Purdue Students May Develop the Next
Functional Food!
As the population ages, heath care costs rise, and awareness
and desire to improve personal health increases. The
marketplace has also seen increase desire for healthful food
products. Consumers are seeking foods that provide
health benefits beyond basic nutrition. These foods
are called "functional foods." Functional foods are
defined as foods or dietary components that may provide health
benefits beyond basic nutritional value.
The table below provides a brief listing of selected functional
foods and their potential health benefits.
Functional Foods |
Potential Health
Benefit |
Broccoli |
Antioxidant and Reduces
Cancer Risk |
Yogurt |
Improves Gastro Intestinal & Bone
Health |
Salmon |
Improves Heart Health |
Corn Products |
Reduces Cancer Risk &Maintenance
of Vision |
Chocolate |
Antioxidant |
Tomatoes |
Antioxidant and Reduces
Cancer Risk |
Cranberries |
Reduces Cancer Risk and
Maintains Urinary Track Health |
Students
in Foods and Nutrition 205, a course on chemical and physical
composition of foods, and their changes during processing,
storage, and preparation, have the opportunity to develop
a functional food product. The goal of
the project is to design and evaluate a new functional food
product by introducing a new functional component to a mainstream
food product and learn the scientific method in the process.
Bioactive food ingredients are key components in developing
new food products. Bioactive food ingredients are
ingredients or composition which is believed to poses unique
physiological activity beyond basic nutritional value. Activities
are proposed based on epidemiological and/or experimental
evidence.
Students are asked to develop a title, hypothesis, objectives,
variables, procedures, and review the literature, before
they conduct objective and subjective evaluations on the
product. The students will then present the results
and discuss their meanings. One student is testing
green tea lollipops that would be equivalent to one cup of
green tea per candy and another student is testing heart
healthy brownies including polyphenol rich dark chocolate
and omega-3 fatty acids from fish oils. A hypothesis-driven
approach to the development of and evaluation of functional
foods is key to advancing the scientific evidence for functional
foods and their physiologically active components.
For more information about the functional foods project
in Foods and Nutrition 205 contact Mario Ferruzzi at mferruzz@purdue.edu .
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