Re: MSG, formaldehyde, aluminum and mercury in vaccines is inorganic

"Many chemicals are, in fact, "toxic" in large amounts while essential to human life in small amounts. They are innocuous in microgram, nanogram and picogram quantities."

Again, this is an unscientific statement, on its face. That is it lacks distinction regarding form and size of particles, their ability to be accumulated in cells of the body.

Also, It is well known that the amount of mercury in multiple vaccines exceeds the limits laid out by the FDA.

"They present in our food, our water, they enter our body through every thing we touch and even in the very air we breath."

This is precisely why we should limit the intake of additional toxins delivered directly to the blood system via vaccine injections. These toxins bypass the orfices utilized by the metabolism with a direct pathway to the vital organs.

"BTW - Both formaldahyde and glutamate are ORGANIC and they don't become 'toxic" just because they are found in very small amounts in a vaccine."

Formalin, the type of formaldehyde used in vaccines is known for its high level of acute toxicity.

"Formalin (aqueous formaldehyde) is highly acutely toxic with deaths occurring with as little as 30 milliliters (ml, about one once) ingested.  The inhalation of high concentrations of formaldehyde is also extremely dangerous, with the IDLH (Immediately Dangerous to Life and Health) concentration being 100 ppm.  Accidental splash exposures into the eyes may cause blindness especially in cases where immediate flushing of the eyes with water does not occur."

www.michigan.gov/documents/cis_wsh_cet5028_90140_7.doc

Formaldehyde in Vaccines: Toxic Substance Poses Threat

WARNING: Toxic Chemical Unsafe for Human Consumption at Any Level

voices.yahoo.com/formaldehyde-vaccines-toxic-substance-poses-threat-1676841.html

Excitotoxicity is the pathological process by which nerve cells are damaged and killed by excessive stimulation by neurotransmitters such as glutamate and similar substances.

....The harmful effect of glutamate upon the CNS were first observed in 1954 by T. Hayashi, a Japanese scientist who noted that direct application of glutamate to the CNS caused seizure activity, though this report went unnoticed for several years. The toxicity of glutamate was then observed by D. R. Lucas and J. P. Newhouse in 1957, when the subcutaneous injection of monosodium glutamate to newborn mice destroyed the neurons in the inner layers of the retina.^[7] Later, in 1969, John Olney discovered the phenomenon was not restricted to the retina, but occurred throughout the brain, and coined the term excitotoxicity. He also assessed that cell death was restricted to postsynaptic neurons, that glutamate agonists were as neurotoxic as their efficiency to activate glutamate receptors, and that glutamate antagonists could stop the neurotoxicity.^[8]

^{en.wikipedia.org/wiki/Excitotoxicity}

Again...injections bypass metabolic barriers and are delivered directly to vital organs, like the brain.