Prolisin is both a high-performance biostimulant product and a core technology and formulation basethat enables the development of new solutions for abiotic stress conditions.

What is Prolisin?
An advanced animal amino acid-based biostimulant for resilient crop production.

In the face of climate variability, soil degradation and resource limitations, Prolisin helps cropsmaintain productivity under challenging conditions.

How Prolisin Works

Prolisin supports plant performance under abiotic stress by enhancing key physiological processes that contribute to growth and productivity.
Its highly bioavailable amino acid composition allows for efficient uptake and direct integration into plant metabolism.

Metabolic support & stress resilience
Supports the plant’s natural stress response mechanisms, helping maintain metabolic balance and resilience under challenging conditions. Contributes to improved adaptation to drought, temperature fluctuations, frost and salinity.

Root development
Promotes stronger and more developed root systems, improving water and nutrient uptake, particularly under limited resource conditions.

Nutrient use efficiency
Enhances the plant’s ability to absorb, assimilate, and utilize nutrients more efficiently, supporting balanced growth.

Yield stability
Helps maintain crop productivity and performance consistency under variable and challenging growing conditions.

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What is Prolisin?

An advanced animal amino acid-based biostimulant for resilient crop production.

Prolisin is both a high-performance biostimulant product and a core technology and formulation basethat enables the development of new solutions for abiotic stress conditions.

In the face of climate variability, soil degradation and resource limitations, Prolisin helps cropsmaintain productivity under challenging conditions.

How Prolisin Works

How Prolisin Works

How Prolisin Works

How Prolisin Works

How Prolisin Works

MERHABA

Drought is no longer an exceptional risk for agriculture; it is the new reality of the system. Uncertainty in precipitation regimes, prolonged water scarcity, and sudden heat waves not only make production difficult but also unpredictable. Today, the main question is: How can production be made sustainable with less water? The answer to this question does not lie in a single application, but in a new approach that addresses plant physiology, soil structure, and the entire production system together.

Sustainable agriculture is a production approach that aims not only to meet today’s production needs but also to preserve soil, water, and biological resources in a way that can support future production. The objective of this understanding is not merely to achieve high yields but to ensure the long-term continuity of agricultural production by using natural resources in a balanced manner.

Sustainable agricultural practices are field-based measures that support productivity while conserving natural resources in agricultural production and make the production system more balanced. Unlike theoretical approaches to sustainability, these practices refer to methods that are directly applied in daily production. In other words, the focus here is not on what sustainability is, but on how it is implemented in the production process.