SSO2688
Coordinates:2444755-2445102
>SSO2688 Mercury resistance operon repressor, probable (merR) 
MEPLTNELESLFSALADGTRLRIVLFLLDKGQATVDEISKSLGKSQSLISHHMACLRNCGIVKVRKDGKFSYYSISTPEI
IELIKLSINHVKKYSQSILSCDVLAEEKGQVKLSH

>SSO2688 Mercury resistance operon repressor, probable (merR) 
GTGGAGCCTCTTACAAATGAATTGGAATCACTATTCTCTGCCCTAGCAGATGGGACGAGATTGAGAATAGTGCTCTTTCT
ATTAGACAAGGGACAAGCTACTGTAGATGAAATAAGCAAATCGCTGGGGAAATCGCAATCTTTAATATCTCATCATATGG
CTTGTCTGAGAAATTGCGGAATAGTTAAGGTTAGAAAGGATGGTAAGTTTTCGTACTATTCAATATCAACACCGGAAATA
ATTGAACTAATAAAACTATCCATAAATCATGTCAAAAAATACAGCCAATCTATCTTATCTTGTGATGTTCTAGCAGAGGA
GAAAGGTCAAGTTAAATTATCTCATTAG


Sulfolobus solfataricus P2
Sequence spaning coordinates : 2444255 - 2445602
(Additional range around SSO2688 is :500nt.)

>Sulfolobus solfataricus P2
CTTTTTTCCTATTACTTTTGAAGAGTAATTGTACAATTCACCTATTCTCAACATTCTCTTCGATGGAACACATCCTACAT
TAACGCAAGTTCCGCCTATTTCTCCATAACCTACAACCACTGGCTTTATTCCGAGTTCATTTGCCCTAATTAACGCCGCA
AATCCAGCTGCGCCGTATCCTATGATCACCAGATCTTCCACTATCTATCCCTCTCTAGCAACACGATGATACTCCTTCCT
TAAATCTTGCCTCATATTTATCGGCACAATGAGAGCAACAGAAGTAATGTTCTTTACCATTGATTTCCCTTACATATATT
TCATCTTCGGATAGTTTAACGCCGCAGTTCTCGCATTTTAACTCGTCTTGTTTCAAATTTAACCTTAGATTAACCATCTA
GTTCACCTATTTATGATTCTTATCAACTAATATAAAAATCTTTCATATGAACATATGTTCATAGAAAGACTTATTTTCAC
CTATTGACATTATAAAAGT GTGGAGCCTCTTACAAATGAATTGGAATCACTATTCTCTGCCCTAGCAGATGGGACGAGA
TTGAGAATAGTGCTCTTTCTATTAGACAAGGGACAAGCTACTGTAGATGAAATAAGCAAATCGCTGGGGAAATCGCAATC
TTTAATATCTCATCATATGGCTTGTCTGAGAAATTGCGGAATAGTTAAGGTTAGAAAGGATGGTAAGTTTTCGTACTATT
CAATATCAACACCGGAAATAATTGAACTAATAAAACTATCCATAAATCATGTCAAAAAATACAGCCAATCTATCTTATCT
TGTGATGTTCTAGCAGAGGAGAAAGGTCAAGTTAAATTATCTCATTAG AGTACCATATGTGCTTAGGTTTACTCATCTC
AACTATGAAGCAAGCATCCTCTCCCTTCTCTTTATGCATTAATTGGTGATTTAGAGCTTTAGAAATTGGTAATATTTGAT
TACACGCTTTACATCTTAACATGACCTCGTCGTATTCTGATAACGAAACTCGAGGTAAAAGCGGAAGAATGTCTTCATTA
CCAATTACTGGTAGCTTAGTGGGTATAATTTTCCTACTGCTCATAAATATATGTTTATGAAAAGATCAATAAAAACTTTA
TTCAATAATTAGACGTTAAAAAGCTTAATCTCCACGTTTCCAAATCAACGCATCATCACTTTTTCTCCTAATCATAAGTA
CCCTATGGAGTGGAATTATAGTATCTTCTCCTTTAAGATACAAATAATTGTTATCTACAGTATAAATATCCGTAAAGGGG
ATCTCTTTTAGTCCAGTCTCAGTTAACTTATCCTTTATCACAATGACGTAATCGTCAATCTTCTCCTTA