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Beneficial impacts of sprouting legume seed explored. Temperature-dependent hydration kinetics and physico-chemical traits of mung bean covered. The hydration rate depends on the soaking temperature. Modeled the hydration phenomena with the available mathematical models and their fitting adequacy adjudged. The soaking time and temperature as optimized were followed to subject the hydrated mung bean to germinate under specific conditions. After dehydrating the malted seeds and flour were further analyzed for the physico-chemical, functional, and nutritional characterization. Several advanced…mehr

Produktbeschreibung
Beneficial impacts of sprouting legume seed explored. Temperature-dependent hydration kinetics and physico-chemical traits of mung bean covered. The hydration rate depends on the soaking temperature. Modeled the hydration phenomena with the available mathematical models and their fitting adequacy adjudged. The soaking time and temperature as optimized were followed to subject the hydrated mung bean to germinate under specific conditions. After dehydrating the malted seeds and flour were further analyzed for the physico-chemical, functional, and nutritional characterization. Several advanced instrumental analysis methods are used further to characterize the malted grain to be used as the important ingredient in the preparation of value-added products.
Autorenporträt
Dr. Kamlesh Prasad ist Professor (Lebensmitteltechnik und -technologie) und Dekan (Fakultät und Personalfürsorge) bei SLIET, Longowal, Indien. Seine Spezialgebiete sind die Entwicklung gebrauchsfertiger und traditioneller Lebensmittelprodukte, Modellierung und Simulation, zerstörungsfreie Bewertung, Automatisierung von Lebensmittelprozessen, Nanotechnologie und technische Eigenschaften von Lebensmitteln.