Our technology
Our technology contributes to integrated plant health management
CROPTIMUM – A Unique Next-Generation natural solution Built on Thiol-Based Redox Biology
Croptimum is an innovative natural product based on a patented organosulfur molecule (QQ2), that enhances plant performance and strengthens the microbial environment around roots. Its unique mode of action comes from targeting the thiol-based redox system — a universal mechanism conserved across plants, microbes, animals, and humans.
Thiol groups (-SH) are the cell’s primary sensors and regulators of oxidative stress. They determine whether a cell grows, repairs, or shuts down. Croptimum works by interacting with these thiol systems in both plants and rhizosphere microbes, improving resilience, nutrient efficiency, and overall productivity.
The Science Behind the Product
Thiol molecules, particularly glutathione, thioredoxins, and related compounds, regulate:
- Redox balance of the cell (growth vs. stress mode)
- Detoxification of Reactive Oxygen Species (ROS)
- Stress signaling and gene expression
- Protein activation and metabolic protection
Thiols are known as “evolutionarily conserved systems for sensing, signaling, and surviving stress.”
Dual Mode of Action
A. Inside the Plant – Strengthening the Redox Engine
Croptimum reacts with thiol groups in the plant’s glutathione (GSH) pool, helping upregulate and stabilize the entire redox buffer system.
Key effects:
- Higher glutathione activity
- Faster neutralization of ROS (heat, drought, chemical stress)
- Enhanced metabolic stability under fluctuating conditions
- Improved nutrient uptake and root development
- Better flowering, growth uniformity, and yield stability
B. In the Rhizosphere – enhancing root effectiveness
Thiol systems are crucial in plant-microbe interaction and ensure proper collaboration between the plant and the rhizosphere. Croptimum enhances the development of the roots and leads to:
- Improved collaboration between plant and rhizosphere
- Improved uptake of nutrients and water from the rhizosphere
- Reduction of root related abiotic stress
- Development of a healthy root system
Together these effects create a strong rhizosphere that is key for getting optimal productivity from any crop in a reliable manner.
How Croptimum benefits growers:
Across multiple crops and regions, the use of Croptimum has resulted in tangible benefits:
- Stronger root systems and better uptake of nutrients
- Better resilience to heat, drought, salinity, and agrochemical stress
- More uniform plant development and improved postharvest quality
- Overall stronger and longer lasting plants
- Leading to significant yield improvements
Because plants and microbes become more efficient a lower input dependence is realized:
- Fertilizer demand decreases
- Recovery from abiotic stress improves
- Losses from disease and climate extremes are reduced
A Platform Technology
The thiol-based redox system is universal. This makes QQ2 a platform molecule with potential applications in plant health and soil biology, aligning with our consortium’s cross-sector vision.
By enhancing the core biological systems that govern plant and rhizosphere resilience, Croptimum offers a unique, scalable and science-backed solution across many horticultural and agricultural sectors.
Ease of use
We strive for solutions made easy. Croptimum can easily be applied through drip and drench applications.
