Ingredient

Nori

seafood

Source & License

Source
Foodgeist original
License
proprietary
Verification
Cerebrus 4-layer pipeline

Research Evidence

What science says

compound effect

others are precursors of aroma compounds which form in winemaking and during wine aging (e.g., glycosidically-bound volatile compounds and C13-norisoprenoids)

glycosidically-bound volatile compounds and C13-norisoprenoids form aroma compounds

ingredient property

Alga consumption affected total and reduced glutathione, glutathione reductase activity, plasma cholesterol, and total and cholesterol-adjusted total antioxidant capacity (at least P<0.05).

konbu and nori seaweed affect total and reduced glutathione, glutathione reductase activity, plasma cholesterol, and total and cholesterol-adjusted total antioxidant capacity

ingredient property

GSH-Px activity increased in cholesterol-fed nori rats mainly as Se-dependent GSH-Px, while in konbu and control groups the GSH-Px activity was related to increases in both non-Se-dependent and Se-dependent GSH-Px activities.

nori increases GSH-Px activity

flavor pairing evidence

esters, aldehydes, norisoprenoids and terpenes known for their positive flavor impact were found in lees headspace

Sparkling wine lees contain esters, aldehydes, norisoprenoids, and terpenes

compound effect

Norisoprenoids, terpenes, and acetate esters had weaker positive and negative loadings and were therefore left out.

norisoprenoids, terpenes, and acetate esters have weaker positive and negative loadings volatile composition

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