Mark Sircus
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 While the medical and the research industry is focused on the fact that hyperglycemia is the primary cause of peripheral neuropathy, little attention is paid to the effects of hypoglycemia,37 or low blood sugars. This seems to be a far too ignored piece of the puzzle of diabetes, worsening as diabetics are pushed to achieve lower and lower blood sugars, with faster acting synthetic insulin. Research shows us that too rapid lowering of blood sugars from a longstanding hyperglycemic state,38 and that episodes of sustained hypoglycemia can and do cause neuropathy. |
Jonny Bowden, Ph.D., C.N.S.
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 But don't confuse these natural, healing sugars with the white stuff you see on the table. These sugars—also called glyconutrients—don't taste sweet, don't raise blood sugar, and do provide many health benefits. (Glyconutrients are powerful compounds—ongoing research is looking at the value of glyconutrients in cancer treatment, but that's a whole other story.) The aloe vera gel has all the active medicinal sugars (glyconutrients) mentioned above.
Wound Care in a Gel
The gel reduces inflammation when applied to the skin. It also has antibacterial effects. |
Bottom Line Health
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| More complex sugars, such as sucrose and lactose, which are made up of two simple sugars that are linked.
•Starches, even more complex molecules, which are made up of thousands of linked glucose molecules.
Bread contains carbohydrates, but it also contains protein, fat, vitamins, minerals and other nutrients.
Milk isn't generally thought of as a carbohydrate, but it contains significant amounts of lactose.. .as well as protein, fat, calcium and, of course, water.
CARBS AND YOUR BODY
The digestive process converts carbohydrates into glucose (blood sugar). |
Stephen T. Sinatra, M.D.
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 Certain of these sugars, especially sucrose, are also what are now referred to as "bad" sugars because they provoke an insulin spike.
2. Glycogen is a sugar made up of a long chain of glucose molecules. Glycogen is the cellular storehouse of glucose, making it readily available for energy turnover in the cell. Aerobic athletes, such as runners, rely heavily on glycogen stores to give them energy during long exercise bouts. Hearts also rely on glycogen as an energy store to protect them from short periods of ischemia when the oxygen-requiring pathways of energy metabolism slow down or stop.
3. |
Mike Adams, the Health Ranger
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 However, it should be noted that pomegranate sugars are somewhat unique in that they do not spike blood sugar levels as easily as other fruit sugars. It's a mysterious effect, actually, and scientists are not sure why pomegranate juice seems to be so mild in its blood sugar effects. This makes it the ideal juice for diabetics, as it also helps reduce atherosclerosis risks in diabetics. Read Pomegranate Juice Could Benefit Diabetics for more details. |
Mark Sircus
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| This seems to be a far too ignored piece of the puzzle of diabetes, worsening as diabetics are pushed to achieve lower and lower blood sugars, with faster acting synthetic insulin. Research shows us that too rapid lowering of blood sugars from a longstanding hyperglycemic state,38 and that episodes of sustained hypoglycemia can and do cause neuropathy.39
From 1993 to 1995, about 67,000 amputations were performed each year among people with diabetes. In 2002, about 82,000 non-traumatic lower-limb amputations were performed in people with diabetes. |
Mike Adams, the Health Ranger
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| However, it should be noted that pomegranate sugars are somewhat unique in that they do not spike blood sugar levels as easily as other fruit sugars. It's a mysterious effect, actually, and scientists are not sure why pomegranate juice seems to be so mild in its blood sugar effects. This makes it the ideal juice for diabetics, as it also helps reduce atherosclerosis risks in diabetics. Read Pomegranate Juice Could Benefit Diabetics for more details. |
Mike Adams, the Health Ranger
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 Here are a few of the most common ways:
One of the most common tricks is to distribute sugars among many ingredients so that sugars don't appear in the top three. For example, a manufacturer may use a combination of sucrose, high-fructose corn syrup, corn syrup solids, brown sugar, dextrose and other sugar ingredients to make sure none of them are present in large enough quantities to attain a top position on the ingredients list (remember, the ingredients are listed in order of their proportion in the food, with the most common ingredients listed first). |
David W. Grotto, RD, LDN
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 DIABETES: The type of fiber found in figs may reduce the risk of developing adult-onset diabetes (type 2) by slowing down the digestion and absorption of sugars in foods.
Tips on Using Figs
SELECTION AND STORAGE:
• Fresh figs: Choose figs that are slightly soft and bent at the neck. They can only be refrigerated for approximately 2 to 3 days after harvest.
• Dried figs: The white "frost" that occurs on figs is called "sugaring" and it is a natural occurrence when sugars from the fig rise to the surface. Keep refrigerated to reduce "frost."
