Cells simulate the absorption of synthetic tripeptides in the body
Explore the absorption of rice-derived tripeptides in Caco-2 cells, revealing insights into intestinal nutrient transport and pharmaceutical potential.
Explore the absorption of rice-derived tripeptides in Caco-2 cells, revealing insights into intestinal nutrient transport and pharmaceutical potential.
Explore the antihypertensive potential of rice peptides in SHRs, offering insights into their mechanisms via ACE inhibition and NO pathway modulation.
Explore the potential of rice peptides in health promotion, showcasing their antioxidant capacity, ACE inhibition, and benefits in antihypertensive drug development.
Explore the health benefits of rice-derived bioactive peptides in managing hypertension, offering natural antioxidant and antihypertensive solutions with scientific insights.
Explore the innovative refinement and analysis of rice protein peptides for enhanced food and pharmaceutical applications, featuring optimal purification processes.
Discover the optimal enzymatic hydrolysis process for rice protein peptides, enhancing digestibility and extraction rates for industrial application.
Explore the efficient pretreatment of rice feed protein to enhance hydrolysis, improve purity, and boost industrial production efficiency in our latest study.
Explore the benefits and applications of rice protein and peptides for nutritional supplements, health foods, and infant formulas in our comprehensive study.
Explore the groundbreaking study on pea protein peptides’ antioxidative properties, revealing critical insights into amino acid composition and processing technology.
Explore the role of pea peptides in reducing insulin resistance in liver cells, offering promising diabetes treatment insights and health benefits.