The study found that treatment with Balanites aegyptiaca fruit extract improved antioxidant levels and reduced inflammation and cell death in Haemonchus contortus-infected goats, suggesting a potential protective role.
Researchers identified marker-trait associations in US proso millet, a valuable grain crop. This study provides genomic resources for breeding high-yielding, nutritious varieties, benefiting both agricultural and health sectors.
Research on Karelian birch highlighted the importance of invertase and sucrose synthase in carbon distribution for woody biomass accumulation. Understanding these enzymes can improve timber quality and yield in forestry and bioenergy industries.
Researchers examined five insect-generated plant galls on one host plant, finding distinct vasculature and gene expression patterns. Understanding gall diversity can shed light on nutrient transport and organ development in plant-insect interactions.
Scientists identified nine Alfin-like (AL) genes in rice that play key roles in stress responses and plant development. Understanding their functions could help improve stress tolerance in rice, critical for global food security.
Researchers investigated the role of CaM and CML proteins in regulating passion fruit growth, stress responses, and other processes. Understanding these mechanisms can help improve crop productivity and quality.
Key enzymes GGP in potato and pepper play vital roles in plant growth and stress response. Different gene expressions and responses to phytohormones and stresses noted. Understanding these genes can help improve crop resilience.