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Wednesday, November 30, 2011
Franken Food Plus the Fountain of Youth
Genetically Modified Food is in Your Cupboard Now!
- herbicide tolerance and
- the ability of the plant to produce its own pesticide.
- DDt
- Agent Orange
- Aspartame
- Bovine Growth Hormone
- 91% of soy is genetically modified. Chocolates use soy lecithin; breads use soy flour, shakes use soy protein, baby formulas use soy milk.
- 85% of corn is genetically modified. High fructose corn syrup is found in soft drinks, cereal, cookies, candy, salad dressings, spaghetti sauce, and thousands of packaged products. Baked goods contain cornstarch, vegetable oils use corn oil and breads use corn flour
- 88% of Canola is genetically modified. Foods are often fried in canola oil. It is found in salad dressing, mayonnaise and many packaged foods.
- 88% of cotton is genetically modified. Cottonseed oil is a cheap oil used to make fried snacks.
Cocoa Balls Recipe - Grain-free, dairy-free
Cocoa Balls!
- 1/2 cup ground mixed seeds and nuts. (I used raw pumpkin seeds, walnuts and raw sunflower seeds. I grind them in my Magic Bullet, and store the mix in my freezer. Sprinkle on salads, and have on hand to make cocoa balls)
- 1 cup medjool dates, pitted (about 12)
- 2 Tbs organic 100% cocoa powder
In a food processor grind the seeds/nuts to a fine powder then add pitted dates and grind again. Add cocoa powder and grind again.
Roll into balls. I rolled some in flaked coconut.
Store in frig.
Tuesday, November 29, 2011
DHEA - Fountain of Youth
DHEA stands for Dehydroepiandrosterone - the medical world is rife with acronyms, now we know why.
- DHEA peaks by age 25 then drops each year after
- The aging process is tied to a decrease in hormones like DHEA and growth hormone and it is tied to an increase in cortisol (stress hormone) and insulin
- DHEA has a multitude of benefits backed by scientific studies.
- When DHEA is applied to the skin it is about 90% more active than when we take it as a pill.
- DHEA is converted to other hormones like estrogen and testosterone.
- Critical for lean muscle development
- Fat burning and weight loss
- Bone growth
- Skin health
- Boosts immunity
- Reduces menopause symptoms
- Prevents cancer
- Prevents heart disease
- Prevents Alzheimer's disease
- In men there are cardiovascular benefits
- In women we see improvement in mood, libido, skin and bone strength. Less anxiety and depression
- Improved sense of well being
- DHEA opposes the aging effects of cortisol and is an anti-stress hormone
- Load up on processed food, refined sugar, flour food like bread, pasta, bagels and cereal
- Follow the government recommendation to eat 8-10 servings of grains at every meal.
- Eat low-fat (eating a low-fat diet damages hormones, is unhealthy for your brain
- Real Food Nutrition
- Supplementation and hormone balance
- Exercise
- Stress reduction
- Sleep
- Eat real food, as close to the way it was created as possible (meat, chicken, eggs, fish, vegetables, nuts, seeds, whole dairy, and some fruit).
- Eat 3 meals and include protein, natural fat and veggies.
- Eat natural fat (like butter, olives, nuts, olive oil, coconut oil, avocados and fat naturally occurring in animal foods). Mankind has survived for thousands of years quite well eating natural fats, including saturated fats. These much maligned fats are important for cell structure, building the brain, protecting the liver from toxic substances, bone structure and it reduces LP(a) a bad dude associated with heart disease risk. Oh, and eating healthy fat is essential for healthy hormones and optimal DHEA.
- Drastically reduce or eliminate processed food.
- Stop eating sugar and food made from flour
- Limit grains eating sprouted grains or whole grains like brown rice, quinoa and buckwheat as your blood sugar allows. When we eat sugar, bread, bagels, pasta, and other starchy foods we increase blood sugar and insulin. High insulin leads to lower DHEA production in the adrenals.
- Besides coconut oil which is a precious gift from heaven, it has Vitamin C, E, CoQ10, Omega 3, 6 and 9 essential fatty acids
Tainted tea leads to fluorosis risk
by William Campbell Douglass II, M.D.
There's trouble brewing with tea -- and if you love your leaves, pay close attention to this one because you may not love them as much when I'm done.
