All Posts Tagged With: "LIMES"

F.I.G.H.T. L.I.M.E.S.

It is time to rename LYME;  if we call it LIMES it will change the paradigm and help many more people on the road to recovery than if IV antibiotics suddenly were free for everyone, as often as they wanted them. That is not the best answer for most patients today.  Oxidative treatment would make more sense (UVB/OZONE).

Lyme is all around us but I believe we will help many more if we give up on blaming everything on the tick related introduction of more pathogens than we had the day before we are bit.  Continued

VITAMIN C AND ACIDITY

Excerpt:

(OMNS, December 8, 2009) Vitamin C is commonly taken in large quantities to improve health and prevent asthma, allergies, viral infection, and heart disease [1,2]. It is non-toxic and non-immunogenic, and does not irritate the stomach as drugs like aspirin can. Yet vitamin C (L-ascorbic acid) is acidic. So, a common question is, what are the effects from taking large quantities?

Ascorbic acid is a weak acid (pKa= 4.2) [3], only slightly stronger than vinegar. When dissolved in water, vitamin C is sour but less so than citric acid found in lemons and limes. Can large quantities of a weak acid such as ascorbate cause problems in the body? The answer is, sometimes, in some situations. However, with some simple precautions they can be avoided.

Acid in the Mouth
First of all, any acid can etch the surfaces of your teeth. This is the reason the dentist cleans your teeth and warns about plaque, for acid generated by bacteria in the mouth can etch your teeth to cause cavities. Cola soft drinks contain phosphoric acid, actually used by dentists to etch teeth before tooth sealants are applied. Like soft drinks, ascorbic acid will not cause etching of teeth if only briefly present. Often, vitamin C tablets are coated with a tableting ingredient such as magnesium stearate which prevents the ascorbate from dissolving immediately. Swallowing a vitamin C tablet without chewing it prevents its acid from harming tooth enamel.

Full article: http://www.orthomolecular.org