Humorous Senior Moments Redefined as ‘Prevagen Moments’
Madison, Wis – (February 22, 2012) Quincy Bioscience, the makers of Prevagen, announce a new online feature this week. A collection of famous, and not-so-famous, forgetful blunders are posted on the Prevagen Facebook page to call attention to a problem that faces an increasing number of aging Americans; forgetfulness.
Susie forgot her kids’ names.
Tim left his keys in the fridge.
Rob looked for his glasses while they were on his head where he left them.
Most adults have had them- those moments where it feels like you left your brain somewhere. Typically called a “senior moment”, these forgetful times can range from funny to worrisome.
Prevagen wants to bring attention to the importance of good brain health by entertaining us with some humorous episodes of forgetfulness – call them “Prevagen Moments.”
There are the famous moments we’ve all seen; political figures forgetting executive branches of the government, celebrities forgetting song lyrics, and the occasional Average Joe who forgets something important and lands on the front page of the news.
Prevagen wants everyone to know that they are not the only one that has these forgetful moments.
In fact, the whole world is full of moments that could potentially have been avoided with Prevagen! Prevagen is a one-of-a kind supplement that has proven to help with everyday memory like word recall, learning, and short-term memory.
Take a look at our new Facebook feature, Prevagen Moments. We’ve collected some of the funniest (and most embarrassing) forgetful moments.
Got a funny, famous (or not so famous) memory lapse moment? Share it with us at www.facebook.com/prevagen.
Enjoy!
Media Contact:
Todd Olson
(608) 827-8134
tolson@quincybioscience.com
About Quincy Bioscience
Quincy Bioscience is a biotechnology company based inMadison,Wisconsin. Quincy Bioscience is focused on the discovery and development of novel compounds to fight the aging process. The company's technology focuses on restoring calcium balance related to neurodegenerative disorders and other destructive age-related mechanisms.
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