A new study found that black tea could be bubbling over with dangerously high levels of fluoride, and it's not just from our tainted drinking water.
It's in the tea itself.
Dr. Gary Whitford, professor of oral biology at the Medical College of Georgia's School of Dentistry, had four patients suffering from advanced skeletal fluorosis -- and they all had something in common: They drank a lot of tea, up to two gallons a day for between 10 and 30 years.
So he tested their teas... and found, well, not much. Not at first. Other studies have found small amounts of fluoride in black tea, and he found the same.
But then he found a fatal flaw in the earlier studies: The fluoride in tea can bond with aluminum -- also found in the leaves in small amounts -- making it undetectable by the usual tests.
Once he broke that bond, he got the true fluoride levels. He found more than triple the expected amount of fluoride in some brands, as much as 9 milligrams per liter
-- well above safe levels for regular consumption.
This isn't just a tempest in a teapot -- because despite what the mainstream tells you, no amount of fluoride is safe for regular consumption. It's a toxic waste, and that's not just my opinion. Fluoride was once classified as such by our own government.
Too much of it will actually rot your teeth, not save them. And as those four tea-loving patients of Dr. Whitford can testify, it'll also destroy your bones and joints.
But if you love tea, you don't have to give it up completely. Tea plants suck fluoride and aluminum from the ground slowly, over time -- so the trick is to get the youngest leaves, before they've had a chance to pick up all that poison.
That means out with the black and in with the green and white -- the youngest tea leaves harvested, and also the healthiest. Leaf for leaf, black tea can't touch its younger siblings, which have been linked to everything from cancer prevention to longer lives.
Of course, you'll undo it all if you brew your tea in the fluoride-filled sludge that passes for water in most of the United States -- so make sure you use only clean fluoride-free water, ideally from a reverse-osmosis filter.
Teed off over toxic tea,
William Campbell Douglass II, M.D.
Vitamin D and Diabetes - Can it Delay Progression?
Vitamin D may delay progression of clinical diabetes
November 29, 2011 -- Dr John Cannell VitaminDCouncil.org
Diabetes mellitus type 2, or adult-onset diabetes, is epidemic, according to the CDC. It is a disease of high blood sugar with insulin resistance or insulin deficiency.Insulin resistance is what it sounds like.
The cells are resistant to the action of insulin, and insulin resistance often leads to adult diabetes. However, adult diabetes is no longer a useful term. Since the sun-scare, adult-onset diabetes is often diagnosed in children.
Frequently, but not always, it is a disease of the obese. Exercise and diet helps.
In 2003, about 130 million people in the world had type 2 diabetes. In the United States, 8% of the population has type 2 diabetes. The disease doubled between 1990 and 2005, along with sun-scare, soda, and obesity.
How many times have you heard that we need randomized controlled trials before we start taking vitamin D? Well, they are coming fast and furious. This August , researchers at Tufts University released a double blind randomized controlled trial that showed 2,000 IU/day of vitamin D3 had a major effect on insulin resistance.
Mitri J, Dawson-Hughes B, Hu FB, Pittas AG. Effects of vitamin D and calcium supplementation on pancreatic β cell function, insulin sensitivity, and glycemia in adults at high risk of diabetes: the Calcium and Vitamin D for Diabetes Mellitus (CaDDM) randomized controlled trial. Am J Clin Nutr. 2011 94(2):486-94
I liked what the authors said, “These results suggested that vitamin D may have a role in delaying the progression to clinical diabetes in adults at high risk of type 2 diabetes. Our results may also be relevant to type 1 diabetes …”
Unfortunately, the beta cells in the pancreas are eventually all destroyed in type 1 diabetes. However, the genetic code for those beta cells remains in the body; maybe someone will learn how to turn those genes back on? Furthermore, many cases of type 1 diabetes still have some functioning beta cells; this study shows vitamin D reduces insulin resistance, perhaps helping you keep what beta cells you have left.
2,000 IU/day for 4 months only increased 25(OH)D levels from 24 to 30 ng/ml. Why such a small increase in 25(OH)D? The average subject weighed 223 pounds, that’s why.
