Explores Frontier Technologies and Applications
As agriculture faces more and more challenges, the application of innovative products is gradually becoming the key to promoting sustainable agricultural development. Biotechnology and new agricultural solutions have shown enormous potential in improving crop stress resistance, improving soil health, and enhancing yield and quality. This forum delves into the research and development and application of a series of agricultural innovative products, including active peptide enzymes, algae extracts, biopesticides, RNAi technology, and other cutting-edge technologies.
Jarod Lee, CEO of Alexam (China), shared the latest developments of active peptide enzymes (APE+) and their applications in agriculture. APE+ not only enhance crop resistance in adverse environments but also improve crop photosynthesis, root growth, and nutrient absorption, solving problems that traditional fertilizers and pesticides cannot address. He introduced how Alexam extracts enzymes from extreme environments in deserts and, through years of research and development, applies them to the agricultural field to help crops cope with adverse weather, soil problems, and the excessive use of chemical fertilizers.

See You at BioEx 2026

As BioEx 2025 successfully concludes, we not only celebrate the breakthrough progress in the field of bio-agriculture but also witness the common commitment of the global agricultural community to a sustainable future. Over the past two days, industry pioneers, policymakers, and leading researchers have delivered visionary speeches, outlining innovation-driven trajectories for agricultural technology. These multidisciplinary dialogues cover cutting-edge biotechnology, smart agricultural solutions, and climate adaptation strategies, mapping out a roadmap for transformative growth. With renewed enthusiasm, we eagerly look forward to BioEx 2026, when this vibrant community will gather again to share revolutionary breakthroughs and jointly redefine the future of global agriculture.