Pioneering studies welt caned out on red-to-black piguented grains for bewit lass. Together with pig- mited resils, the use of piles was also proposed for making low-alliol, gluen-free bees with improved contents of health promoting compounds. So far, a new concept of beer is emerging among scientisis, brewers and consumers by expanding the assortment of conventional beer's ingredients. Colored (red, purple, te, black) cereal grains and legume grains are an untapped resource of functional compounds, each denoting different and complementary beneficial effects on human health. Among others, polyphenols contribute to proters against nom-comicable diseases such as hypertension, heat diseases, cancers, diabetes and obesity. in this review, we summarized the improvement in terms of phenolic compounds and antioxidant capacity of beers obtained by using pigmented cereal grains and pulses as raw ingredients versus traditional beers. We examined the influence of these alternative materials on the qualitative properties of the beers. Moreover, we reviewed the contribution of traditional and non conventional yeasts on the flavour and quality of these new functional bees. Finally, we discussed the use of different and complementary chemical methods for monitoring the composition, organoleptic profile, safety, and authentication issues with the aim to highlight the most promising to protect and promote novel bees products,

Pigmented cereals and legume grains as healthier alternatives for brewing beers

Calabriso, N;Del Coco, L;Fanizzi, FP;
2023-01-01

Abstract

Pioneering studies welt caned out on red-to-black piguented grains for bewit lass. Together with pig- mited resils, the use of piles was also proposed for making low-alliol, gluen-free bees with improved contents of health promoting compounds. So far, a new concept of beer is emerging among scientisis, brewers and consumers by expanding the assortment of conventional beer's ingredients. Colored (red, purple, te, black) cereal grains and legume grains are an untapped resource of functional compounds, each denoting different and complementary beneficial effects on human health. Among others, polyphenols contribute to proters against nom-comicable diseases such as hypertension, heat diseases, cancers, diabetes and obesity. in this review, we summarized the improvement in terms of phenolic compounds and antioxidant capacity of beers obtained by using pigmented cereal grains and pulses as raw ingredients versus traditional beers. We examined the influence of these alternative materials on the qualitative properties of the beers. Moreover, we reviewed the contribution of traditional and non conventional yeasts on the flavour and quality of these new functional bees. Finally, we discussed the use of different and complementary chemical methods for monitoring the composition, organoleptic profile, safety, and authentication issues with the aim to highlight the most promising to protect and promote novel bees products,
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11587/490405
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