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1 Tree was published in this study

Phylomitogenomics provides new perspectives on the Euphasmatodea radiation (Insecta: Phasmatodea)
Forni et al. (2020). Mol Phyl & Evol.
Anax imperator Euborellia arcanum Challia fletcheri Acroneuria hainana Pteronarcys princeps Zelandoperla fenestrata Mesocapnia arizonensis Gryllotalpa unispina Teleogryllus emma Atractomorpha sinensis Acrida cinerea Tristira magellanica Xyleus modestus Leptomantella albella Creobroter gemmatus Anaxarcha zhengi Rhombodera valida Tenodera sinensis Mantis religiosa Eupolyphaga sinensis Gromphadorhina portentosa Blattella bisignata Periplaneta americana Cryptocercus kyebangensis Mastotermes darwiniensis Zootermopsis nevadensis Cryptotermes secundus Nasutitermes corniger Reticulitermes flavipes Heterotermes validus Coptotermes formosanus Sclerophasma paresisense Grylloblatta sculleni Timema californicum Phyllium siccifolium Cryptophyllium tibetense Pulchriphyllium giganteum Megalophasma granulatum Carausius morosus Phraortes sp. Iriomote Island Phraortes sp. Miyako Island Phraortes illepidus Orestes mouhotii Aretaon asperrimus Heteropteryx dilatata Calvisia medogensis Sipyloidea sipylus Neohirasea japonica Micadina phluctainoides Peruphasma schultei Bacillus rossius Bacillus atticus Phraortes Medauroidea extradentata Ramulus hainanense Ramulus irregulariterdentatus Ramulus artemis Entoria okinawaensis Megacrania alpheus Phobaeticus serratipes Dryococelus australis Extatosoma tiaratum Spinotectarchus acornutus Micrarchus hystriculeus Tectarchus ovobessus Tectarchus salebrosus Niveaphasma annulata Asteliaphasma jucundum Argosarchus horridus Clitarchus hookeri Acanthoxyla
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