USDA NIFA, Frontiers in Plant Science, and associated academic institutions.

Dual-action volatile compounds for insect pest attraction and rapid kill with companion trapping device

Technology
Conceptual
University

Two volatile small molecules that attract insect pests at low concentrations and kill them within minutes at high concentrations, paired with a specialized trapping device. The compounds target plasma and mitochondrial membranes in combination to reduce resistance development, and their volatility allows easy removal from food products.

Overview

This solution offers a dual-function pest management approach built around two volatile small molecules. At low concentrations, the compounds act as attractants, luring insect pests toward a target area. At higher concentrations, the same chemicals rapidly kill the pests within minutes. An accompanying device has been developed to dispense the compounds and trap attracted insects. Because the compounds are volatile, they dissipate readily from treated areas, making them particularly suitable for use around food products without leaving persistent residues.

Technical specifications

Mechanism of action:

  • The compounds interfere with plasma membranes and mitochondrial membranes of insect pests
  • Individual compounds and combinations are being developed to maximize efficacy
  • Combination targeting of multiple membrane types is designed to diminish the probability of pest resistance developing over time

Key features:

  • Dual functionality: attraction at low dose, rapid kill at high dose
  • Volatile chemistry enables convenient removal from food and treated surfaces
  • Compatible with a purpose-built attract-and-trap device
Technology readiness level

The compounds are in active development, with individual formulations and combination formulations under investigation. The accompanying trapping device has been prototyped to deliver and capture pests using the same chemicals. Further validation is needed to confirm field efficacy, optimal concentration ranges for different pest species, and resistance management performance under real-world conditions.


About USDA NIFA, Frontiers in Plant Science, and associated academic institutions.

USDA initiative supporting climate-smart agriculture through funding and research.

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