The aim of this study was to enrich milk-based desserts with brewery malts without reducing the quality
of the product. The addition of Carahell malt (3 g/100 g of dessert) increased shear stress values. The
addition of Carahell or Carared malts (3 g/100 g of dessert) increased K and AT values of the desserts. The
two malt types (at 1 g/100 g of dessert) had no effect on the hardness and adhesiveness of the products.
The highest hardness was obtained with 3 g Carahell malt in 100 g of dessert. The highest storage
modulus values at 20 C, as well as the G0 and G00 values, were observed in desserts produced using
Carahell malt (3 g/100 g). The addition of Carahell or Pale Wheat malts (3 g/100 g of dessert) introduced
ferulic acid in free (0.06e0.09 mmol/100 g) as well as in free þ bound forms (8.39e19.99 mmol/100 g).
Also, p-coumaric acid in free (0.04e0.05 mmol/100 g) and free þ bound (0.06e8.21 mmol/100 g) form and
selected minor phenolic acids (syringic, peOHebenzoic, chlorogenic, caffeic, sinapic and vanillic acids)
were detected in the desserts. These results suggest the possibility of enriching milk-based desserts,
which are low in plant-derived polyphenols, with very effective antioxidants from malts.
The aim of this study was to enrich milk-based desserts with brewery malts without reducing the qualityof the product. The addition of Carahell malt (3 g/100 g of dessert) increased shear stress values. Theaddition of Carahell or Carared malts (3 g/100 g of dessert) increased K and AT values of the desserts. Thetwo malt types (at 1 g/100 g of dessert) had no effect on the hardness and adhesiveness of the products.The highest hardness was obtained with 3 g Carahell malt in 100 g of dessert. The highest storagemodulus values at 20 C, as well as the G0 and G00 values, were observed in desserts produced usingCarahell malt (3 g/100 g). The addition of Carahell or Pale Wheat malts (3 g/100 g of dessert) introducedferulic acid in free (0.06e0.09 mmol/100 g) as well as in free þ bound forms (8.39e19.99 mmol/100 g).Also, p-coumaric acid in free (0.04e0.05 mmol/100 g) and free þ bound (0.06e8.21 mmol/100 g) form andselected minor phenolic acids (syringic, peOHebenzoic, chlorogenic, caffeic, sinapic and vanillic acids)were detected in the desserts. These results suggest the possibility of enriching milk-based desserts,which are low in plant-derived polyphenols, with very effective antioxidants from malts.
การแปล กรุณารอสักครู่..
