Dillapiole, a component of essential oils, acts as a PPARγ agonist, improving glucose levels and lipid profiles in diabetic mice. Promising potential for further research on diabetes treatment.
Researchers improved cellulase production in strain C112 by expressing CDH from a white-rot fungus. Recombinant strain showed increased lignocellulase activity, suggesting potential for more efficient biomass conversion.
Study tested ZJ and EA extracts on diabetic rats, showed cognitive improvement in Morris water maze test. Potential cognitive enhancers and hypoglycemic agents in diabetes management.
Researchers studied the role of ACBPs in barley, uncovering their importance in growth, stress response, and membrane repair. Understanding this can aid in developing resilient crops.
Researchers utilized sequencing technology to characterize the transcriptome of Litsea coreana var. sinensis, a plant known for its high flavonoid content. Key genes and transcription factors were identified, providing insight into flavonoid biosynthesis for potential health benefits. This research can aid in improving high-flavonoid materials.
Study identified highly drought-tolerant bermudagrass genotypes "Tianshui" and "Linxiang" with over-expression of dehydrin, Cu/ZnSOD, APX genes under water deficit conditions, leading to improved antioxidant activity, osmotic adjustment, and growth potential. Essential for breeding resilient turfgrasses in limited water regions.
Including 2% U. dioica in a high-fat diet protects against fat accumulation, insulin resistance, and inflammation in mice. It also enhances immune response and reduces fat and glucose absorption.
ClWOX genes in Cunninghamia lanceolata are crucial for plant development and stress response. ClWOX5 and ClWOX6 promote plant regeneration and could enhance genetic transformation. Understanding WOX genes in C. lanceolata is essential for future research.