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- Abstract
- Introduction
- Materials
- Methods
- Detailed Methods
- Results
- Calculations
- Discussion and Relevance
- Conclusion
- References
- Acknowledgements
- Project Info |
Discussion and Relevents
Our results are quite promising, in that every experiment had results that were hypothesized. We can now state that
the proper dosage is 0.1% blueberry extract, causing the correct increase of anthocyanins.
Pharmacological agents derived from natural products continue to form a significant component of modern drug
discovery and may provide new avenues for therapeutic choice. The low toxicity associated with plant
polyphenolics makes them very attractive for the treatment of a diverse array of chronic diseases. Understanding the
pharmacological actions of fruits extracts could lead to the development of novel small molecule therapies for a
number of debilitative age-related conditions. For example, additional neuroprotective applications of specific active
compounds in blueberry extract could provide adjunct therapy in chronic neurodegenerative disorders such as
Alzheimer's, where oxidative stress vulnerability may contribute to neuronal death and loss of function. Since Canada
is one of the world's largest producers of blueberries with 47,660 tonnes produced in 2002, the isolation and
development of pharmacological compounds derived from components in blueberries may provide opportunities
to develop new biotechnology and expand export markets.
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