Got Peripheral Artery Disease? Eat Dark Chocolate.
The Director of the Vascular Center at Brigham and Women's Hospital (Boston, MA), Mark Creager, MD, reports findings from a recent study of patients ages 60 to 78 with PAD. When they ate 1.5 ounces of chocolate with at least 85% cocoa they walked 11% farther and 15% longer than they previously were able to walk. The high concentration of polyhenols in dark chocolate are antioxidants that seem to improve blood flow the lower extremities. It only takes 1.5 ounces.
Saturday, October 4, 2014
Tuesday, August 26, 2014
Thursday, July 31, 2014
Thursday, May 22, 2014
Can the peanut butter test diagnose Alzheimer's Disease ?
The Journal of the Neurological Sciences reports on research completed at the McKnight Brain Institute Center for Smell and Taste at the Un of FL, Gainsville.
Since the part of the brain that controls the sense of smell
is the first area to be affected by Alzheimer's Disease the researchers used the strong smell of peanut butter for their testing.
Research subjects, already diagnosed with Alzheimer's,
were not able to smell a spoonful of peanut butter when it
was just 2" from their nose.
Subjects not diagnosed with Alzheimer's, were able to smell the same spoonful of peanut butter when it was placed seven inches from their nose.
Since the part of the brain that controls the sense of smell
is the first area to be affected by Alzheimer's Disease the researchers used the strong smell of peanut butter for their testing.
Research subjects, already diagnosed with Alzheimer's,
were not able to smell a spoonful of peanut butter when it
was just 2" from their nose.
Subjects not diagnosed with Alzheimer's, were able to smell the same spoonful of peanut butter when it was placed seven inches from their nose.
Wednesday, April 16, 2014
Is It Alzheimer's or Normal Aging
Let's talk it over. Please join me at
Glen Oaks Memory Care Center in Urbandale, IA
Thursday April 24, 2014 6 PM
Questions ? Give me a call
Jacke' Dollar
515-223-0014
Monday, January 20, 2014
Do High Blood Sugar Levels Hinder Memory?
A preliminary study published in the American Academy of Neurology Journal suggests chronically high blood sugar levels in humans, without Type 2 diabetes, have a negative effect on their ability to remember and repeat a list of words.
The German study of 141 people, average age 63, without signs of memory problems but with elevated glucose levels showed a correlation between long term high blood-sugar levels and the inability to recall
words from a list. Researcher Agnes Floel finds that even in this small study, people with normal blood sugar ranges could possibly prevent age related memory decline by lowering their blood glucose levels.
Glucose level is determine by genetics, diet and recent emotional activity.
Floel suggests the need for large clinical trials to determine if lowering glucose levels will help prevent some dementia's. USA Today
Saturday, January 11, 2014
Increase the Size of Your Hippocampus to Improve Your Memory
Study by Kirk Erickson Ph.D. published in Proceedings of the National Academy of Sciences:
Seniors were able to improve their memory by increasing the size of their hippocampus, the part of the brain where memory and emotion are stored and controled, by walking 40 minutes-three times a week for a year.
Participants who walked showed an average 2% increase while those who did stretching exercises showed a
1.4% declinle in their hippocampus volume. Dr. Erickson, the lead author in the study, suspects increase blood flow and growth in the cell connections may be the contributing factors. Lets get out and walk!
Seniors were able to improve their memory by increasing the size of their hippocampus, the part of the brain where memory and emotion are stored and controled, by walking 40 minutes-three times a week for a year.
Participants who walked showed an average 2% increase while those who did stretching exercises showed a
1.4% declinle in their hippocampus volume. Dr. Erickson, the lead author in the study, suspects increase blood flow and growth in the cell connections may be the contributing factors. Lets get out and walk!
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