Physical and sensory properties of soycheese as a potential carrier for micronutrient Sprinkles production

Abstract Number Theme Presentation Type Cover Approved
0049 Iron, zinc, vitamin A, iodine, vitamin B12, folate, vitamin D, multiple micronutrients Poster Not Approved

Authors

Abstract Content

Objectives

The production of sprinkles with plant-based carriers to meet the micronutrient need of infant and young children.

Methods

Soybeans (Glycine max) was processed into unpasteurized milk. Then three plant extracts (sodom apple leaf, pawpaw leaf and lime juice) were used to coagulate the milk to produce cheese, which was subjected to determination of some physical properties using standard techniques. The cheese were dried and subjected to evaluation of sensory attributes (texture, taste, appearance, acceptability and aroma) on a nine point hedonic scale.

Results

Soybeans (Glycine max) was processed into unpasteurized milk. Then three plant extracts (sodom apple leaf, pawpaw leaf and lime juice) were used to coagulate the milk to produce cheese, which was subjected to determination of some physical properties using standard techniques. The cheese were dried and subjected to evaluation of sensory attributes (texture, taste, appearance, acceptability and aroma) on a nine point hedonic scale.

Conclusions

The results obtained from the physical and organoleptic properties, suggest that soy cheese produced with Sodom apple leaf extract could be used as a carrier in the production of micronutrient sprinkles for the purpose of home fortification

Our website uses cookies to ensure you have the best experience.
Please visit our Privacy Policy page for more information.