Files
Abstract
The first objective was to determine if particle size distribution (PSD) of differently milled samples had an influence on hydration properties of the meals. The second objective was to select samples with particle size distribution most similar to the control and prepare akara from them. Functional properties of paste and akara quality were also determined. Sieve shaking and laser diffraction were used to determine PSD. Plate mill setting with the largest clearance yielded samples with 1558 microns mean diameter; this sample also produced akara that was most similar in proximate composition and textural quality to the control-WTM (wet milled). HM-2.54 (Hammer mill with 2.54 mm screen) was found to be the ideal sample as it had low amount of fat (~21%) and received high sensory ratings.