Vitamin C & Brain Health

Linda’s comments:  I take 4 to 5 teaspoons daily of the BIOEN’R-G’Y C  daily…..I love the stuff….

Dr. Gordon’s comments: Please save your patients eyes and brain. Let them understand this important research on vision and brain function and vitamin C! The new research indicates that vitamin C may not only benefit the eye, but have wider implications for the functioning of the central nervous system (CNS).

I have not had less than 8 grams of BIOEN’R-G’Y C a day for years and when under stress like deadlines and travel, 12-16 gm is what I take. My eye glass prescription had to be weakened as at age 76 my vision is improving! 

I take everything listed on my website and use PEMF daily including direct to my head! I also have been on continuous oral chelation with the total 9 pill package that requires twice a day for well over 15 years now. So I would prefer to not leave anything out, as everything is working very well!! If I had the time I would get IV Myer’s and short chelation IV too, as nothing can get out all the toxins like lead and oral nutrients usually cannot be well enough absorbed to keep magnesium etc in optimal shape. 

But I muddle through somehow with only my oral program but research with PEMF suggests that it provides a bioporation effect.

Garry F. Gordon MD,DO,MD(H)
President, Gordon Research Institute
www.gordonresearch.com

Link: http://www.nutraingredients-usa.com/Research/Vitamin-C-shows-eyes-brain-health-potential-Study/?c=DcghxY3t7h6VWOa1OE%2F74g%3D%3D&utm_source=newsletter_daily&utm_medium=email&utm_campaign=Newsletter%2BDaily

Excerpt:

Vitamin C shows eyes & brain health potential: Study
By Stephen Daniells, 18-Jul-2011

One of the nutrition industry’s biggest sellers – vitamin C – may help nerve cells in the eye to function properly, says a new study that suggests the vitamin may also be important for brain function, too. 

The “surprising discovery” by researchers Oregon Health & Science University indicates that vitamin C may be needed for correct functioning of retinal cells, which in turn may have implications for the central nervous system.