>Mlig455_011804 {Length: 1544} {TRANSSPLICED} {Pfam: Methyltransferase small domain [PF05175.16, score=68.5]; Methyltransferase domain [PF08242.14, score=41.8]; Methyltransferase domain [PF13649.8, score=39.4]; Methyltransferase domain [PF13847.8, score=36.1]; Methyltransferase domain [PF08241.14, score=33.6]; Putative methyltransferase [PF02390.19, score=31.4]; Methyltransferase domain [PF12847.9, score=27.0]; RNA methyltransferase [PF05971.14, score=26.1]; Lysine methyltransferase [PF10294.11, score=24.4]; Methyltransferase domain [PF13489.8, score=24.3]; tRNA methyltransferase complex GCD14 subunit [PF08704.12, score=23.7]; RNA cap guanine-N2 methyltransferase [PF09445.12, score=23.4]; Conserved hypothetical protein 95 [PF03602.17, score=22.8]; Domain of unknown function (DUF2431) [PF10354.11, score=22.5]; Methyltransferase domain [PF13578.8, score=21.5]; tRNA (adenine(22)-N(1))-methyltransferase [PF04816.14, score=21.2]; Putative RNA methylase family UPF0020 [PF01170.20, score=19.8]; Ribosomal protein L11 methyltransferase (PrmA) [PF06325.15, score=19.7]} {RNA1509_4717} {RNA1310_19616} {RNA815_4785.2}
CCGCTAAGATGGAATCAAGGGCAAAGGAGTTCTGGAAACCAGAATGGAAAATAAAGGATGAATTCACGCAAAGAACGAAT
GAAAAAATTGACCAAAATGAGACAATGAACTCAACTGACACAGTGATTCTTGAAGGTCGCGAGTTCGCCGTTCATCCCGG
CGTTTTCTCGCCATCAATTTTCATCGGGTCGAAATTTTTGTGCAACAAGCTGTGCGAGTTCCTGCCGGACTCTGGCACCT
TTCTTGAAATCGGCAGCGGCTGCGGTTGCGTGGCAGTTCTGGTGGCTCAGAATCGGCCTCGGCTTCGCATATTTGCCGTC
GACATCAGTCAGAGTGCGTTGGAGAACACGCTGGAGAATCTGAAGCGTCACCGACTCACTGACAGGGTGAAGGTCACCCA
GAGTGACGTCATGGACGCCTTCGTTGACGCGGGAGAAGTCGAGAAGTTTGACTGCGTCTTCTGGAACTATCCGTTTCATC
ACACAGACAAGTCGATCGGTCAGCTGACAATGACCGAACGCGCCATTCGCGATCCGAACTACGCCTGCCTGCACAAACTG
TTTGATCAGGCCAGCCAACTAGTGTCGCCTGGCGGGAAAGTCCTGATCGGATTTTCTATTAAAATGGGCATTGTCGAGGC
TCTGGTAGCCATAGCTAGGCATTACGGTTGGCAAACGCAAGAGAAAGCAAACGGGCTTGACTTTGAAGGAGAGAAGACTT
CGATGGCCATCTTTGAGTGCGTTCGGTTCAATGACGCTTGATGACTAACGAATGGAGAATTCACTAGTGACGAGACAGTG
AGCATAAACTGGCCCTATCTATTAGCAATAGTATAGTTATAGTAGTATTTTACAGCCAAGTATATTTTTTAAACTTTTTT
ATTTGACAGACAGTGAGGAAAAGCACTTCAACTCAATGTTGTCAAGAGTTGCCAATGTCTTGTCATTTTTTATCATCTTT
ACACCTTCAAAGTTACCGGTTGCTTTTGGTGCTGTAAAGGATACAGTAATACAGGTTTGAGTTTGTTTTGAGCACTGGTC
ACGCTCATAGAAAATCTTGAGTCCATGGAAACCCAATCCAATTGTGACAAGTCTTAGTCAACTTTGCTGTCAAAATCTAT
ACAAGATTTTCCTTATATAAATTGTTTTTTATTTTGACACATTGTCAACTATTTTCGATGCACACGTACAGCAACGGGAC
TAAAATTTTACGTAATTACAACCTACATAGCAATACAGAGTCTTGATGTTCTCCACCTGAGCGTCGGTGAACAACAGCAG
GTAGCAGTCTCTCAGCTTGCTATTGTACAGCACGTACCTGCTGTAACGCAGTGCGTTTTTGCTAAAATCGATCACACATA
CCGACAGACCATTTTTAGTATATTGGACTAGCAATCAGCGTCCATCGTTGAGGAGACAAGATTTAATGGAATAATTGTTT
TAATCTTTGAGTCTTTGCATCTGCAGCAATTCATCTAAAATACAACAGAGTATACTGTTTCGGATGCTAAATTAAAGAAG
TGATCATCTTCACTTGCACCGGATC