Tested the effectiveness of OA on atopic dermatitis. Care because OA could be a potential treatment for AD.
This study identified 28 VuRNAi genes in cowpea that play a role in protecting the plant from biotic and abiotic stresses. These genes can contribute to improved grain quality, immunity, and resistance to pathogens, salinity, and drought. The findings will help develop more resilient cowpeas.
Study on the synthesis of active components in Polygonati Rhizoma found differentially expressed genes and transcription factors related to polysaccharides and saponins. Provides a transcriptome dataset and lays foundation for improving active component content using molecular methods.
Scientists sequenced the genome and transcriptome of a medicinal tree, revealing neopolyploidy and adaptive evolution in genes involved in secondary metabolite biosynthesis and stress tolerance mechanisms. This information is relevant for understanding the pharmacological properties of the tree, including its anti-diabetic effects.
This study investigated the effects of okra extract on diabetic rat models. Okra improved blood glucose levels, reversed histopathological alterations in spleen tissue, and regulated CD8 T cells and NF-kβ expression.
This study reviews the anti-cancer activity of triterpenoids from Chaga mushrooms. Promising results suggest triterpenoid supplementation could be a viable option in cancer treatment. Bioavailability challenges are also discussed.
The researchers collected plants with mosaic, enation, and leaf curl symptoms. They confirmed begomovirus infection and identified a novel betasatellite. These plants could serve as reservoir hosts for infecting chili plants.
Researchers investigated the role of DNA methylation patterns in the development of osteoarthritis. Understanding this could lead to novel therapies for managing this painful and costly disease.