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# Salinibacter ruber DSM 13855, DSM 13855; M31

>SRU_p0027 BseRI endonuclease, putative
GTGGGTCAACCCCTACACTCACCATGTATTCTTTGCTCAGAGTCCACTGT
AGGCTACACCATGTCTGACAGAGCTGACTACGTAGAAAGTTACTCGACGA
AGGTCAATCAAGCCGGGAGTGAAGCCGCAAAACGAGAGCTGTTTAAGAGC
TTGCTTGAACGGCTCTTCAATGAGAATGACCGTGCTCGCGAGATTATCGA
CGACATGAGTCTGGGCGCAGAGTCAGTAGTGGACGTTCCACTCCCGGAGC
GCACAAAGACCGGGTACGCTGATACCCAGTACGGAAGGGTAATCATCGAG
TTTAAGGACGATCTGAACAAGGATGAGGGAGATGCCCGGAATCAGCTTGC
TGAATACGTAGCTGGCAATTGGGAATCTGGTGAGGATTACAACTTTACCC
TCCTTGCCACCGACTGTAAGAATTGGAAGGTGTACGCACCTGACCACAAG
AAGCTGGTTGGGAATGAAAATATAACCGTAGACGACGTCGAGTTGGAGGA
GACAGAGTCATTCCAGATTGACGAAGACCAGCCGGATGAGACGTTCTATT
TTCTGGATCGGTACCTCTTTCAAACTCGGCCACAGAAGCCAACCTTGGAA
CGCATGAAGCAAGACTTCGGCGAGCATTCGCCGATCTTTGTGTCATGTCT
GGATCACCTCAGTCAATACTTTGAGGAGGTGCGTGACGATGATCATGTCA
CAGTAGCGTTTGAGCAATGGCAGCGGTTCCTGAGTATAGCCTATGGTTCG
TTTGAAGCTAGGGAAGAAGCATTTCTCGTACACACTTACCTGAGCATTTT
GGCGAAGCTACTTGCATATGAGGTGCTGACCGGCGATGACCACATCGATC
AGGAGGAGCTTGAAGGCATTCTCCAGGGCAATATATTCGCCAAGTACAAC
GTCGAAAATTTCGTCGACCAGGACTTCTATGACTGGGTAGGGAGGGAAGA
GCACTTTCAGCACCTCCAGCCTGTATTTCGGCAACTGACTAGCCAAATCG
GTCAGTATGACTTTTCCCTAGTGGACGAGGACATCCTGAAGGGTGTATAC
CAAGAGTTGATAGACATTGACACCCGACACCAACTGGGCGAATACTACAC
TCCAGACTGGCTGTGTGAACGGGTTGTTGACGAACTAGACATAGGAGGGA
ATAGCAGTGTCCTTGACCCTGCGTGTGGAAGCGGCTCGTTCCTCCGGGCT
GTAATCGAAAAGTTCAAAGATGAGCATCCTGATCTTTCAGCTCGAGACAT
TTTGGAGCGAGTAGTCGGAGTTGACATCCATCCTCTCTCCGTCCAGATTG
CCAAGACGACAGTTCTTCTCACACTAAGCGAAAAAATACGGTCACTGAGA
CGTCCGGTATCGCTCAAGGTGCATCTCTCCAACACTTTGCATGCGCCGGA
AGGCAGCGTCGACATGTTCGGCGAAGAATTCCGGATGATGATTGACGGAG
ATCCTTATCGCATTACAGTCGAAGTTTTCGAAGACCCTACGACGTTCGAC
GCAGCAATCCGGACGTGCGATAAACTAGCTGAATTCTCGGCTGGTCGGGA
AGACTATGATCGGGAGAAGATTGCCTCTTCTTTGCACAATCAAGAGGAGA
TCGGTGAGTTGTCAGGTAGCGTATTGAAGAGCTTTCATTCCATATACCTT
GGAATTAAGAGAGCAAAAGAGGCGGGTAGGGATACAATATGGAGGTTCAT
TGTTCAGAACCTTTACAAGCCGTACTTTTTGAAAAATAGCTTCGACTTTG
TGGTAGGCAATCCACCCTGGATTACCTACGGAGACGTCGATTACGGGAAC
TACCAAGACGAGCTAGATGATCTTGCTGAAGAGTACAACGTAAAGCCAGA
CAAAAAGAAGAACTATACTCACCTAGAAATAGCATCCATATTTTTGTCTC
ACTCTTCATGGTATTTCTTAAAAGACGAAGGAGAGATTGCCTTCGTGATG
CCACGAAGCATATTCTCCGGCGACCAGCACGACAAAGCGAGAAAAGGCAC
TGCAAGAGGGTACAAGATTACTGAGCTATGGGACCTCGGTGGTGTAGACC
CGCTATTTAATATTCCATCCTCAGTAGTTTTTGCCGACCAGAAGTACGTT
AACAGCCGATTTCCAGAAGAGGGCGTCTCTGGGTATCTGGTCGAAGGCAA
CCCTCCTGAGCAGAACGTGACTTGGGAAGAGGCTGAGAACCACCTCAACT
TCGAGGAAACTCAGTGGCATTACGGGAGGCTCGGCTCACTGACTGCCTTT
ACCCCATACAAAGTTGAGGCGTCGGAGGCTGTCAACTACTACAAAGACCA
CTTCAAGCAAGGAGCTACTACAGTACCACGAAACTTTTATTTCGTGGAGC
TTGACCAGAAGCGTCCATCCAGTTTGGACAACAGGCTCGTATCCGTAAAG
ACCAATGAGGAACGACGGAAGTACGCCAGCAAGCGGTGGAAGCCGATCAA
GCTATCAGGACAAGTACACAGTGACTACCTGTATCGAACAGCAATCTCTA
GTAACGTCGTCCCATTTGCTATAATCGAGCCAGAACTTGTGGTGCTCCCT
GTTGAAGTTAATTCTGGTCACCCAAGGATGAAGCATTGGGATGACATGGT
AGAAGAAGGCGACTTGAAGACTGCAAAGTGGTTTAAGGAGGTTGAGGAAT
ACTGGGAGTCGAATAAAACAGACAAATCTGAAAAGCTAACCTACCTCGAC
CGCTTAGACTATCAGTCTGGTATTGTCGATCAGAATACCAATACACCTTA
TATAGTGATGTATACCTCTTCCTCTAAGGATGCAAACGCTGCGGTACTCA
AAAGAGGGGAGGTTGATCTACCGTTTATAGTCGAACATAAAACCTACTGG
TACGGAACAAATGACCAGGATGAGGCACACTTTTTAGCAGGCTTCCTTAA
CTCTGCTGAACCCAATCGACTGATCAAGAGCTTCCAGTCAAGAGGACTCT
TCGGGCCCAGGGATGTCCATAAAAAGATCCTTGAAGTACCACTCAACCAG
TTTGATCCTGAACACGGAAAACATCAAAGGATCGCACAGATGAGTAGGAA
GTGTGCAAAAGAAACTGATCGATACCTTAGAGAAGAGAAAGATACATCGA
AACGTTCACCATATCATCTCGGACGTCTCCGTAGCTCTGTGCGAGATCAC
CTGACAGATCGAATGGAAGAGATTGATAGTATCATACGGTCGGTGATAGA
GAAATAG