tg1518

Coordinates:1423539-1424783

>tg1518 MoxR associated protein, containing DUF58 domain
MRRMDVLLFATLAPFSLALFTGVLGLAYASLIPASILAYSLMSDPPSGFHVERTVEARNLAVGRRARVRVKLTVERGAGL
VFIGDVVSPGLKVHGRNRRVFVKLPGEVLQVEYSYEVSPGKRGVHSISPVEVISQDFLGILRKNYGIFGDEVTIEARPVI
GSLRASSLRSIRAKRRGLPVVLSRKGISSKDFKEIREYQPGDPLKAINWKATARFGVPLVNEYEPEGMATVMVYADTTTD
MGTGDVFNGALESALGLSLSLVHTLLKANLRVGLYLAGSKRFVTPRTGTQAFSSFLRAVLSAGPSPNPEPMPLAVERSKR
AGKVDLAIIITNITPYNVSELRDAIGKLRKTFNCRVLLVDVNPYGAIDKEVMQLSRLHKRKLAGKLGVPVVEWVPSREGP
STALKKILGGVSLAL

>tg1518 MoxR associated protein, containing DUF58 domain
atgaggcggatggacgtcctgctgttcgcgacccttgcgccgttctcactcgcgctgttcaccggggttctcggtctggc
atacgcaagcctaattccggcatcaatccttgcgtactccctcatgtctgaccccccgtcaggttttcacgttgaaagaa
ctgtggaagcgcgaaaccttgccgtgggccggcgcgccagggttcgcgttaagctcaccgttgagcggggcgctggtttg
gtgttcatcggggacgttgtctctcccgggcttaaggttcacggccgaaaccgcagggttttcgtaaagctcccaggcga
ggttcttcaggtcgagtattcctatgaggtctcccccggaaagaggggcgttcactcaatatcccctgtggaggtcataa
gtcaagatttccttggaattcttagaaagaactacgggatattcggagacgaggttacgatagaggccagaccggtcatt
ggtagtctcagggcgagttccctgcggagtattcgggctaaaaggcgtggtctgccagtggttctctcccgtaagggtat
atcctccaaggactttaaggagattagggagtatcagcccggtgaccccctaaaagcaatcaactggaaggcaaccgccc
gctttggggttcccctcgtcaacgagtacgagcccgagggtatggcaaccgtcatggtgtacgcggatacgacgaccgat
atgggaactggggacgtcttcaacggggccctcgaaagcgcccttggcctgtcgctctccctcgtccacaccctcctcaa
ggcaaacctgagggtcggcctttatctggcgggctctaaaaggttcgtaacgcccagaactggaactcaggcattttcaa
gcttccttagggctgtcctctccgccggcccgtctccgaaccccgaaccgatgccccttgcagtggagcgttcaaaaaga
gctggaaaagttgacctcgcgataatcataaccaacatcaccccctacaacgtctcggagctgagagacgccattggaaa
gctcaggaaaacctttaactgcagggttcttctcgtggacgtcaatccatacggggcgattgataaggaggtcatgcaac
tttcccgtctccacaagcgaaaactggcggggaagctcggcgtgcccgtggtggagtgggttccctctcgggagggtcca
agcacggccctgaaaaaaatcctcgggggtgtctcccttgccctt


Thermococcus gammatolerans EJ3

Sequence spaning coordinates : 1423039 - 1425283 (Additional range around tg1518 is :500nt.)

