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Not all naturally occurring precious metals are used by body intended for important neurological processes. Lead and radium are samples of these alloys that are not essential for life but may even cause toxicity and death if taken in huge doses. Research conducted in Japan demonstrated a correlation between necessary protein intake while using increased weeknesses for intoxication of cadmium (Tavari 1986).

Rats provided a low necessary protein diet had been observed to obtain higher toxicity from these kinds of metals that have been also detected in the urine and feces (Suzuki 1984). A minimal protein diet in humans is usually recommended to those with kidney and liver disorders and as a result, this negative a result of higher metallic toxicity is very important to understand.

Precious metals act by binding to organic substances subsequently transforming their structure and possibly enhancing their function. When the function in not really carried out very well, this can lead to cell fatality and inactivation of the creation of significant enzymes (“Metals as toxins). For instance, a metal mixture can compete with a biologically significant factor such as o2 to create an enzyme responsible for degrading blood sugar. If this metal efficiently defeats o2, the enzyme may not be made, thus, blood sugar will not be degraded and possibly built up. This is a simple example of exactly what a university metal can easily do for the body.

When it comes to normal necessary protein intake, the body has enough proteins which could bind to harmful ingredients such as metals. Similar to the actions of a lock and essential, a specific protein can sophisticated with harmful bioelements then excrete these people outside the human body to prevent likely internal damage. Metallothionein specifically works as a chelating agent and combines by itself with radium, for example and is also excreted out of your body while Selenium, a protein abundantly found in egg whites, inhibits the toxic effect of metals (“Metals while toxins). A low protein absorption thus, have got a significant impact in resulting to high levels of cadmium and lead inside the blood as most proteins clearly function in sweeping out these types of harmful precious metals by joining with all of them and then transporting them out from the body.

Recommendations

“Metals as toxins.  Retrieved August 11, 3 years ago, from

http://www.portfolio.mvm.ed.ac.uk/studentwebs/session2/group29/introtox.htm

Suzuki, E. T., Miyamoto, E., Tanaka, Y. Kawamura, R. and Yamamura, Meters. (1984). A result of diet

on urinary and fecal excretion of cadmium, copper and zinc from rats preaccumulated

heavily with cadmium. Archives of Environmental Contamination and Toxicology, vol.

13 number 5. Gathered August 14, 2007, coming from

www.springerlink.com/index/J456157JVU87212T.pdf

Tavari, P. C., Jain, Sixth is v. K., Ashquin, M. and Tandon, S. K. (1986). Influence of protein deficit

on radium toxicity in rats. Archives of Environmental Contamination and Toxicology

volume. 15 no . 4. Retrieved August 11, 2007, by

www.springerlink.com/index/G88L4P84417XT467.pdf