SSO3023
Coordinates:2772494-2773108
>SSO3023 Second ORF in transposase ISC1058 
MRNMKITFPEASDELEVIADATGISTNTGGQYIVAKWGKTRDSKFLKIEIVMDNNEFNVVNAEVTSNEVESAVKTVKDLQ
DKGKKVKKFYGDKTYDANEVYKTGVEVVVPPKKNASTKRGHLARRKAVREFRKLGYDRWREEKGYGVRWRVESLFSAVKR
TFGESVRATSFAGQVVEAKLKFWAYAWMVHLANSVVGRAPGIRV

>SSO3023 Second ORF in transposase ISC1058 
GTGAGGAACATGAAAATAACCTTCCCCGAGGCAAGTGACGAACTTGAAGTAATTGCAGACGCTACCGGCATTAGCACAAA
CACGGGAGGACAATACATTGTTGCCAAGTGGGGTAAGACTAGGGATTCAAAATTCCTCAAGATCGAGATAGTAATGGACA
ATAACGAATTCAACGTGGTAAACGCTGAGGTCACTAGCAACGAGGTTGAAAGCGCTGTAAAAACAGTTAAGGATCTTCAA
GATAAGGGAAAGAAGGTCAAGAAGTTTTATGGAGATAAGACATATGACGCCAATGAGGTTTACAAGACCGGAGTTGAGGT
TGTAGTTCCTCCCAAGAAGAACGCTTCTACTAAAAGGGGCCATCTTGCTAGACGTAAGGCTGTGCGGGAGTTTAGGAAGT
TGGGTTATGATCGTTGGAGGGAGGAGAAGGGTTATGGCGTTAGGTGGAGGGTCGAGTCCTTGTTCTCTGCGGTGAAGCGT
ACTTTTGGGGAATCGGTTAGGGCAACAAGTTTTGCTGGACAAGTAGTTGAGGCTAAGCTCAAGTTCTGGGCTTACGCGTG
GATGGTTCACTTGGCGAATTCTGTAGTCGGTAGGGCTCCGGGCATTAGGGTGTAA


Sulfolobus solfataricus P2
Sequence spaning coordinates : 2771994 - 2773608
(Additional range around SSO3023 is :500nt.)

>Sulfolobus solfataricus P2
TTTGGTAACACAACTAGACTATTATCTACTATGGCTTCCCTTCCATAATAGTATAAAACTCTAACAATATTATCTGCGAT
AAATTCTATTTCCACATTTAAATTCCCTATTCTCATTATAAAGCTTCTTCATGATCTATTATATAAGCTTTGTGTTATTT
ACTGCTTTGTGGATTGCTTCAGAATTGTACAAAAAGTTTATAAATTATTCGTTTAAGTATTACCTATGGAAAAGAGTAAG
TACAAGAGGGACTGGAGCAAGTACGACGAGAACGTCATAACTAGATATAAGTTGATGTTCCCCTTCTACGTATTCGAACA
TTGGTGGGACTTATTAGCAGAGGAGAACAGGAACGCTAGGACAAAGTATAAAGCTCCGAAGGAGTTCAACGACTTCCTAG
CCTTCCTCCACATCTTCCTACCTTACAGAGCAATAGAAGGAGTATTAAGAGCCTTAGAACAATTGAAAATCATCCCCACA
AGCCAACAATATGGGAGAGA GTGAGGAACATGAAAATAACCTTCCCCGAGGCAAGTGACGAACTTGAAGTAATTGCAGA
CGCTACCGGCATTAGCACAAACACGGGAGGACAATACATTGTTGCCAAGTGGGGTAAGACTAGGGATTCAAAATTCCTCA
AGATCGAGATAGTAATGGACAATAACGAATTCAACGTGGTAAACGCTGAGGTCACTAGCAACGAGGTTGAAAGCGCTGTA
AAAACAGTTAAGGATCTTCAAGATAAGGGAAAGAAGGTCAAGAAGTTTTATGGAGATAAGACATATGACGCCAATGAGGT
TTACAAGACCGGAGTTGAGGTTGTAGTTCCTCCCAAGAAGAACGCTTCTACTAAAAGGGGCCATCTTGCTAGACGTAAGG
CTGTGCGGGAGTTTAGGAAGTTGGGTTATGATCGTTGGAGGGAGGAGAAGGGTTATGGCGTTAGGTGGAGGGTCGAGTCC
TTGTTCTCTGCGGTGAAGCGTACTTTTGGGGAATCGGTTAGGGCAACAAGTTTTGCTGGACAAGTAGTTGAGGCTAAGCT
CAAGTTCTGGGCTTACGCGTGGATGGTTCACTTGGCGAATTCTGTAGTCGGTAGGGCTCCGGGCATTAGGGTGTAA GCT
TGAGAGGAACGTTGAAATAAATATTAATTACTGAAAAATTAGTGTTATACAATATCGTTTTAATGAGACAAATTGAACAA
ATCAACAAAGTAGTTATTTACGACTCTGGGACAAAAACTTTAGATACCCCTTATTTTGTATCATGAACACATGAATAAGA
AGTTAACTCAGAAAGACTTCGACAATTTCAAGGAGTCAATAGAGGACTTGATCAAGTTGCACAAGGAAAGTAGGCTCAGT
AAGATAGAGAACAATAAGGAGAACGAAGAAGAGAGGTCAGCCAGATTAAGAAGATTCGGTCGAGAGTTAAGACTTAGAGG
AGGCAAAGTTCGTCAAGATCAAGAAAGAACAAGGGAGAAAAAGCAAACTAACCCCACAAGAGAAGGCATACATACTGATA
ATCAAGGAATATCTAGGCTTATCCAACAAGGAAACCGCAGAACTAGCATCACTACTGAACCTAACGAAGAAGGAGATAAG
CCACAAGACAGTAGAG