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Jin-Qian CaiChao-Jie WangWen-Kai WangMei-Ke LiuR NieA VoglerX YangM LinG TavakilianH ChevillotteSpg AyiviY TongJ GuanK StoreyD YuJ ZhangM KearseR MoirA WilsonS Stones-HavasM CheungS SturrockK HasselR SegretoT EkremI LetunicP BorkM BerntA DonathF JhlingF ExternbrinkC FlorentzG FritzschJ WuR ChenY WanS WangJ MaP SalvatoM SimonatoA BattistiE NegrisoloDe Santana SouzaD MarinoniL MonnM Gmez-ZuritaJK KatohD StandleyJ CastresanaR LanfearP FrandsenA WrightT SenfeldB CalcottD ZhangW LiF GaoG WangS HaddadS ShinA LemmonE LemmonP SvachaB Farrell

Abstract

In this study, we sequenced and analysed the mitochondrial genome of Morimospasma tuberculatum Breuning, 1939 and Morimospasma sp.The results indicated that the mitochondrial genome lengths were 15993 bp and 16109 bp, with an A+T content of 74.5% and 80.3%.We downloaded the mitochondrial genomes of 26 species among 7 subfamilies of Cerambycidae and Plagiodera versicolora, Chrysomela vigintipunctaca (Chrysomelidae, as the outgroup) from NCBI, then constructed the Bayesian inference (BI) and Maximum likelihood (ML) phylogenetic trees to study the taxonomic status of M. tuberculatum and Morimospasma sp., and the phylogenetic relationships among 7 subfamilies of the Cerambycidae.

Computer science

Funding

  • National Natural Science Foundation of China
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