAGGATTGATAGATCCTCTACTATCTACTTCTA
TAACTATTATAGAAAGGATAGGATAAAAAGAAAGGAAGAGTACTATAAGTTATATTTTAATAAAGGTGCTATCTACTCTT
CATCTTTAGCCTATACTGGTTGTGAAAAAGGTGAGGAGGTTAAGTTCGGTAATCTGGGAGAGCTATAA TGAGTAACATT
TTACTGAGGATACTCTGGAGTTAGGTTTTAACTAGAGTATCTTTGGAAGAGGCTAGAAATATTAACGCTAAATTTAGTAT
TTACGCTAAAAATAGGGAAGGTGTCGCAACAGTAGATCTAGATAGAATAATAGAGGCAAGAGATATGATGAGAGGACCAG
TAATTATAGTTAATGGCGGTTTAGGAAGTAAGGAGCTCATAAAGGATAAGAGTTTTGGCGTTAAGGATTGGGAGGAAGCC
TTGGATAGTATAAATGAGATTTTTGAGGAGGAAAATGAGTTTGAACTCATATATGGGAGATTGCTAAGAGTTTAAGATGG
AAAACCACGCCGAAAGGTTAAAGGAATTGATGGAAGAGGCTAGTTTGCGTTGAGAATAGAGGAGTTAAAAACCAAACCTC
CCTCATTAAGAGAATATCTTAACGTTAAACCTTCAAATTTCCCGTCTATATTATTCCTATTTTAAAACATACATTAACTT
GAGGTATT