Plant-based biofactories for sustainable crop protection

Overview

EPICS Biotechnology is at the forefront of transforming agriculture through the innovative use of plant-based biofactories. By engineering plants such as Camelina sativa and Nicotiana benthamiana to naturally produce high-value bioactive compounds, this approach provides a sustainable, cost-effective alternative to synthetic pesticides and biostimulants. The solution addresses the challenges of pest resistance, regulatory bans, and consumer concerns over GMOs, offering a scalable, non-GMO method for efficient crop protection.

Technical specifications

Key Features:

• Plants are engineered to express and accumulate complex bioactive peptides and proteins, such as lectins and heat shock proteins (HSPs).
• The production process leverages plant-based expression systems, allowing for the proper folding and modification of proteins that microbial systems cannot achieve.
• The bioactive compounds produced are expected to match or exceed the efficacy of synthetic alternatives in pest control and stress tolerance.
• Cost-effective production compared to traditional fermentation or chemical synthesis methods.

Technology readiness level

Currently at Technology Readiness Level 4, this technology has demonstrated proof of concept in engineered plants. Ongoing validation includes optimization of protein yield and stability, efficacy trials, and field testing. The future phases involve scaling the production, conducting field trials, and navigating the regulatory pathway for commercialization.