How Plant Polyphenols May Rewrite the Epigenetic Damage That Drives Cancer
A new review details how reactive oxygen species drive cancer through reversible epigenetic damage and how dietary polyphenols such as ...
A new review details how reactive oxygen species drive cancer through reversible epigenetic damage and how dietary polyphenols such as ...
A comprehensive Polish study shows that the nutritional fate of underutilized Sorbus fruits during drying depends dramatically on both the ...
A new review outlines how flavonoid-rich foods and food-processing technologies could complement drug therapy for polycystic ovary syndrome.
A new conceptual review finds that Vernonia amygdalina leaf extracts show a biphasic hormetic effect on brewer's yeast, stimulating fermentation ...
Phenolic compounds extracted from white grape skins protected embryonic intestinal tissue from DSS-induced inflammatory stress in an in ovo study.
Researchers have developed an instant tartary buckwheat tea powder that preserves key flavonoids and demonstrates hypolipidemic effects in new research ...
A new review explains how the carbon–carbon sugar bond of flavonoid C-glycosides shapes their stability, metabolism, and potential in functional ...
Researchers have combined enzymatic interfacial engineering with yeast microencapsulation to turn orange peel waste into a strong, high-barrier biodegradable packaging ...
A comprehensive analysis of four Sri Lankan duckweed species reveals exceptional protein, omega-3 fatty acid and bioactive compound content with ...
A comprehensive metabolomic study of Korean red pepper powders reveals that cultivar, fruit tissue, and harvest timing each shape the ...
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© 2025 Scienmag - Science Magazine