MISSING LINK Recent scientific research has shown that eight simple dietary sugars (monosaccharides), most of which are no longer found in abundance in the standard modern diet, are now known to form the very words of life at the cellular level.  These sugars combine with proteins and fats to create glycoforms that coat the surface of virtually every cell in the body.  Glycoforms function as cellular recognition molecules that communicate the messages a body needs to function in health.  - 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


Glyconutrients- Support for Good Health

We may not always eat what we should, as diet plays an important role in health and disease.  Glyconutrients are not readily available or guaranteed in our modern diets.  Lack of the known essential sugars as communication components for cells will leave us susceptible to modern auto-immune disorders which are ever-growing at an alarming rate.  A new world focus in health preservation has begun.

"No technology offers more promise than the discovery and use of the specific carbohydrates recently recognized to be fundamental in the functions and structures of cellular processes as well as a proactive component to disease and degenerative conditions."

Researchers today are focused on developing a new class of drugs- glycomic drugs.  The major pharmaceutical companies sponsor much of this research.  They know that glycomic drugs will be the drugs of the future.

Sugars in particular perform an astonishing range of jobs...  So ubiquitous are these molecules that cells appear to other cells and to the immune system as sugarcoated.

- Thomas Maeder, Sweet Medicines, SCIENTIFIC AMERICAN, July 2002

Doesn't a nutritional approach to seem more simple and practical instead of the pharmaceutical approach? 

A unique and logical approach of sustaining health, wellness and prevention with nutrition instead of fighting disease at times of poor health.

"Glyconutritional products will play a leading role in the 21st century's emerging wellness industry.  The driving determinant will be the growing realization that optimal cell-cell communication is one of the most critical functions of the life process and is fundamental to immune system health."

Sugar supplements will harness simple sugars in their natural form from plants that support and sustain normal structures and functions in order to sustain health.  This will impact normal cell processes and will be the best way to offer them as supplements for optimal health.

Why Plants?

Today nearly every plant known for its health properties shares at least one common factor- it has one or more of the eight sugars identified as vital for proper cell-to-cell communication. 

Sugar supplements will be cost-effective simply because natural sugars already exist. 

Synthetic products, glycomic drugs, will be extremely expensive and will cost hundreds of millions of dollars to develop. They may help you get through an illness, but they won't produce health, as they are synthetic and have never been part of the food chain..

The article explains there is no simple "code" that determines sugar structures.  So researchers have a gigantic task, as they estimate that as many as 40,000 genes make up each person, and each gene can code for several proteins. In fact, sugars modify many of these proteins. Then many different cell types attach the same sugars in various ways, forming a myriad of branching structures, each with it's distinctive function.

Researchers know it's an extreme task.  In fact, a group of more than 40 academics from a number of disciplines called the Consortium of Functional Glycomics is working with a $34 million grant from the National Institutes of Health to accomplish the feat. This could take many years of research, as they won't be able to detail every sugar in the body.

Glyconutrients are a breakthrough scientific discovery that has been acknowledged as the "missing link" in human nutrition.  The Naturopathic Medical Association presented its highest honor of recognition with "The Most Significant Breakthrough Made in Biochemistry" for 1996.

Take a look at recently published books and articles
 

  
 

 
 


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