Chemical analysis showed that rice flour is a rich source of
carbohydrates and is composed of 7.74% of proteins, 0.87% of lipids,
0.72% of ash, 6.10% of moisture and 90.67% of carbohydrates. Rice
starch extracted in this study was composed of 0.68% of proteins,
0.35% of ash, 5.60% of moisture and 98.97% of carbohydrates. Starch
extracted from rice reached a purity of 99%, with only 0.68% of protein content. It can be observed that rice flour is a product rich in
carbohydrates (90% dry basis), composed mostly by starch, and
with a significant presence of protein (around 7–8% in dry basis of
rice flour). These proteins influenced the films’ properties, which
are observed by comparing starch films and rice flour films, as
discussed in the following
Chemical analysis showed that rice flour is a rich source ofcarbohydrates and is composed of 7.74% of proteins, 0.87% of lipids,0.72% of ash, 6.10% of moisture and 90.67% of carbohydrates. Ricestarch extracted in this study was composed of 0.68% of proteins,0.35% of ash, 5.60% of moisture and 98.97% of carbohydrates. Starchextracted from rice reached a purity of 99%, with only 0.68% of protein content. It can be observed that rice flour is a product rich incarbohydrates (90% dry basis), composed mostly by starch, andwith a significant presence of protein (around 7–8% in dry basis ofrice flour). These proteins influenced the films’ properties, whichare observed by comparing starch films and rice flour films, asdiscussed in the following
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