The development of functional foods through the addition of
bioactive compounds holds many technological challenges.
Microencapsulation is a useful tool to improve the delivery of
bioactive compounds into foods, particularly probiotics,
minerals, vitamins, phytosterols, lutein, fatty acids, lycopene
and antioxidants. Several microencapsulation technologies
have been developed for use in the food industry and show
promise for the production of functional foods. Moreover, these
technologies could promote the successful delivery of
bioactive ingredients to the gastrointestinal tract. Future
research is likely to focus on aspects of delivery and the
potential use of co-encapsulation methodologies, where two or
more bioactive ingredients can be combined to have a
synergistic effect.
The development of functional foods through the addition of
bioactive compounds holds many technological challenges.
Microencapsulation is a useful tool to improve the delivery of
bioactive compounds into foods, particularly probiotics,
minerals, vitamins, phytosterols, lutein, fatty acids, lycopene
and antioxidants. Several microencapsulation technologies
have been developed for use in the food industry and show
promise for the production of functional foods. Moreover, these
technologies could promote the successful delivery of
bioactive ingredients to the gastrointestinal tract. Future
research is likely to focus on aspects of delivery and the
potential use of co-encapsulation methodologies, where two or
more bioactive ingredients can be combined to have a
synergistic effect.
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