Using milk proteins as an encapsulating material is interesting due to their physico-chemical properties. When in suitable conditions, milk proteins form gels. They are a natural vehicle to deliver probiotics cells due to their structural and physico-chemical properties. Encapsulated probiotics with whey protein gel particles can offer protection during processing and storage, as well as increasing the food applications of the bacteria to biscuits, vegetables, and frozen cranberry juice. In addition to the most widely used probiotic encapsulation methods, like spray coating with fats and microencapsulation with alginate, the protein-based technique is another alternative for this process. The protein matrix has different cell release than other materials. Therefore, it could be applied to other food products in order to protect them during processing and increase stability during storage. Moreover, it is good for the protection and release of nutraceuticals in the gastrointestinal tract.
Using milk proteins as an encapsulating material is interesting due to their physico-chemical properties. When in suitable conditions, milk proteins form gels. They are a natural vehicle to deliver probiotics cells due to their structural and physico-chemical properties. Encapsulated probiotics with whey protein gel particles can offer protection during processing and storage, as well as increasing the food applications of the bacteria to biscuits, vegetables, and frozen cranberry juice. In addition to the most widely used probiotic encapsulation methods, like spray coating with fats and microencapsulation with alginate, the protein-based technique is another alternative for this process. The protein matrix has different cell release than other materials. Therefore, it could be applied to other food products in order to protect them during processing and increase stability during storage. Moreover, it is good for the protection and release of nutraceuticals in the gastrointestinal tract.
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