SSO0960
Coordinates:815475-815990
>SSO0960 hypothetical protein SSO0960 
MLNMPYVDVSSKICRPNEAREIKEGDIILVYPATLNVNGKIVTFPPLSLVSDQCTHEIKKLSWIEGIILTREVFHNTAFL
KCENYIEGEIEILEPTLLTAFTFKQAVGRKIKGYISKGIKGVPLLKVNDQPIVSIDKGRVNVGLCFLDNRDVLVRLFGYS
IFYYITSTLSI

>SSO0960 hypothetical protein SSO0960 
TTGCTTAATATGCCTTACGTAGACGTTAGCAGTAAAATATGCAGACCTAATGAAGCAAGGGAAATAAAAGAAGGAGACAT
AATATTAGTATATCCAGCTACTTTGAACGTAAATGGAAAAATAGTTACTTTCCCTCCACTCTCATTAGTTAGCGACCAGT
GCACACACGAGATTAAAAAGTTGAGCTGGATAGAAGGTATAATACTAACTCGAGAAGTTTTTCATAACACTGCTTTCCTT
AAGTGTGAAAACTATATTGAAGGAGAGATAGAAATATTAGAACCTACCCTTCTTACAGCGTTCACTTTTAAACAAGCTGT
TGGACGCAAAATAAAGGGATATATAAGTAAAGGTATTAAAGGTGTACCGCTATTGAAAGTAAATGACCAACCAATAGTAA
GCATAGATAAAGGCAGAGTAAATGTTGGACTCTGCTTTTTAGATAATAGAGATGTTCTAGTAAGATTATTCGGATATTCC
ATATTTTACTATATTACCTCAACATTATCGATCTAA


Sulfolobus solfataricus P2
Sequence spaning coordinates : 814975 - 816490
(Additional range around SSO0960 is :500nt.)

>Sulfolobus solfataricus P2
TGAATCAAAGACAAGAACTCCACTATGTTGCTGATGTAAAATTTACAGATTCTATGGGAAATCCAATAAGCGTGGGAGTA
GATTTTGGAGACAAAATACCACCATTAAGCAAGAAAGAGGTTAAAGTAAAGATAACTATTGAATTCTACGACGAAGAGTA
GTTCTTCTTTCCAAATAAGGTTTTGCCAAGAAGGAAAGAACAAAATCATCAAAGGGATTAAGCCTATACTCAACATTACT
CAGTTTAGTTACTAAACCTATTTTAGTCATATAATTTATACTATTACTTGCAACTTTTTTAGAAAAATAGGGCATTAAAA
CAGAAAAAGCATCACCTATATTAAATTTCTCATATCTAAATTTCTTGAAAAGAAGGAAATATATTATTACCTCCCTCTTT
TTAAGCCATCTCATATTCATCAGCCTGGTTATTCATCAACTGCTCAGCCCTTACAAGTGCATACATCTTTAATTTTTATT
TATAGTATACCTCTTAATA TTGCTTAATATGCCTTACGTAGACGTTAGCAGTAAAATATGCAGACCTAATGAAGCAAGG
GAAATAAAAGAAGGAGACATAATATTAGTATATCCAGCTACTTTGAACGTAAATGGAAAAATAGTTACTTTCCCTCCACT
CTCATTAGTTAGCGACCAGTGCACACACGAGATTAAAAAGTTGAGCTGGATAGAAGGTATAATACTAACTCGAGAAGTTT
TTCATAACACTGCTTTCCTTAAGTGTGAAAACTATATTGAAGGAGAGATAGAAATATTAGAACCTACCCTTCTTACAGCG
TTCACTTTTAAACAAGCTGTTGGACGCAAAATAAAGGGATATATAAGTAAAGGTATTAAAGGTGTACCGCTATTGAAAGT
AAATGACCAACCAATAGTAAGCATAGATAAAGGCAGAGTAAATGTTGGACTCTGCTTTTTAGATAATAGAGATGTTCTAG
TAAGATTATTCGGATATTCCATATTTTACTATATTACCTCAACATTATCGATCTAA AGGGTTAGGTTTATTTTAATCTC
TGTCGATATTTTCGGAGGATGAATAAGACATACCCTCAAATGAGAGAATATCAGTTTCTTTTCTCTTTTTTGCTTGATAT
TCCTCTGGAGTACCACTAACAACTATTTCATAAAGTTTTGCTTGCTTGCCATTATAGGGTCTCATAATCCTACCTAATCT
TTGAATAAATTGCCTTCTAGAACTGGTCCCAGTCACAATAATCCCTACATTAGCATCCGGAATGTCTATTCCCTCATCTC
CAACAGTGGTTAAAACAAGAACCCCTGCATTCATAGTTTTAAACGTCACTAAAACTCTCTTCCTTTCCTCTTTAGACATC
TTGCCGGTTAAAAGTAAAGAATTGTATCTCTTAGCAATTTCTTCAGCTTGATCAATATACTGTGTAAATATGAGAATCTT
TCCCTTTTCAGACTTAAGTATTTCGTCTAAAGCCTTCATTTTCTCTGAAGCGAAGTTCACTATTTTTCTCATTTCAT