SSO0712
Coordinates:608266-608955
>SSO0712 30S ribosomal protein S3 
MPNIKRYFLEKSIVKVKIDEYLAKQYYNAEYAGVEVLKTPIGTRVIIYAGRPSMIIGRGGRNIKQLAQIFEKVFGLENPQ
ITITNVENPELNARVMAFRLAIALEKGYHFRRAAFISMRRIMNAGALGAEIIISGKLTTERARYEKLKEGIVYKSGQQLE
KMIDRAIAIAMLKPGIFGVEVVITKPLKIEDKINLKESPSVPQEVSVTNVTFIEESSQKSEEKSEGEKE

>SSO0712 30S ribosomal protein S3 
ATGCCAAACATTAAGAGGTATTTCCTTGAAAAGTCTATAGTGAAAGTCAAGATTGATGAGTATTTAGCTAAGCAATATTA
TAACGCAGAATATGCAGGAGTAGAAGTCTTGAAAACTCCAATTGGAACTAGAGTTATAATATATGCAGGAAGGCCTTCAA
TGATAATAGGAAGGGGTGGAAGAAATATAAAACAGCTGGCGCAAATTTTCGAAAAAGTTTTTGGTCTAGAGAATCCACAA
ATTACAATAACAAATGTAGAAAACCCAGAGCTTAATGCTAGAGTAATGGCATTTAGGTTAGCAATAGCCTTAGAAAAGGG
ATACCATTTTAGAAGAGCAGCTTTTATATCAATGAGAAGAATTATGAATGCTGGAGCACTAGGCGCAGAAATAATAATAA
GTGGCAAGCTTACTACGGAGAGGGCTAGATATGAGAAATTAAAAGAAGGTATTGTATACAAAAGCGGACAGCAATTAGAG
AAAATGATAGATAGAGCCATAGCTATAGCGATGCTGAAACCTGGAATATTTGGTGTTGAAGTAGTTATAACTAAACCACT
TAAGATTGAAGATAAAATTAATTTGAAAGAGTCTCCTTCCGTACCTCAAGAAGTGTCAGTAACTAATGTGACTTTTATTG
AAGAATCGTCACAAAAAAGTGAGGAGAAAAGTGAGGGTGAGAAAGAATGA


Sulfolobus solfataricus P2
Sequence spaning coordinates : 607766 - 609455
(Additional range around SSO0712 is :500nt.)

>Sulfolobus solfataricus P2
TTAGCAATGAAAGGATGATCAATTATGGCTAGTTGGAAGTATCCTCAATTAGATGTTGACGAGTTAAAAATTGCAAAGGC
TGTAATAAGAGATGTTCCTGAATCTATAAGAGATCTTTATAATGTTTGTAAAGCTATTAGGGGAATGTATCTTAATGATG
CGAAAGATTTTCTAAATAGAGTTTTAGAGGAGAAGGAAGCCTTACCTTTCTGGAGATATAATAAAGGTGCATCACACAAG
TCTAATATATCTGCCAAGTGGAAAATAAAAGCTGGTAGATATCCAAAGAAAGCTATAAGGCAAGTGTTGAAGGTATTAGA
AAATGCGGAGGCTAATGCGACTAATAAAGGGCTAGATGTTGATAAATTAATTATAAGACATATAGCTGCCCACAAAGGTA
TAACATTACAAAGATACATGCCAAGAGCTTTTGGGAGGGCTACTGCAAAGTATAGAAGGACATCTAATATTGAAGTAATC
TTAGAGGAGGTGGAGTAAT ATGCCAAACATTAAGAGGTATTTCCTTGAAAAGTCTATAGTGAAAGTCAAGATTGATGAG
TATTTAGCTAAGCAATATTATAACGCAGAATATGCAGGAGTAGAAGTCTTGAAAACTCCAATTGGAACTAGAGTTATAAT
ATATGCAGGAAGGCCTTCAATGATAATAGGAAGGGGTGGAAGAAATATAAAACAGCTGGCGCAAATTTTCGAAAAAGTTT
TTGGTCTAGAGAATCCACAAATTACAATAACAAATGTAGAAAACCCAGAGCTTAATGCTAGAGTAATGGCATTTAGGTTA
GCAATAGCCTTAGAAAAGGGATACCATTTTAGAAGAGCAGCTTTTATATCAATGAGAAGAATTATGAATGCTGGAGCACT
AGGCGCAGAAATAATAATAAGTGGCAAGCTTACTACGGAGAGGGCTAGATATGAGAAATTAAAAGAAGGTATTGTATACA
AAAGCGGACAGCAATTAGAGAAAATGATAGATAGAGCCATAGCTATAGCGATGCTGAAACCTGGAATATTTGGTGTTGAA
GTAGTTATAACTAAACCACTTAAGATTGAAGATAAAATTAATTTGAAAGAGTCTCCTTCCGTACCTCAAGAAGTGTCAGT
AACTAATGTGACTTTTATTGAAGAATCGTCACAAAAAAGTGAGGAGAAAAGTGAGGGTGAGAAAGAATGA CGGTAGATC
CCGAAGAATTAAGAAAAATGGAAACTGGAGATCTGTTGAAGAAGTTAGATGAATTAAAGTTAGAGCTAATAAAACTTAGA
GTACAATCTAGAATGGGAACTTTAAAGAATACTGCAAGTATTAGAAATACAAGAAAAGATATAGCAAGAATATTAACAGT
TTTAAGTGAGAAGAAAAAAGTTAAAAGAGAAAAAGTAGAGAATAAATAGTATTTTTATATGTTATATGATTTTAGATTAC
ATTAATTCTAGAATAAAGATTTTATGGTATACGGATCCTTTTCTAATTTCTAGAGAAGGTGTTATTGTATTAGAGACGGA
AAAAACGTTTTTGATTAAATTAGAAGAGAAGAACAAGTTTATAAGGATATTTAAAGCTCATGGTATATTTGAGATAACTT
TTAAAGGTAAGTCTTTTATAATAGCTGGCTATAAGCTGGTAAGAAAACCTTGGAAAAGAATTTAGGTGGGTTAGATGGTA
TCTAAGGGAAA