• Figs also come in juice concentrate and pastes. |
Jonny Bowden, Ph.D., C.N.S.
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| Dallas-Fort Worth Medical Center, who has spent the better part of two decades researching the therapeutic nature of aloe, its active ingredients are eight sugars that form the eight essential saccharides: glucose, galactose, mannose, fructose, xylose, N-acetylglucosamine, N-acetylgalactosamine, and N-acetylneuraminic acid. The mannose molecules join together to form a kind of starch that is known by different names: acemannan, acetylated polymannans, polymannose, or APM.
But don't confuse these natural, healing sugars with the white stuff you see on the table. |
Mike Adams, the Health Ranger
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| Here are a few of the most common ways:
One of the most common tricks is to distribute sugars among many ingredients so that sugars don't appear in the top three. For example, a manufacturer may use a combination of sucrose, high-fructose corn syrup, corn syrup solids, brown sugar, dextrose and other sugar ingredients to make sure none of them are present in large enough quantities to attain a top position on the ingredients list (remember, the ingredients are listed in order of their proportion in the food, with the most common ingredients listed first). |
Michael T. Murray and Michael R. Lyon
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 Simple carbohydrates, or sugars, are naturally found in fruits and vegetables, but most of the simple sugars consumed in developed countries are in the form of refined sugar like sucrose (white sugar). Complex carbohydrates include starch and other, larger carbohydrate molecules.
When high sugar, or low fiber, starchy foods are eaten in excess, blood sugar levels rise quickly, producing a strain on blood sugar control. |
Mehmet C. Oz., M.D. and Michael F. Roizen, M.D.
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 For three days in a row, eliminate certain groups of food from your diet-dairy products, wheat products, and sugars being the top three to try. Write down how you feel during those days, and notice any changes in digestive feelings as well as things like your energy level. The test will give you insight not into allergies specifically but into food irritabilities-symptoms that can make you feel like you have a touch of the flu. Another bonus: Learning to eliminate certain groups (sugars and refined carbohydrates, especially) can also help you lose weight.
YOU Tip: Choose Your Fats. |
Steven V. Joyal
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 Processing and cooking foods at high temperatures results in what is called the Maillard reaction, in which sugars (those that are a natural part of the food or those that have been added, such as fructose and corn syrup), proteins, and some fats interact and form advanced glycation end products (AGEs) and advanced lipoxidation end products (ALEs), as discussed in chapter 1.
When you cook foods using intense heat and without water or other liquids, such as broth or wine, the sugars bind nonen-zymatically to proteins (collagen and elastin fibers) and form glycotoxins. |
Mike Adams, the Health Ranger
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 What we're doing today will be looked at as a form of insanity, and someday it will be obvious to everyone that all the problems we have with violence and crime and ADHD and overcrowded prisons and mental disorders is mostly due to the consumption of sugars. This will be obvious. This will be common sense. Heck, even doctors may figure it out someday. |
Stephen T. Sinatra, M.D.
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| Ribose is unique among sugars. It is the only sugar used by the body to regulate and control a vital metabolic pathway. Ribose in the cell drives the synthesis and salvage of energy compounds, production of the genetic materials DNA and RNA, and the synthesis of certain vitamins and coenzymes crucial to cellular function. Of all the sugars found in nature, ribose is the only one that performs these vital metabolic duties.
How and When to Supplement with D-Ribose
There really are no D-ribose deficiencies in tissue. |
Mike Adams, the Health Ranger
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 If you do not have those three nutrients in sufficient amounts, you are not going to be able to convert those sugars that the body has into the Kreb's cycle to make energy.
We put in lipoic acid -- and lipoic acid is a classic nutrient they use for treating diabetics at higher doses -- and that is one of the ways. I mean, it certainly is a heavy metal chelator -- diabetics have heavy metals for sure built up in the body -- and it is a tremendous antioxidant. It is in that metabolic pathway that is crucial. |
| However, the chondroitins that are in there are different. The sugars that sit on them sit in different places, so it is a safer alternative.
Then we put the MSM in there because the MSM is a source of sulfur, which is needed in building those glycosaminoglycans, the connective tissues. MSM is also known to be a painkiller. You might find a lot of formulas with glucosamine, chondroitin sulfate, and MSM in them. They're foundational nutrients.
