6. Why are the incidents of many diseases
increasing at an alarming rate?
• Diabetes
• Influenza / Pneumonia
• Alzheimer’s Disease
• Chronic Fatigue Syndrome
• Fibromyalgia
• AIDS
• ADH/ADD
• Lupus Erythematosis
7. Original Limit of Modern
Medicine Drugs
LD 50%
Kill 50%
of the
subject
group
8. 106,000 people
Die Each Year
from Properly Prescribed
Medication
9. The 2004 year Fatalities of
Prescription Drugs in U.S.A.
10. What is the “Glyconutrients”?
What is the
glyconutrients?
13. Biochemistry Textbook of the
medical students
Essential Carbohydrates
“About 200 monosaccharides
(carbohydrates) are found
in nature, however only eight
are found in… the
chains of glycoproteins.”
Harper’s Biochemistry
Vol. 24. 1996
–Harper’s Biochemistry–
21. The Roles of the Surface Glycoform :
Recognition and Trans of information
22. Free sugar’s H.Pylori and
anti-infection function 2 specific glycans
23. Nutrition’s destiny
“Proteins have intrinsic signals that govern their transport and localization in the cell.”
The Nobel Prize in Physiology or Medicine 1999, Gunter Blobel
Why these sugars are so important is because they are attached in unique ways to cells and molecules and are vitally important in the creation of the correct structures which is absolutely essential for obtaining correct function. The surface of cells are covered with chains of these sugars attached to the cell wall and through these sugars the cell can express its identity and whether it is healthy or not. The language of cellular and molecular identity and communication is a sugar language. Virtually every protein and fat n the body have sugars attached. They are glycoproteins and glycolipids.
In 1980 Blobel proposed that newly made proteins are targeted to and imported into the various organelles within the cell by built-in signal sequences. The signals are short stretches of amino acids encoded by the gene specifying the protein. They can be located at either end of the protein, or somewhere internally. In 1980 Blobel proposed that newly made proteins are targeted to and imported into the various organelles within the cell by built-in signal sequences. The signals are short stretches of amino acids encoded by the gene specifying the protein. They can be located at either end of the protein, or somewhere internally. The organization of a cell can be compared to that of a big city such as New York. In order to reach its correct destination, a letter has to be provided with an address label and a zip code, similar to the address tags on proteins.
