Effect of Microwaves on Food Proteins

In terms of efficiency and speed, microwave heating outperforms other heating techniques by a wide margin. This is especially helpful in today’s fast-paced, time-constrained world. Protein is one of the many nutrients that the body needs to function properly. It is involved in many physiological processes in humans as well as other animals. It is crucial to comprehend how microwave heating affects proteins because it has an impact on the nutritional value of food as a whole. Microwave heating has the ability to alter the kinetics of how peptides and proteins fold, according to experimental data. The delicate natural folded structures of these biomolecules are maintained via complex hydrogen bonds, disulfide bonds, and hydrophobic interactions. However, more thorough investigation is required to completely understand the effects of microwave heating on protein structures. These studies should take into account variables like various power levels, exposure times, and meal composition because they might considerably affect the results. This chapter aims at understading various effects observed on protein quality in food products subjected to microwave heating. The development of improved cooking procedures to maintain protein integrity and nutritional value will benefit from an understanding of how these factors interact with protein structures during microwave heating.