The larvae of M. separata show typical density-dependent polyphenism. Compared with solitary larvae, gregarious larvae are darker, and more active and voracious. In this study, we measured and analyze
To better understanding of molecular mechanisms of Mythimna separata, systematic identification of major chemosensory genes will be the first step to figure out important molecular functions. Therefor
The larvae of M. separata show typical density-dependent polyphenism. Compared with solitary larvae, gregarious larvae are darker, and more active and voracious. In this study, we measured and analyze
To identify genes and metabolic pathways involved in the light-stress response, whole heads were dissected from adult moths of Mythimna separata exposed to four different light conditions: dark, white