Hispidin, extracted from the wild mushroom, shows anti-neoplastic properties, non-toxicity, and potential as a bone cancer inhibitor. Identified and characterized using spectroscopic and computational techniques. Good inhibitor for bone cancer targets.
Photosensitizers from plant extracts were effective in inactivating bacteria, showing potential for antimicrobial photodynamic therapy to combat antimicrobial resistance. The extracts generate singlet oxygen efficiently, with chlorophyll and hypericin as major chromophores. Irradiation with blue light led to significant reduction in bacteria.
Researchers found that compounds from rosemary, including carnosic acid, show strong potential as inhibitors for Alzheimer's disease. Rosmanol stands out as a promising candidate for further study and potential treatment development.
Study shows potential protective effects of extract against aluminum-induced neurodegeneration in rats. Implications for combating neurodegenerative disorders associated with aluminum exposure.
Researchers tested ethyl acetate extract of a plant against breast cancer cells, showing selective and promising anticancer activity. This natural compound may be developed as an effective treatment for breast cancer.
Study evaluated antimicrobial and anti-arthritis activities of hydroethanolic extract of leaves. Showed efficacy against various bacterial strains and reduced arthritis symptoms in rats. Could have potential for further research.
"BD and HS extracts reduce hyperglycemia and inflammation in diabetic rats by enhancing antioxidant levels and decreasing inflammatory markers. Potential as natural treatments for diabetes mellitus."