10/01/2020
Part 1:Why we get Fat, Ugly, and Stupid
How GLYCOGEN controls your health
GLYCOGEN Series (Part 1) - Glycoscience NEWS Lesson #121 for 2020
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by JC Spencer
Each year, people with sugar craves can eat their body weight in bad sugars plus added carbohydrates that turn to glucose. Glucose compresses and link into tightly packaged structures called GLYCOGEN. Excess GLYCOGEN results in obesity and diabetes.
GLYCOGEN structures are polysaccharide trees made of many glucose branches. For years, scientists have known sugar was for energy. But, only recently did researchers discover the crystal sugar structures are actually the cell-to-cell communication system for all plants, animals, and humans.
Other sugar trees grow as glycans and glycoproteins on a million plots of “land” on the surface of healthy cells. In fact, the bushes and trees are what make for healthy cells. Normally these “trees” are structures of various types of Smart Sugars (saccharides) but in this lesson series we are looking only at structures made from glucose. These structures are GLYCOGEN.
While GLYCOGEN is important, too much glucose sends distress signals to the pancreas to help with more insulin. An imbalance of the insulin hormone can start a cascade of disaster with all hormones.
Conventional science insists that GLYCOGEN are bundles of glucose molecules linked together in a compact formation waiting to fulfill a demand for energy or to enter into the glucose cycle.
GLYCOGEN is so much more than packets of energy.
More research is needed to better understand the signals that emanate from and those acting upon GLYCOGEN.
My thesis is that GLYCOGEN plays a significant role to interfere with glycan and glycoprotein cell signals. If my assumption is correct, the “noise” or “dirty sound,” causing faulty communication, can perhaps be corrected to impact brain function to improve mental and motor skills while balancing the hormones and fat loss.
GLYCOGEN and Trehalose
Research studies confirm many significant health benefits come from oral consumption of Trehalose. Part 2 of this series will be on the structure/function of GLYCOGEN. This coming report and comment are from my observation of the structure/function of GLYCOGEN.
In Part 2, we will observe how GLYCOGEN enriched with Trehalose is known to extend life for at least two animals. We will study the function that makes this happen and how this knowledge can be applied to humans.
Part 2: Why we get Fat, Ugly, & Stupid
Research shows extended LIFE for 2 animals’ with Trehalose added to glucose
GLYCOGEN Series (Part 2) - Glycoscience NEWS Lesson #122 for 2020
by JC Spencer
Life changing wonders are hidden in the dense branches of the GLYCOGEN. These glucose crystal branches are not to be confused with the other sugar trees known as glycans and glycoproteins on the surface of healthy cells.
GLYCOGEN are bundles of glucose molecules linked together as the primary source of energy. GLYCOGEN is present mainly in the muscles and liver where modulation is critical to prevent any one of the thirteen known GLYCOGEN storage diseases from causing serious health challenges.
GLYCOGEN glycobiology discoveries are in the early stages. GLYCOGEN is a branched biopolymer consisting of linear chains of glucose residues. The average chain length is estimated to be 8–12 glucose units with 2,000-60,000 residues per molecule of GLYCOGEN.
The quality and functionality of the GLYCOGEN is determined by the linear glycosidic bonds from one glucose to the next. I have determined that there can be a vast range of functionality caused by the bonds position and strength of bond.
Glycosidic Bonds can be LIFE CHANGING
More research is needed and Big Pharma is not interested in counter-productive action. This will take a research team that cares about curing people instead of treating them until death.
The Proceeding of the National Academy of Science (PNAS) published a study titled Metabolic shift from GLYCOGEN to Trehalose promoted life-span and health-span in Caenorhabditis elegans. The paper stated that in contrast to the toxicity caused by the addition of glucose – oral consumption of Trehalose showed to improve glucose tolerance and therefore establish an association for longevity.
I promised to explain how two animals may have improved quality and length of life from Trehalose: (1) the small worm, Caenorhabditis elegans; and (2) Tardigrades – better known as the microscopic “water bear.”*
The water bear has been exposed to more stress than any other animal which can survive and thrive. But, the water bears do not seem to mind. They have been dipped into liquid nitrogen near absolute zero, baked at 150°C (302°F), placed in 6,000 times atmospheric pressure, plunged into mineral acid, boiled in alcohol, mixed with noxious chemicals, and the European Space Agency launched them into lethal radiation (100 times what other life could endure.), freezing temperatures, and the harsh vacuum of outer space.
Sometimes the water bears appeared as a lifeless specks of dry powder but when revived, they survive and thrive. The water bear can still reproduce because of Trehalose.
The actual biological secrets of the water bear remain a mystery. We have learned that Trehalose plays a major role in the water bear’s ability to endure extreme stress. Research indicates Trehalose strengthens the cell membrane and enhances hydration and dehydration without as much damage.
The ultimate test for the water bear is frozen dehydration so it appears they are but dry dust particles. Scientists report that when they are thawed and re-hydrated, they come back to life and are even able to have offspring.
In Part 3, we will observe how homosapiens also benefit from consumption of Trehalose because the angle and strength of the alpha bond of glucose can be LIFE CHANGING!
© Copyrighted 2020 by JC Spencer
References:
The Shocking Sugar REPORT
http://TexasEndowment.org
http://OneSmartSugar.com
http://TryX5.com
Glycoscience 101 from Amazon or our bookstore
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TEXAS Endowment for Medical Research A Think Tank of dedicated professionals committed to relieve human suffering through medical education and research Photo shows Glycans / Glycoproteins on the surface of the red blood cell. Glycoforms transmit and receive all cellular signals. SUBSCRIBE TO UPDATE...