4. Conclusions
Considering the conditions of this study, the addition of amorphous
cellulose fiber and pork fat did not influence the shear force,
but significantly increased the emulsion stability, consistency,
hardness, b* color coordinate, and the 14-day storage weight loss,
while the addition of fat significantly influenced the cooking loss.
It was possible to obtain low-fat products (about 50% fat
reduction) with technological properties similar to the standard
sample, using 1.3 g/100 g of amorphous cellulose fiber.
The amorphous cellulose fiber proved to be a promising functional
ingredient as fat substitute in meat products
4. Conclusions
Considering the conditions of this study, the addition of amorphous
cellulose fiber and pork fat did not influence the shear force,
but significantly increased the emulsion stability, consistency,
hardness, b* color coordinate, and the 14-day storage weight loss,
while the addition of fat significantly influenced the cooking loss.
It was possible to obtain low-fat products (about 50% fat
reduction) with technological properties similar to the standard
sample, using 1.3 g/100 g of amorphous cellulose fiber.
The amorphous cellulose fiber proved to be a promising functional
ingredient as fat substitute in meat products
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