Bread is considered one of the most popular bakery products consumed in several world regions including Sri Lanka.The potential of utilization of two rhizome flours(Lasia spinosa and Nelumbo nucifera)was evaluated in ...Bread is considered one of the most popular bakery products consumed in several world regions including Sri Lanka.The potential of utilization of two rhizome flours(Lasia spinosa and Nelumbo nucifera)was evaluated in bread formulation with four different substitution levels(20,40,60,and 80%).After the incorporation of L.spinosa and N.nucifera flours,the alterations in compositional,functional,in vitro anti diabetic activity,in vitro starch digestibility and sen-sory attributes were observed.The results revealed that the total dietary fiber,resistant starch and ash contents were higher while protein,fat and starch contents were lower in the rhizome flour incorporated breads.The functional properties showed that the water absorption index and water solubility increased with increasing of rhizome or pro-portion.The results showed that 20%rhizome flour incorporated bread had the highest sensory score compared to other percentage ratios and contained a higher level of dietary fiber,resistant starch,antidiabetic activity,and low rate of starch digestibility compared to control bread.The mixture of Lasia spinosa and Nelumbo nucifera rhizome flours could be incorporated up to 20%substitution level with wheat flour to formulate functional bread with more nutritious and functional along with sensory acceptability.展开更多
基金supported by the World Bank AHEAD project under the research grant AHEAD/RA3/DOR/WUSL/FST to KDPPG.
文摘Bread is considered one of the most popular bakery products consumed in several world regions including Sri Lanka.The potential of utilization of two rhizome flours(Lasia spinosa and Nelumbo nucifera)was evaluated in bread formulation with four different substitution levels(20,40,60,and 80%).After the incorporation of L.spinosa and N.nucifera flours,the alterations in compositional,functional,in vitro anti diabetic activity,in vitro starch digestibility and sen-sory attributes were observed.The results revealed that the total dietary fiber,resistant starch and ash contents were higher while protein,fat and starch contents were lower in the rhizome flour incorporated breads.The functional properties showed that the water absorption index and water solubility increased with increasing of rhizome or pro-portion.The results showed that 20%rhizome flour incorporated bread had the highest sensory score compared to other percentage ratios and contained a higher level of dietary fiber,resistant starch,antidiabetic activity,and low rate of starch digestibility compared to control bread.The mixture of Lasia spinosa and Nelumbo nucifera rhizome flours could be incorporated up to 20%substitution level with wheat flour to formulate functional bread with more nutritious and functional along with sensory acceptability.
