Almaty Researchers Develop High-Bioavailability Antioxidant Supplement Utilizing Domestically Sourced Lycopene and Plant Raw Materials

New antioxidant supplement from Almaty researchers uses lycopene and local crops to fight chronic disease. Explore the future of Kazakh functional food science.

By: AXL Media

Published: Mar 18, 2026, 9:54 AM EDT

Source: The information in this article was sourced from The Times of Central Asia

Innovative Processing Techniques Preserve Bioactive Compounds

Researchers in Almaty have achieved a significant breakthrough in food science by developing specialized technologies to transform raw agricultural products into high-potency nutritional powders. According to the Ministry of Agriculture, the Kazakh Research Institute of Processing and Food Industry is utilizing advanced freeze-drying and infrared drying methods to process tomatoes and watermelons. These specific techniques are essential for preserving the biological properties of the source material, ensuring that the final supplement maintains the high antioxidant activity necessary for effective disease prevention.

Lycopene Integration Targets Chronic Disease Mitigation

The cornerstone of this new functional food is lycopene, a powerful natural carotenoid sourced directly from domestic crops. Scientists have focused on lycopene due to its proven efficacy in reducing oxidative stress, a biological state closely linked to the onset of chronic conditions and cellular degradation. By combining this carotenoid with pumpkin seed powder and safflower oil, the research team intends to create a formulation that significantly improves nutrient bioavailability. According to official reports, this strategic mixture ensures that the human body can more efficiently absorb the protective compounds.

Economic Strategy Seeks to Reduce Import Dependency

Beyond its health implications, the project is framed as a critical move toward strengthening Kazakhstan’s agro-industrial autonomy. The Ministry of Agriculture indicates that the development of this supplement is designed to expand the domestic raw material base and decrease the nation’s reliance on imported food additives. By establishing a local supply chain for functional food components, officials expect to create new economic opportunities within the processing industry, potentially turning a scientific innovation into a robust commercial asset for the state.