Fundación Cientifica y Cultural Biociencia

Recombinant extremophilic SOD and CAT enzyme mix for UV protection in agrochemical formulations

Technology
In development
Company

A recombinant mix of extremophilic SOD and CAT enzymes provides sustainable UV protection for agrochemical formulations by neutralizing reactive oxygen species. The approach preserves active ingredients by converting superoxide radicals to hydrogen peroxide (SOD) and decomposing hydrogen peroxide to water and oxygen (CAT). Designed for enhanced stability and performance under extreme conditions, with potential compatibility in organic media using bio-based co-solvents and surfactants.

Overview

The recombinant extremophilic SOD and CAT enzyme mix is designed to protect agrochemical formulations from UV-induced degradation. Using enzymes derived from organisms adapted to extreme environments, the mix provides robust antioxidant activity. It neutralizes reactive oxygen species (ROS), helping preserve the integrity of active ingredients in agrochemical products. This can improve longevity and efficacy while supporting more sustainable agricultural practices by reducing reliance on excessive chemical applications.

Technical specifications

Key features:

  • Recombinant extremophilic enzymes: Recombinant SOD and CAT enzymes sourced from naturally resilient organisms, engineered to exhibit exceptional stability across varied temperatures, pH levels, and solvents.
  • ROS detoxification mechanism: SOD converts superoxide radicals into hydrogen peroxide, while CAT further breaks down hydrogen peroxide into water and oxygen, preventing oxidative damage.
  • Scalable production: Recombinant production enables cost-effective, large-scale manufacturing with consistent quality.
  • Formulation compatibility: Potential integration with bio-based co-solvents and surfactants to maintain solubility and performance in organic media.
Technology readiness level

This technology is currently at TRL 4, indicating lab validation with plans for further testing and optimization. Future validation efforts include assessing stability and activity in various solvents and optimizing formulations for field applications.

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