翻译论文标题：长足寄蝇亚科昆虫线粒体全基因组的基本结构和基因组成与寄蝇科其它种类一致。十种长足寄蝇线粒体基因组全长在14832 bpThelaira macropus‒16616 bpThelaira chrysopruinosa之间；在密码子的使用中更偏向于使用A或T含量高的密码子；柔寄蝇属Thelaira的tRNA基因簇发生重排在寄蝇科中属首次发现。系统发育研究提示：寄蝇科Tachinidae

Title Translation: The basic structure and genome composition of mitochondrial genomes in the subfamily Dexiinae (Tachinidae) are consistent with other species of Tachinidae. The full length of mitochondrial genomes in ten Dexiinae species ranges from 14,832 bp (Thelaira macropus) to 16,616 bp (Thelaira chrysopruinosa). The use of high A or T content codons is more prevalent. A tRNA gene cluster rearrangement in the genus Thelaira was observed for the first time in Tachinidae. Phylogenetic analysis indicated that Tachinidae and Exoristinae are monophyletic, Dexiinae is paraphyletic, and Tachininae and Phasiinae are polyphyletic. Bioinformatics predictions showed that all 13 mitochondrial genome encoded proteins are hydrophobic transmembrane proteins with phosphorylation and glycosylation modification sites. The secondary structure is mainly composed of alpha helices and irregular coils, and the predicted tertiary structure is stable. Comparison of protein spatial structure revealed no significant differences between species.