Tannins have been used as starting materials for the development Was recently used to form novel types of tannin micro- and nanocapsulesĪnd emulsions when combined with the metal-complexing features, ultrasonicationĪpproaches yielded versatile systems suitable for targeted deliveryĪnd/or controlled release of actives. Hydrophobic interactions either with other polyphenolic structures,Į.g., especially tannins and lignins or with other functional biomacromolecules,Į.g., proteins. Sustain and illustrate the long-known beneficial effects of dietsĬontaining tannin-rich beverages and foods, such as green tea, fruits,Ĭhemically, tannins are interesting due to theirĬapacities, their antioxidant character, and their capacities to undergo Properties, 9− 11 anti-mutagenic, and anti-carcinogenic activities, 9 prevention and delay of cardiovascular diseases,Īnd increase the lifespan and retard the onset of age-related markers. 3− 7 Numerous studies have demonstrated that tannins have many healthīenefits such as antioxidant, 8 and anti-inflammatory Use and manipulation of features combined in a single structure. Interesting because of the possibilities that arise in terms of the 4 From a chemical and biological point of view, tannins are
They are much more widely used in everyday life due to their relativelyĮasy isolation and traditionally well-known, albeit not always scientificallyįully elucidated/understood, functional features. One of the most versatile compendiums of polyphenolic compounds derivedįrom biomass.
To both industrial and biomedical applications. Chemical compounds in the form of plant extracts suchĪs polyphenolic lignins and tannins are of utmost interest with respect
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