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Open Access Preparation and functional properties of whole cassava flour

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For increasing the value and promoting consumption of cassava, whole cassava flour was prepared as a fast food with good flavor. To improve the separation of cells in preparing the whole cassava flour, the parameters of heated treatment were investigated with response surface methodology. The whole cassava flour with optimum integrity of cell was obtained in this study. The results showed that the influencing factors on integrity of cassava cell followed as cook temperature, cook time, pre-cook time, and pre-cook temperature, and the optimum parameters were 95, 16 min, 10 min, 66, respectively. The free starch content of cassava flour was lower (8.4%) under above conditions. Meanwhile, the changing of hydrocyanic acid was determined during the process of whole cassava flour. Moreover, the viscosity property, thermal property, water and oil absorption properties, freeze-thaw stability of whole cassava flour were studied. The results can provide theoretical references for cassava application in food industry.

Keywords: optimization; processing; response surface methodology; thermodynamics; whole cassava flour

Document Type: Research Article

Publication date: 01 May 2012

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  • Transations of the Chinese Society of Agricultural Engineering(TCSAE), founded in 1985, is sponsored by the Chinese Chemical Society. TCSAE has been indexed by EI Compendex, CAB Inti, CSA. TCSAE is devoted to reporting the academic developments of Agricultural Engineering mainly in China and some developments from abroad. The primary topics that we consider are the following: comprehensive research, agricultural equipment and mechanization, soil and water engineering, agricultural information and electrical technologies, agricultural bioenvironmental and energy engineering, land consolidation and rehabilitation engineering, agricultural produce processing engineering.

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