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In this study, the mitochondrial genomes (mitogenomes) of two walnut leaf insect pests,  Gastrolina depressa depressa  and  G .  depressa thoracica , were sequenced by Sanger sequencing technology. The mitogenome of  G .  depressa thoracica  was complete at 16,109 bp in length, while the mitogenome of  G .  depressa depressa  (14,277 bp) was partial. The genomic analyses indicated that both mitogenomes have the typical gene content and arrangement. The formerly identified elements, ‘TAGTA’ between  trnSer ( UCN ) and  nad2 , and ‘ATGATAA’ between  atp8  and  atp6 , were more conserved than that between  nad4L  and  nad4 , which was ‘ATGTTAA’ in Coleoptera excluding Polyphaga. Phylogenetic analyses of the 13 protein-coding genes from 36 coleopteran species well supported a close affinity between the subfamily Chrysomelinae including  G .  depressa thoracica  and  G .  depressa depressa  and Galerucinae, as well as a sister relationship of ((Eumolpinae + Cryptocephalinae) + Cassidinae) within Chrysomelidae.

peerj

The mitochondrial genomes of two walnut pests,Gastrolina depressa depressaandG.depressa thoracica(Coleoptera: Chrysomelidae), and phylogenetic analyses