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1 ercial saffron samples (stigmas, powders and seasonings).
2 ng umami taste and widespread use as a dried seasoning.
3 ly different from any other depending on the seasoning.
4 ot induce very severe TAC decreases in these seasonings.
5 digested fractions compared with undigested seasonings.
6 cluding 27.2% from salt and 32.5% from salty seasonings, 24.0% came from restaurant or street food, a
10 the potential antioxidant capacities of the seasonings and of the probable beneficial effects of the
13 a functional food ingredient to be used as a seasoning both for their technological and functional pr
15 mit of 0.02 mg kg(-1), were found in chicken seasoning cubes (mean = 0.0898 +/- 0.0378 mg kg(-1)).
18 RWPS presented an interesting potential as a seasoning in meat products, enabling salt reduction with
21 ngested, the antioxidants contained in these seasonings may exert protective effects against oxidativ
24 ctions derived from the seedless wine pomace seasoning presented generally the highest antioxidant pr
27 udies the potential of a new red wine pomace seasoning (RWPS), derived from wine pomace, to inhibit s
28 t capacity (TAC) of powdered red wine pomace seasonings (RWPSs) obtained from different sources (seed
30 reated with oil marinade, emulsion marinade, seasoning salt as well as breadcrumbs, only very little
31 er panel ranked the meat protein hydrolysate seasoning saltier than the salty standard seasoning solu
32 t foods and snacks, rice dishes, fat spread, seasoning sauces, salted and processed foods, and low in
33 te seasoning saltier than the salty standard seasoning solution (p<0.05) regardless of GlcN glycation
34 ), high in curry, herbal pepper, and chicken seasoning, the lowest concentration was in black pepper
37 as the use of roasting bags along with some seasonings to cook chicken have become a trend to mainta
38 he diffusion of glucose and amino acids from seasonings to lean meat promoted the consumption of endo
39 ct was evaluated by submitting the different seasonings under study to simulated digestion followed b
42 tudy, a flavour enhancer formulation (liquid seasoning) was produced using enzymatically hydrolysed p
43 mino acids were analyzed from soy sauces and seasonings, which revealed extraordinarily high d-Ala co