Publication | Closed Access
Effect of infrared heating on the properties of legume seeds*
108
Citations
14
References
2001
Year
EngineeringBotanyChemical CompositionFood AnalysisFood BiophysicsAgricultural EconomicsCrop PhysiologyGrain QualityInfrared HeatingCrop QualityFood ChemistrySustainable AgricultureGrain ScienceLegume SciencePublic HealthLegume SeedsFood PhysicCrop ScienceSeed StorageFood ProcessingPlant FoodsSeed Processing
Summary Five legume seeds (kidney beans, green peas, black beans, lentil and pinto beans) were heated by infrared to a surface temperature of 140 °C. The changes in chemical composition, physical, mechanical and functional properties of the processed seeds were measured and compared to those of the raw seeds. Significant changes in the properties of the seeds in terms of increased volume, lower rupture point and toughness, higher water uptake and higher leaching losses (when the seeds were soaked in water) were obtained. The changes in the physical and mechanical properties were attributed to possible cracking of the seed. Even though trypsin inhibitor activity was reduced, infrared heating did not significantly affect the starch and protein components of the seeds. The functional characteristics of flour from the infrared‐heated seeds were superior to those of flour from untreated seeds.
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