>Thermococcus gammatolerans EJ3 TTCATTGAGCGGAAATTTCTCGCGTTCCTTCTCGTTGGAGCCGTTTTTTCGTTCCTGCTTGCGTACCCGAATCCCAGGGG AGCACTGCGTTTCTTGCTCCTGCTGACCATGAGCGGATTAATCCTCTACTTGGCCTACGCCGTCTCCACATACATCTCCA CTCACCTGGGCAAGAAGTCCCGGGTTGAACCACTCCCCCTGCCGTCCGGAAGCGTTCGTGAGGACTACTACTCAAGGGAG CTTAGGAGGGTCGTTGAGGCGTTCGTTGAGAAGGGAGACAAGGTTCCTCTAACGGTCTTTTTAATCCGAAATGCTCCGGA GGGCCTCGCCGAGGTTCAGCTCCGTGAAATCGTGAGGCCAATAGTGGATTACACTCCCCCCAGCCCTTCGCCCCTCCTTC CTCCCTGGGTGGTTGAAAAGAAGCTTGCCGATGAGAAACTCAGACGGCTTGAGGTTCTCAGGGACACCCTTAGAAAGCTC GGCTTTTCGGGGGTTGACTC atgaggcggatggacgtcctgctgttcgcgacccttgcgccgttctcactcgcgctgtt caccggggttctcggtctggcatacgcaagcctaattccggcatcaatccttgcgtactccctcatgtctgaccccccgt caggttttcacgttgaaagaactgtggaagcgcgaaaccttgccgtgggccggcgcgccagggttcgcgttaagctcacc gttgagcggggcgctggtttggtgttcatcggggacgttgtctctcccgggcttaaggttcacggccgaaaccgcagggt tttcgtaaagctcccaggcgaggttcttcaggtcgagtattcctatgaggtctcccccggaaagaggggcgttcactcaa tatcccctgtggaggtcataagtcaagatttccttggaattcttagaaagaactacgggatattcggagacgaggttacg atagaggccagaccggtcattggtagtctcagggcgagttccctgcggagtattcgggctaaaaggcgtggtctgccagt ggttctctcccgtaagggtatatcctccaaggactttaaggagattagggagtatcagcccggtgaccccctaaaagcaa tcaactggaaggcaaccgcccgctttggggttcccctcgtcaacgagtacgagcccgagggtatggcaaccgtcatggtg tacgcggatacgacgaccgatatgggaactggggacgtcttcaacggggccctcgaaagcgcccttggcctgtcgctctc cctcgtccacaccctcctcaaggcaaacctgagggtcggcctttatctggcgggctctaaaaggttcgtaacgcccagaa ctggaactcaggcattttcaagcttccttagggctgtcctctccgccggcccgtctccgaaccccgaaccgatgcccctt gcagtggagcgttcaaaaagagctggaaaagttgacctcgcgataatcataaccaacatcaccccctacaacgtctcgga gctgagagacgccattggaaagctcaggaaaacctttaactgcagggttcttctcgtggacgtcaatccatacggggcga ttgataaggaggtcatgcaactttcccgtctccacaagcgaaaactggcggggaagctcggcgtgcccgtggtggagtgg gttccctctcgggagggtccaagcacggccctgaaaaaaatcctcgggggtgtctcccttgccctt TAGGGTCTCAAAG AATTCACTCAAGCTCGCGGTTCTGGTCTCACTGCTCCCACTGGCATGGCTGGCTTCGCTGACGGACGTCCTCAGGTTCCT CTCAGGGGCTATCGAAGCACGGTTGGGAATCCCAGTTCCTCCCCTGCTCTTGGGAATCGTTCTCGTTATCGTTCCCGTGC TTATCTACGTTTACATGACCGGAGACCTCCTCAAGCCGTTCCTTTTGGCGCTGGCCCTGTACCTTTTGCCCTCAATCTTT GGGATAGACTTTAACCTGCTCGACAGGTATGTACCCGGAGCAATCGGACTGTTTACGGGTTTCCTAGTGGCACTTTTTAT CACATGGCTCGAGCGGGACGTTGGTTTTGTTGGGGGTGATGAAAGTGAAAGGCTCCTCATCTCGTCCCTCCGTGAGGTTC TCGTCCCCATGCCCCTCGGAATAATGCTGACGGCCCTGCTCCTGTGGCGCAGTTCCCTCGGAAAGAATCCGCGGAACGTC CTTCCC