The insecticidal activity of an entomopathogenic nematode Heterorhabditis bacteriophora and its symbiotic bacterium Photorhabdus luminescens against Periplaneta and Blattella cockroaches

Takahiro Hamaguchi, Daiki Sawanomukai, Kazuki Sato, Sota Ozawa, D. Kalaiselvi, Koichi Hasegawa
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Abstract

japonica, however, did not differ from that of the control at all of the tested concentrations; whereas, the mortality of B. germanica was relatively higher than that of Periplaneta cockroaches. Second, we tested the pathogenicity of P. luminescens alone against the three Periplaneta species by injection of bacterial cells. All tested cockroaches were found to be killed within 2 – 4 days. These results would suggest that Periplaneta are susceptible to P. luminescens ; however, in the bait experiment , H. bacteriophora was unable to effectively establish a lethal infection of P. luminescens . Our results indicate that susceptibility to EPN infection and bacterial pathogenicity should be evaluated separately, and that much less H. bacteriophora is required to kill B. germanica than is needed to kill three Periplaneta cockroaches. Nematol. Res. 50 ( 2 ), 27 – 33 . ( 2020 )
昆虫病原线虫嗜菌异habditis bacteriophora及其共生细菌Photorhabdus luminesens对大蠊和小蠊的杀虫活性
然而,在所有测试浓度下,粳稻与对照没有差异;德国小蠊的死亡率相对高于大蠊。其次,通过注射细菌细胞,检测单独病原菌P. luminescens对三种大蠊的致病性。所有测试的蟑螂均在2至4天内被杀死。这些结果表明大planeta对P. luminescens敏感;然而,在诱饵实验中,嗜菌杆菌无法有效地建立致死性感染。结果表明,对EPN感染的敏感性和细菌致病性应分开评估,杀死德国小蠊所需的细菌量远少于杀死3只大蠊所需的细菌量。Nematol。Res. 50(2), 27 - 33。(2020)
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