Innovations in Delivery Methods for Nutraceutical Food and Drinks

Introduction

This report explores the range of manufacturing technologies that are available for encapsulating ingredients to change their performance characteristics. The report focuses on innovation and the companies with the expertise to design new delivery systems with improved properties for ingredient delivery. Over the last decade, the food industry has begun to invest in delivery technologies.

Features and benefits

• Gain insight into the reasons for using delivery systems to encapsulate nutraceutical ingredients .
• Identify the key technologies available for producing encapsulated nutraceutical ingredients, their advantages, disadvantages and associated costs.
• Review regulations applicable to the use of delivery systems in food & gain insight into the effect of these regulations on the industry in the future
• Identify innovative companies and discover the potential of their approaches for delivering novel encapsulated nutraceutical products.
• Identify the areas of the nutraceutical market for which delivery systems are most important and why.

Highlights

The food market is changing: Over the past decade, consumers have become more concerned for their health and are increasingly inclined to self-medicate. Healthcare providers, too, are keen to shift some of the burden of healthcare costs to individuals and recognize that functional foods may provide alternatives to medications.Adding nutraceuticals to processed foods can be challenging: The ingredient must be delivered to the customer in a form that tastes good, feels good & is stable & bioavailable. However, many ingredients are sensitive to the manufacturing process, have their own unpleasant flavors or colors, or adversely affect product stability.The food industry has begun to invest in innovative delivery technologies to overcome these problems and thus to improve the health benefits offered by their functional foods or beverages. These delivery systems also have the potential to reduce the costs associated with food processing by reducing overages of unstable nutrients.

Your key questions answered

• Why do ingredients require modification through the use of a delivery system for inclusion in functional food products?
• How can the use of encapsulated ingredients actually reduce the manufacturing costs for a functional food product?
• What are the drivers and resistors for the functional food, and hence the functional ingredients, markets?
• How are encapsulated ingredient products regulated?
• Which companies/academic laboratories are innovating in this area and are able to provide their expertise to food and ingredient manufacturers?

Table of contents

Executive Summary
Introduction
Encapsulation to create microparticles
Encapsulation in emulsions and micelles
Case studies
Regulation of ingredient delivery methods
Challenges and opportunities for the future of ingredient delivery

About the authors
Disclaimer
Introduction
Summary

Introduction
Key nutraceutical ingredients and markets

The nutraceuticals market
Ingredient suppliers

Innovative delivery methods for food
Report outline

Encapsulation to create microparticles
Summary
Introduction

Carrier materials used in encapsulation

Processes for creating encapsulated materials
Physical methods

Atomization methods
Fluidized-bed encapsulation
Extrusion

Chemical methods

Coacervation
Inclusion complexation

Designing an encapsulate: points for consideration
Testing new products
Summary of key companies and their areas of expertise
Conclusions

Encapsulation in emulsions and micelles
Summary
Introduction
Emulsions

Multiple emulsions
Multilayered emulsions
Solid lipid particle emulsions
ISAsomes

Manufacturing emulsions

Membrane emulsification
Layer-by-layer deposition

Emulsifiers
Micelles and liposomes

Aquanova
Nutralease
Zymes LLC
Eugene Science Inc

Conclusions

Case studies
Summary
Introduction
Delivering omega-3 fatty acids and conjugated linoleic acid

Company case studies
Conjugated linoleic acid

Probiotics

Delivering probiotics

Antioxidants

BASF
DSM Nutritional Products: Actilease

Salt reduction

Eminate: Soda-Lo
Redpoint Bio

Conclusions

Regulation of ingredient delivery methods
Summary
Introduction
Regulation in the US
Regulation in the EU

Processing aids
Food additives
Novel foods

Bioavailability
Conclusions

Challenges and opportunities for the future of ingredient delivery
Summary
Introduction
The functional foods market

Key areas of the functional foods market
Regional variations
Emerging economies
Consumer focus on health, nutrition and convenience
Economics and disease prevention

Changing regulations
New technologies: the cross over from pharmaceuticals
Final product pricing
Consumer acceptance of delivery systems and nanotechnology
Overall conclusions

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Related research categories

By sector: Functional (in Soft drinks), General drinks