Now we go to the next level. You have inflammation in the joints. You need to knock that inflammation down. |
Paula Begoun and Bryan Barron
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 Here's how AGE affects skin. sugars, particularly in the form of glucose, are one of the primary ways the body gets its fuel for producing energy and get up and go. Yet glucose, through an enzymatic trigger, can also attach itself to proteins anywhere in the body and form "glycated" substances (advanced glycation end-products or AGEs) that damage tissue by making it stiff and inflexible. AGEs directly affect the surface layers of skin as well as structures beneath the surface such as collagen and elastin. |
Mike Adams, the Health Ranger
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| We put those three things in there to give the body a chance to take those sugars, and to do something with them in order to make the energy that is needed to function in the body.
Then we have a few other factors like vitamin A in there, not beta-carotene -- diabetics do not convert beta-carotene into vitamin A very well. As you know, diabetic blindness, cataracts, and retinopathies happen all the time. These are major problems, and vitamin A is another factor that helps prevent them.
We have grape seed extract in there. |
Paula Begoun and Bryan Barron
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| That oxidation process also involves sugars, particularly in the form of glucose, which is one of the primary ways the body gets its fuel for producing energy and "get up and go" power.
This is because glucose can also, through an enzymatic trigger, attach itself to proteins anywhere in the body and form "glycated" substances that damage tissue by making it stiff and inflexible. AGEs directly affect the surface layers of skin as well as structures beneath the surface, such as collagen and elastin. |
Michael Pollan
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 Some populations can metabolize sugars better than others. Depending on your evolutionary heritage, you may or may not be able to digest the lactose in milk. Depending on your genetic makeup, reducing the saturated fat in your diet may or may not move your cholesterol numbers. The specific ecology of your intestines helps determine how efficiently you digest what you eat, so that the same 100 calories of food may yield more or less food energy depending on the proportion of Firmicutes and Bacteroides resident in your gut. |
| Refining grains extends their shelf life (precisely because they are less nutritious to the pests that compete with us for their calories) and makes them easier to digest by removing the fiber that ordinarily slows the release of their sugars. Also, the finer that flour is ground, the more surface area is exposed to digestive enzymes, so the quicker the starches turn to glucose. A great deal of modern industrial food can be seen as an extension and intensification of this practice as food processors find ways to deliver glucose—the brain's preferred fuel—ever more swiftly and efficiently. |
| Add to that the percentage of calories coming from carbohydrates (roughly 40 percent, or ten servings, nine of which are refined) and Americans are consuming a diet that is at least half sugars in one form or another—calories providing virtually nothing but energy. The energy density of these refined carbohydrates contributes to obesity in two ways. |
| The overwhelming majority of the calories Americans have added to their diets since 1985—the 93 percent of them in the form of sugars, fats, and mostly refined grains—supply lots of energy but very little of anything else.
A diet based on quantity rather than quality has ushered a new creature onto the world stage: the human being who manages to be both overfed and undernourished, two characteristics seldom found in the same body in the long natural history of our species. In most traditional diets, when calories are adequate, nutrient intake will usually be adequate as well. |
| To give you some idea just how permissive that is, the World Health Organization recommends that no more than 10 percent of daily calories come from added sugars, a benchmark that the U.S. sugar lobby has worked furiously to dismantle. In 2004 it enlisted the Bush State Department in a campaign to get the recommendation changed and has threatened to lobby Congress to cut WHO funding unless the organization recants. Perhaps we should be grateful that the saturated fat interests have as yet organized no such lobby. |
Erich Grotewold
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 The analysis of the CID mass spectra of flavonoid O-diglucosides permits one to distinguish between a(l-2)- and oc(l-6)-linked sugars in the investigated molecules (Cuyckens et al, 2000; Ma et al, 2001; Franski et al, 2002).
Mass spectrometers with laser desorption ionization combined with the time of flight analyzer (MALDI ToF) also were used for the analysis of isoflavone glycosides in soy products (Wang and Sporns, 2000a), and [M+H]+ and Yn+ type ions were observed in the mass spectra. |
| Most flavonoid end products exhibit complex glycosylation patterns involving the addition of one or more glucose, rhamnose, or other sugars. Recent progress in understanding how this occurs includes elucidation of the terminal steps in the biosynthesis of maysin, a flavone produced in maize that provides resistance against the corn earworm, Helicoverpa zea. |
| The diversity of anthocyanins results from the myriad of ways these few anthocyanidins can be decorated by the addition of sugars.
The six common anthocyanidins are the product of three different branches of the anthocyanin pathway (Figure 7.1). One branch gives rise to a single unmethylated anthocyanidin, pelargonidin, which tends to produce red or orange anthocyanins. A second branch gives rise to two anthocyanidins, the unmethylated cyanidin and the singly methylated peonidin. Anthocyanins derived from these compounds tend to be blue or magenta. |
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