This is good proof that the FNB was wrong when they said 20 ng/ml is as good as it gets. Remember the recent Food and Nutrition Board (FNB) said that levels of 20 ng/ml are just fine, do not expect any improvements with levels higher than 20 ng/ml. Keep in mind the NIH, especially the Office of Dietary Supplements, are against, not for, dietary supplements. They are especially sensitive to anyone implying the FNB study they helped fund is working against what they set to accomplish: to better the health and lives of individuals.
The authors failed to write even a sentence about dose, and I assume it is because Tufts University wants some more NIH grants. If going from 24 to 30 ng/ml showed such an improvement in insulin sensitivity, the obvious question is what would going from 24 to 40 ng/ml do? I don’t think the authors wanted to embarrass the FNB anymore than their findings already did
.

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My Top 5 Supplements for Everyone
I have blogged extensively about different supplements, so for more info, use the search box on this blog. This is just the quick and dirty list of what I see as the top 5 supplements most people need. Yes, you can spend gobs more money and always find one that is better, but these are very good supplements that will do the job for you without breaking the bank.
High Carb Diet is Linked to Macular Degeneration
Study Finds Dietary Link to Risk of Eye Disorder
Certain kinds of carbohydrates may play a role in the development of age-related macular degeneration, an incurable degenerative eye disease that is a leading cause of blindness in older adults.
A new study has found that eating carbohydrate-rich food with a high glycemic index — a measure of a food’s potential to raise blood glucose levels — is associated with the development of the disorder.
(American Journal of Clinical Nutrition)
The glycemic index is a measure of how fast carbohydrates are metabolized — the faster they are broken down into glucose, the higher the glycemic index. Simple carbohydrates, like those in cakes and cookies, cheese pizza, white bread or other foods sweetened with sugar or corn syrup, are quickly metabolized by the cells, while the complex carbohydrates in brown rice, barley and many other vegetables are broken down more slowly.
Heavy consumption of foods with a high glycemic index has been implicated in the development of diabetes, cardiovascular disease and some cancers, according to background information in the paper, which appears in the July issue of The American Journal of Clinical Nutrition.
The researchers examined 4,099 people ages 55 to 80 enrolled in a larger long-term study of eye health. Each participant had 20/32 vision in at least one eye, and the lens of the eye had to be clear enough to allow good photographs that could be used to diagnose macular degeneration.
None of the participants had diabetes. Using these criteria, the scientists had 8,125 eyes to analyze. They graded the severity of macular degeneration on a scale of one to five, administered food frequency questionnaires and calculated the dietary glycemic index, a number indicating the quantity of high-glycemic foods consumed, for each participant.
After controlling for age, sex, education level, body mass index, alcohol consumption and other variables, they found that the higher the dietary glycemic index, the more likely a person was to have macular degeneration.
Those in the highest one-fifth of the dietary glycemic index had more than a 40 percent increased risk of significant macular degeneration than those in the lowest one-fifth.
The amount of carbohydrate consumed was not correlated with disease, suggesting that it is only carbohydrates with a high glycemic index that cause the effect.
“Sugar is fuel for the cells, but too much is destructive,” said Allen Taylor, the senior author of the paper and chief of the Laboratory for Nutrition and Vision Research at Tufts University. “It is known from laboratory and animal studies that carbohydrates can damage the proteins in cells and affect their function. The sugars actually modify things, modify the proteins, and it’s the accumulation of this modified stuff that is poisonous to cells.”
While the exact mechanism is unknown, the authors suggest that high glucose concentrations are harmful to the retina and the capillaries that supply the eyes, and that a diet of high glycemic index foods causes oxidative stress that increases inflammation.
It may also be that the sharp temporary increase in blood lipid levels that can follow consumption of simple carbohydrates plays a role in damaging the blood vessels.
Still, the researchers say, older age, lower education level and smoking are all more significant risk factors for age-related macular degeneration than diet. They also say that the study does not prove a cause-and-effect relationship between a high glycemic diet and macular degeneration, that the study is based on observations made at a single point in time, and that long-term prospective studies will be needed before any firm conclusions can be drawn about the precise relationship between diet and macular degeneration.
Dr. Taylor does not advocate a carbohydrate-free diet.
“I’m not an advocate of any extreme diet,” he said. “But self-control and limiting exposure to simple sugars is not a bad idea.”
He added: “People are eating more simple sugar than they used to, and reverting to a diet that is more fruits and vegetables and less sweetened food would help. It doesn’t take a lot of change.”