Due to strong clinical data supporting a variety of health benefits, omega-3 oils are being increasingly added to food and beverage products. However, these bioactive lipids need to be protected against autoxidation and degradation during food processing and storage. Microencapsulation technology is employed to stabilise omega-3 oils and enable their delivery into food and beverage products without impacting the taste and shelf-life of the product. In this chapter, we provide an overview of microencapsulation techniques used to encapsulate and stabilise omega-3 oils. The advantages and disadvantages of each method are described and compared. Also, important properties of the microencapsulated ingredients, such as payload, oxidative stabilit...
Background Functional foods are a fastest growing sector of the food industry. The development of fu...
Regular consumption of adequate quantities of lipids rich in omega-3 fatty acids is claimed to provi...
Essential oils (EOs) are known as any aromatic oily organic substances which are naturally synthesiz...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
Microencapsulation protects omega-3-fatty acids from autoxidation and thus prevents off-flavour form...
PPolyunsaturated fatty acids, especially long-chain polyunsaturated omega-3 fatty acids (LCω3-PUFA),...
In food and pharma industry, fish oils are highly demanded due to the many associated health benefit...
This study investigated an efficient protocol for preparing and stabilising omega-3 concentrates. Mi...
Throughout history the main aims of microencapsulation of essential oils has been to protect them ag...
Throughout history the main aims of microencapsulation of essential oils has been to protect them ag...
Background Functional foods are a fastest growing sector of the food industry. The development of fu...
Background Functional foods are a fastest growing sector of the food industry. The development of fu...
Regular consumption of adequate quantities of lipids rich in omega-3 fatty acids is claimed to provi...
Essential oils (EOs) are known as any aromatic oily organic substances which are naturally synthesiz...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
To improve consumption of omega-3 fatty acids, foods can be enriched with omega-3 rich oils. Microen...
Microencapsulation protects omega-3-fatty acids from autoxidation and thus prevents off-flavour form...
PPolyunsaturated fatty acids, especially long-chain polyunsaturated omega-3 fatty acids (LCω3-PUFA),...
In food and pharma industry, fish oils are highly demanded due to the many associated health benefit...
This study investigated an efficient protocol for preparing and stabilising omega-3 concentrates. Mi...
Throughout history the main aims of microencapsulation of essential oils has been to protect them ag...
Throughout history the main aims of microencapsulation of essential oils has been to protect them ag...
Background Functional foods are a fastest growing sector of the food industry. The development of fu...
Background Functional foods are a fastest growing sector of the food industry. The development of fu...
Regular consumption of adequate quantities of lipids rich in omega-3 fatty acids is claimed to provi...
Essential oils (EOs) are known as any aromatic oily organic substances which are naturally synthesiz...