Masami Shimoda

The paper investigates the molecular mechanisms of metamorphosis in the black soldier fly, identifying key gene regulatory shifts and their roles in stage transitions.

This study shows that co-cultivating Black Soldier Fly larvae with Thiobacillus thioparus reduces ammonia emissions without harming the larvae or bacteria.

This paper develops an anti-climbing tape to prevent black soldier fly larvae from escaping rearing containers by disrupting their locomotion through physical obstruction and adhesion reduction.

The paper provides genome and transcriptome data for the Black Soldier Fly (Hermetia illucens) to support industrial and biological research.

This study suppresses NAT transporters in black soldier fly larvae to increase amino acid content and profile, enhancing their nutritional value as an alternative protein source.

This paper presents the high-quality genome of Nesidiocoris tenuis, revealing genetic factors related to its dual herbivorous and carnivorous diet and symbiotic microorganisms.