Existing chemical treatments fail to achieve complete mortality or overcome resistance in specific insect populations like bed bugs. Improving lethal potency across diverse species ensures reliable crop and property protection.

Agricultural yields and animal health are compromised by the destructive feeding and parasitic behaviors of invertebrate pests. Preventing this degradation ensures the survival of growing plants and the integrity of stored seeds.

Existing chemical controls suffer from declining efficacy due to evolving biological resistance. Developing novel molecular scaffolds overcomes cross-resistance and prevents crop yield loss.

Targeted pests develop physiological resistance to traditional chemical agents or behavioral avoidance of bait delivery systems. Overcoming these limitations ensures lethal efficacy in resistant populations and improves consumption rates in competitive environments.

Agricultural and veterinary assets are susceptible to destruction and yield loss from uncontrolled invertebrate infestations. Mitigating this biological degradation prevents the loss of plant propagation material and protects food security.