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Effect of Soaked Barley Flour Incorporation in Whole Wheat Flour on the Nutritional Characteristics and Acceptability of Flat Bread (Chapatti)
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Pre-cleaned wheat grains were milled to produce whole wheat flour. Cleaned barley grains were soaked in water overnight which were dried till the desirable moisture of 9.0 % and milled to produce barley flour. After this, composite flour of wheat and soaked barley was made at a combination of 0, 5, 10, 15, 20, and 25% barley in the whole wheat flour. The composition and rheology of composite flour were tested and then the chapatti was made from different combinations of flour blend. A sensory evaluation of wheat barley chapatti was also done to know product acceptability. It was observed that protein, ash, beta-glucan, energy value, mineral digestibility (20.28%), and protein digestibility rate (47.96%) increased significantly while the gluten, carbohydrates, and phytates decreased in a significant manner. Dough rheology depicted a significant increase in water absorption and dough development time while dough stability was reduced. Moreover, chapatti developed from 20% soaked barley flour had a significant increase in protein, ash, beta-glucan, and calorie value but carbohydrates were momentously reduced. To summarize, chapatti made from a blend of 20% soaked barley flour in whole wheat flour had increased nutritional value (more mineral and protein digestibility) and good acceptability.
Title: Effect of Soaked Barley Flour Incorporation in Whole Wheat Flour on the Nutritional Characteristics and Acceptability of Flat Bread (Chapatti)
Description:
Pre-cleaned wheat grains were milled to produce whole wheat flour.
Cleaned barley grains were soaked in water overnight which were dried till the desirable moisture of 9.
0 % and milled to produce barley flour.
After this, composite flour of wheat and soaked barley was made at a combination of 0, 5, 10, 15, 20, and 25% barley in the whole wheat flour.
The composition and rheology of composite flour were tested and then the chapatti was made from different combinations of flour blend.
A sensory evaluation of wheat barley chapatti was also done to know product acceptability.
It was observed that protein, ash, beta-glucan, energy value, mineral digestibility (20.
28%), and protein digestibility rate (47.
96%) increased significantly while the gluten, carbohydrates, and phytates decreased in a significant manner.
Dough rheology depicted a significant increase in water absorption and dough development time while dough stability was reduced.
Moreover, chapatti developed from 20% soaked barley flour had a significant increase in protein, ash, beta-glucan, and calorie value but carbohydrates were momentously reduced.
To summarize, chapatti made from a blend of 20% soaked barley flour in whole wheat flour had increased nutritional value (more mineral and protein digestibility) and good acceptability.
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