SSO1686
Coordinates:1539641-1540336
>SSO1686 hypothetical protein SSO1686 
MCRMLAYYGRDKDYLKKLANCLVRASQKDPLSDDIHGDGWGVAALTTNKLVYYRSHLPIFEDKDNLESIIDSLDGEVKVI
IHARQASDKNLVSVYYSHPYLESNHERLLFLAHNGSVDKYKLGEMIGIDPTLMVDSELVAKYLSIYGIKEVDKLRDVTQS
ALNLLLLEINRKDRSSHLFYYNYYRKDKIRRKEDYYKLYLHNGAVYSSSLAYTGCEKGEEVELGKLLVLNG

>SSO1686 hypothetical protein SSO1686 
ATGTGTAGAATGTTAGCATACTACGGACGGGATAAGGATTACCTTAAAAAATTAGCCAATTGCTTAGTTAGGGCATCTCA
AAAGGATCCCCTATCAGATGACATTCACGGAGATGGATGGGGGGTTGCAGCACTGACTACAAATAAGTTAGTATACTATA
GGAGTCACTTACCCATTTTTGAAGATAAGGATAACCTAGAGAGTATAATAGACTCATTAGACGGTGAAGTGAAAGTAATT
ATCCACGCTAGACAGGCAAGTGATAAAAACTTAGTCTCTGTATACTATTCTCACCCCTATTTAGAAAGTAATCACGAACG
TTTACTTTTTCTGGCACACAATGGAAGTGTTGATAAGTATAAACTAGGTGAAATGATAGGGATAGACCCTACACTGATGG
TGGATTCTGAATTAGTTGCAAAGTATTTATCTATTTATGGGATTAAGGAAGTTGATAAGCTCAGAGACGTTACACAATCT
GCGTTAAACTTACTCCTATTGGAGATAAATAGAAAAGATAGATCTTCTCATCTATTCTATTATAACTATTATAGAAAGGA
TAAGATACGCAGAAAAGAGGACTATTACAAGCTGTATCTTCATAACGGTGCAGTATATTCATCCTCATTAGCATATACTG
GATGCGAAAAAGGAGAGGAAGTAGAGTTAGGAAAGTTGTTAGTGTTAAATGGTTAA


Sulfolobus solfataricus P2
Sequence spaning coordinates : 1539141 - 1540836
(Additional range around SSO1686 is :500nt.)

>Sulfolobus solfataricus P2
GTCTTACAAATATAAATTCAGCTAAGATTATCGTATTGTTTCTTCAAATGTAAGAAAACATATCCCATTGTACTTATCAT
TAATAACCTAAAATACAATTATACCCATCTAACAATATAAATAAAATGAAATTTCTTTGAATCTAATGTTATTTTTGATA
CATGTTCATACCCAATAACCATGGGCATTTCACCAATTTTACACTTTTTAGGTAAACAATTATAAAAAATATTATTATAG
AGCTGGATTTTTCTATAAATTTTGATATAATTAAATAAAATAGTCATATAATTCATGATCATTAGTTATAAACAGAAAGC
AATTGTTTTTAATAATACGATTTTGGGAGTACCGTAAAAGGGCGAGGCTTTCAGCATTTTGTAAAGGACAAAGGCCTTTT
CGTGGAAAAACTAACATAAAAAGGACAAATAATAAACCATTTTTACAAAGTGTATCGACCATAAAACTTTATACGCCCAC
TAAGACTATTTAAAAATAGA ATGTGTAGAATGTTAGCATACTACGGACGGGATAAGGATTACCTTAAAAAATTAGCCAA
TTGCTTAGTTAGGGCATCTCAAAAGGATCCCCTATCAGATGACATTCACGGAGATGGATGGGGGGTTGCAGCACTGACTA
CAAATAAGTTAGTATACTATAGGAGTCACTTACCCATTTTTGAAGATAAGGATAACCTAGAGAGTATAATAGACTCATTA
GACGGTGAAGTGAAAGTAATTATCCACGCTAGACAGGCAAGTGATAAAAACTTAGTCTCTGTATACTATTCTCACCCCTA
TTTAGAAAGTAATCACGAACGTTTACTTTTTCTGGCACACAATGGAAGTGTTGATAAGTATAAACTAGGTGAAATGATAG
GGATAGACCCTACACTGATGGTGGATTCTGAATTAGTTGCAAAGTATTTATCTATTTATGGGATTAAGGAAGTTGATAAG
CTCAGAGACGTTACACAATCTGCGTTAAACTTACTCCTATTGGAGATAAATAGAAAAGATAGATCTTCTCATCTATTCTA
TTATAACTATTATAGAAAGGATAAGATACGCAGAAAAGAGGACTATTACAAGCTGTATCTTCATAACGGTGCAGTATATT
CATCCTCATTAGCATATACTGGATGCGAAAAAGGAGAGGAAGTAGAGTTAGGAAAGTTGTTAGTGTTAAATGGTTAA TA
TAGTACTTAGGATTCTCTGGAGTGGGGAAGTTACTAGGGTAGCGTTGGAGGAAGCTAGAAATATGAACGCTAAGTTAATA
GTCTATAGGAACGCGGGACAAAGTACGACTAGCATTTATAGGAAAATCGTTACACTTTTACGTTACGTTAAAAATATATA
ACGAATCTTTCCTAGTTAGATGAGAAATGTTTATTGATAAGCTATAATATTAAGAAGTACAATGAAAGATATTTATAAAT
ACATGGATAAATATTTTGACTTTTTATGATAAGGGAATTTCCTAAAACTACTAACTCTGCAACATCCCCTTGTACTTCTT
GTACATCTGGGCCTTGGCAGATATGACGAAGTCCAAGCCCAACTCCAAGAGGTATCTAATCACTTCGTTCACTGCGAACT
CCCTGTCCGCGAAGACCATGACGAGCCTCAGCTTGTCCTCCTCCAACTCCTTCACGATTACCTCCATCACCGCCTTGAAA
CCTTCAGCTATGTTCTT