>Mlig455_019082 {Length: 2570} {TRANSSPLICED} {Pfam: Domain of unknown function (DUF4500) [PF14937.8, score=73.7]} {Human: ENSG00000111850, SMIM8, small integral membrane protein 8, [RH, Score=62.4, Expect=9e-14]} {Mouse: ENSMUSG00000028295, Smim8, small integral membrane protein 8, [RH, Score=62.4, Expect=5e-14]} {Dmel: FBgn0052448, CG32448, [RH, Score=55.1, Expect=3e-11]} {RNA1509_21101, RNA1509_30919, RNA1509_57322} {RNA1310_38626, RNA1509_21101, RNA1509_30919, RNA1509_57322} {RNA1509_21101, RNA1509_30919, RNA1509_57322, RNA815_38528}
TCAAGCCAAGATCCGCCGCGGGCGCAGTCTGGCCAGCTGCATCAACCTGGAGGAGGAGGTGGCGGCAGCAGCGGCGGCGG
TCTCTCGGGCCTGAAGACCTCGCCGATGTTTCGGGCGTTGAACTACGAGCTGTACACCAAGCCGAACAAAACCGTGATGC
TGATTGGCACGGCCGCTCTGACCTGCTGCGCCGCTTTCCTGGCCTACATGAATGTGCGCCAGGAGAATCTTGACAGTGCC
GCTGGCCAGCAAGGCGCTCCCGCCAGGCCGCGGTCCAAGTGGGACTGAGGGCTCCTTGCTGTTGCGCTCGTGACTTTGAG
CATCTGGCCATTTTTTCTGCTTTTCTCTATCCTGTCTGTAGGGATTCTGATCTGTCTGTAGGGACTCTGATCCTGTCTGT
AGGGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTTGAGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGT
CTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTTGAGATTCTGATC
CTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCT
GATCCTGTTCTGTAGAGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGG
GATTTTGATCCCGTCTGTTGAGATTCTGATCCTTTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTG
TAGGGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTG
TATGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGAT
CCTGTATGTAGGGACTCTGATCCTGTCTGTAGGGATTTTTATCCTGTCTGTAGGGACTCTGATCCTAGTCTGTAGGGATT
TTGATCCCGTCTGTTGAGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGATTCTGATCCTGTCTGTAGG
GACTCTGATCCTGTCTGTAGTGATTCTGATCCTGTCTATTGAGATTCTGATCCTGTCTGTTGAGATTCTGATCCTGTCTG
TAGGGGTTCTGATCCTGTCTGTAGGGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGTATGTAGGGACTCTGATCCTG
TCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGACTCTGATCCTGTATGTAGGGACTCTGAT
CCTGTCTGTAGGGATTTTTATCCTGTCTGTAGGGACTCTGATCCTATCTGTAGGGATTTTAATCCCGTCTGTTGAGATTC
TGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGGGATTCTGATCCTGTCTGTAGGGACTCTGATCCTGTCTGTAGTG
ATTCTGATCCTGTCTATTGAGATTCTGATCCTGTCTGTTGAGATTCTGATCCTGTCTGTAGTGATTCTGATCCTGTCTAT
TGAGATTCTGATCCTGTCTGTTGAGATTCTGATCCTGTCTGTAGGGATTCTGATCCTGTCTGTAGGGATTCTGATCCTTT
CTATTGAGATTCTGATCCTGTCTGTTGAGATTCTGATCCTGTCTGTAGGGGTTCTGATCCTGTTTGTAGGGATTCTGATC
CTGTCTGTAGGGATTCTGATCCTGTCTGTAGGATTCTGATCCTGTCTGTAGTGATTCTAATCCTGTCTGTAGGGATTCTG
ATCCTGTCTATTGAGATTCTGATCCTGTCTGTTGAGATTCTGATCCTGTCTGTAGGGGTTCTGATCCTGTTTGTAGGGAT
TCTGATCCTGTCTGTAGGGATTCTGATCCTGTCTGTAGGATTCTGATCCTGTCTGTAGTGATTCTGATCCTGTCTGTAGG
GATTCTGATCATGTCTGTAGGGATTCTGATCCCGTCTGTAGGGATTCTGATCCCGTCTGTAGGGATTCTGATCCCGTCTG
TAGGAATTCTGATCCTGTTTGTAGGGATTCTGATCCCGTCTGTAGGAATTCTGATCCTGTTTGTAGGGATTCCGATCCCG
TCTGTAGGGATTCTGATCCTGTTTGTAGGGATTCTGATCCTGTCTGTAGGGATTCTGATCCTGTTTGTAGGGATTCTGAT
CCTGTTTGTAGGGATTCCGATCCCGTCTGTAGGGACTCTGATCCTGTCTGTAGGGATTCTGATCCTGTCGACAGGATTTT
GATTACATTTTGCTAGAAAATCTTGGTTATCTTAGTTAACCTATTTATTTTGAATATAAAAAACTGTTTTGCTACTGATA
ATTATTGCTTTGTCTTAGCATTTACTCAATTGTCATGCATTGTCACGCGTTAATAAAACAATTTCGGTTTTAAAAATATA
AATTTAGCATATAAACCAGTTATTCTTGATTGTAGGCTCAAACAGTAGATTATCTTTAATCGCTTCAGCCTACTTTTAGC
ATTTTGAGCGC