Resylica® introduces a differentiated physical mode of action that offers a new approach to pest control. Following contact, the formulation interacts with the insect’s external surface and exhibits a unique gliding-off action, enabling it to move toward the spiracles and interact with the respiratory system. This physical mechanism disrupts normal respiratory function, resulting in rapid loss of mobility and knockdown without relying on conventional biochemical target sites.
By combining a novel physical mechanism with rapid contact-based action, Resylica® is designed to deliver effective control across a broad range of household, public-health, and agricultural pests. Its differentiated mode of action provides an alternative approach to conventional insecticide technologies and can support resistance-management strategies.
With its innovative physical mechanism, Resylica® represents a next-generation approach to pest control—combining rapid action, differentiated mode of action, and potential for integration into modern, sustainable pest-management programs.
The physical nature of the technology provides potential for application across diverse pest groups, including insects and mites, subject to demonstrated efficacy for individual target pests.
The technology offers a valuable solution for managing pests with resistance to conventional insecticides. Its unique physical mode of action operates independently of specific biochemical targets, providing effective control where traditional chemistries may have reduced efficacy or target site mutation. This distinct mechanism supports resistance-management programs and helps maintain reliable, sustainable pest control.
Unlike conventional insecticides targeting specific biochemical sites, this technology works through a novel physical mode of action. Upon contact, it rapidly affects critical external structures of the pest, delivering fast knockdown and effective control. Its target-independent activity offers a differentiated approach to resistance management, supporting reliable performance and broad applicability in modern pest management.
The technology is engineered to achieve an exceptionally low contact angle, enabling droplets to spread rapidly and uniformly across the target surface. This enhanced spreading maximizes surface coverage, reduces droplet beading, and promotes closer contact with the pest or substrate. As a result, the formulation is distributed more efficiently, supporting improved coverage and overall pest control performance.
The technology is designed for rapid knockdown, delivering fast and effective control of target pests shortly after contact. Its unique physical mode of action quickly disrupts essential functions, reducing pest mobility and activity. This rapid response helps minimize crop damage, contamination, and pest-related nuisance, providing visible results and reliable performance when timely control is critical.
Built around an innovative physical mode of action, the technology delivers effective pest control without relying on conventional biochemical target sites. Its distinct mechanism can help minimize environmental persistence and reduce potential impacts on beneficial and non-target organisms.
By combining effective pest control with environmental considerations, the technology offers a more sustainable approach to modern pest management while supporting ecological balance.
At the core is its amphiphilic molecular architecture, combining hydrophilic and lipophilic properties in one molecule. This dual affinity enables effective interaction with challenging surfaces like waxy plant cuticles and insect exoskeletons, promoting superior spreading, adhesion, and coverage. By maximizing pest contact, it enhances delivery and supports fast, effective pest control across diverse applications.
Developed with sustainability in mind, the technology is readily biodegradable and designed to break down naturally through environmental and biological processes. This minimizes long-term accumulation in soil and water and reduces residual environmental impact. By combining effective pest control with a favourable environmental profile, it supports more responsible and sustainable pest management across agricultural and household applications.
Following contact with the pest’s exoskeleton, the formulation exhibits a distinctive gliding-off action, enabling movement across the external surface toward the spiracles and supporting interaction with the respiratory system.
The technology offers a valuable solution for managing pests with resistance to conventional insecticides. Its unique physical mode of action operates independently of specific biochemical targets, providing effective control where traditional chemistries may have reduced efficacy. This distinct mechanism supports resistance-management programs and helps maintain reliable, sustainable pest control.
Unlike conventional insecticides targeting specific biochemical sites, this technology works through a novel physical mode of action. Upon contact, it rapidly affects critical external structures of the pest, delivering fast knockdown and effective control. Its target-independent activity offers a differentiated approach to resistance management, supporting reliable performance and broad applicability in modern pest management.
The technology is engineered to achieve an exceptionally low contact angle, enabling droplets to spread rapidly and uniformly across the target surface. This enhanced spreading maximizes surface coverage, reduces droplet beading, and promotes closer contact with the pest or substrate. As a result, the formulation is distributed more efficiently, supporting improved coverage and overall pest control performance.
The technology is designed for rapid knockdown, delivering fast and effective control of target pests shortly after contact. Its unique physical mode of action quickly disrupts essential functions, reducing pest mobility and activity. This rapid response helps minimize crop damage, contamination, and pest-related nuisance, providing visible results and reliable performance when timely control is critical.
Built around an innovative physical mode of action, the technology delivers effective pest control without relying on conventional biochemical target sites. Its distinct mechanism can help minimize environmental persistence and reduce potential impacts on beneficial and non-target organisms.
By combining effective pest control with environmental considerations, the technology offers a more sustainable approach to modern pest management while supporting ecological balance.
At the core is its amphiphilic molecular architecture, combining hydrophilic and lipophilic properties in one molecule. This dual affinity enables effective interaction with challenging surfaces like waxy plant cuticles and insect exoskeletons, promoting superior spreading, adhesion, and coverage. By maximizing pest contact, it enhances delivery and supports fast, effective pest control across diverse applications.
Developed with sustainability in mind, the technology is readily biodegradable and designed to break down naturally through environmental and biological processes. This minimizes long-term accumulation in soil and water and reduces residual environmental impact. By combining effective pest control with a favourable environmental profile, it supports more responsible and sustainable pest management across agricultural and household applications.
Introduction
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