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Archive for Insulin Resistance

Heart disease is a sugar disease

By nina · Comments (0)
Friday, February 1st, 2013

If you have been following conventional advice, then you’ve been told to avoid fats to prevent heart disease. Turns out if you want to maintain a healthy vascular system and prevent heart disease, sugar is the target you want to seek out and eliminate.

Research has found people who get at least 25 percent of their daily calories from added sugars of any kind were more than three times more likely to have low levels of the “good” HDL cholesterol in their bloodstream, a risk factor for heart disease, than people who got less than 5 percent of their calories from sweeteners. The high sugar consumers were also found to have higher triglycerides than normal, another risk factor for heart disease.

For a person who eats 2,000 calories a day, 25 percent is 500 calories, or 125 grams of sugar. To give you an idea, a medium white chocolate mocha has about 60 grams of sugar while a pecan roll has about 50. And that’s just breakfast. While most people worry about weight gain from sugar, they should also consider heart disease.

Metabolic syndrome from eating too much sugar raises risk of heart disease

Researchers turned their microscopes on sugar when it became clear during the explosion of obesity and diabetes over the last 20 to 30 years that metabolic syndrome is the leading risk factor for heart disease.

Metabolic syndrome is a condition brought on by a diet high in sugar and carbohydrates that eventually causes insulin resistance. Eating a diet high in sugars and starchy carbs—pastas, pastries, breads—causes your body to pump out high amounts of insulin. Eventually the body’s cells, overwhelmed by the demands of insulin, become insulin resistant. Also, the pancreas becomes overwhelmed by pumping out so much insulin and becomes exhausted. As a result, blood sugar levels skyrocket. Many people with insulin resistance go on to develop Type 2 diabetes.

It’s the chronically high insulin and blood sugar levels that are so hard on the vascular system and increase the risk of heart disease precipitously. In addition to increased belly fat, metabolic syndrome also brings with it high triglycerides (fats circulating in the bloodstream), high blood pressure, lower HDL (the good cholesterol) and higher LDL (bad) cholesterol, high inflammation, and a long list of other chronic health conditions. If scientists want to induce metabolic syndrome in lab animals, they simply feed them a diet high in sugar. Even when sugar comprises just 20 percent of calories it induces insulin resistance.

In humans, regularly consuming soft drinks, sweetened juices and bakery products are sufficient to increase the risk of metabolic syndrome and heart disease. Junk fats, such as processed vegetable oils and hydrogenated oils—fries, chips, and processed foods made with trans fats and soybean oils—fuel the damage to the body.

How sugar damages arteries

Metabolic syndrome increases the risk of heart disease because high levels of sugar circulating in the bloodstream inflames and damages the lining of the arteries. The body uses cholesterol to patch the damaged areas contributing to the formation of plaque within the arteries—a process known as “atherosclerosis.” Although an effective short-term fix, this eventually leads to the creation of artery-clogging plaque, and drives up the risk of a heart attack.

How much sugar should you eat?

The answer is fairy straightforward, none. The human body operates wonderfully on carbohydrates derived from fresh vegetables and fruit. However, the American Heart Association suggests no more than 5 percent of calories come from sugar. On a 2,000 calorie diet, that’s 24 grams, or the equivalent of six teaspoons.

To put it in perspective, a can of Coke has 39 grams of sugar; a regular size frozen yogurt has 40 grams; a 16 ounce mocha drink with whipped cream has 47 grams; and a bag of Skittles has 47 grams; 8 ounces of bottled ice tea has 23 grams; and a Clif Bar has 21 grams. It is very easy to quickly exceed safe limits of sugar consumption and thus increase your risk of heart disease.

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Categories : Diabetes Type 2, Insulin Resistance

Blood testing: Functional ranges versus lab ranges

By nina · Comments (0)
Thursday, December 27th, 2012

Did your blood test for a health problem say you’re fine even though you suffer from fatigue, brain fog, hair loss, digestive issues, joint pain, or other symptoms? Does your doctor give you a prescription for antidepressants because your problems “don’t exist.”

Many doctors dismiss health complaints because of an incomplete blood test that only looks for diseases instead of trends toward disease. In functional medicine, however, we use a blood test for assessing risk of disease before it develops. This way you can do something about it before it’s too late. For instance, you can identify a risk for diabetes long before a diagnosis, or explain hypothyroid symptoms despite “normal” lab results.

A functional blood test for a return to health

Functional medicine addresses the underlying causes of symptoms instead of overriding them with drugs or surgery. One tool we use to accomplish this is to interpret blood tests using functional ranges, which outline the parameters of good health.

In contrast, the ranges most doctors use are based on a bell-curve analysis of all the people who visited that lab over a certain period of time, many of whom are very sick. These lab ranges have broadened over the last few decades as health of the American population has declined. As a result, many people with real health problems are told they’re ok because their results fall within these ranges.

Do you really want to evaluate your health in comparison to all the sick people who visited your lab, or do you want to look at a blood test for what constitutes good health?

Looking for blood test patterns 

Because functional medicine is based on an in-depth knowledge of human physiology and how various systems in the body work together, we also look at a blood test for patterns instead of just looking at individual markers. By doing this, we see how these different systems influence one another to cause a constellation of symptoms.

For instance, looking at different white blood cells reveals whether an immune reaction is chronic or acute, and whether a virus, a bacterial infection, allergies, or parasite may be causing it. Other patterns can help us identify fatty liver, leaky gut, different types of anemia, or even a possible autoimmune disorder.

Blood test for functional medicine is more thorough

Because we look at a more complete picture, a blood test for functional medicine also includes more markers that standard blood tests. For instance, many doctors only look at TSH, a basic thyroid marker, when running a blood test for hypothyroidism. In functional medicine, however, we know that Hashimoto’s, an autoimmune disease that attacks and destroys the thyroid gland, is responsible for 90 percent of hypothyroid cases in the United States. Therefore we also test thyroid antibodies to screen for autoimmunity along with other thyroid markers for more information.

A blood test for a functional medicine approach can also help us know what other tests may be necessary, such as a gastrointestinal panel or further testing for anemia.

Principles of functional medicine

Once the potential problems or risks have been assessed, a functional medicine practitioner uses a variety of science-backed, non-pharmaceutical approaches to restore health. These include:

  • Adjustments to the diet
  • Lifestyle changes (such as eating breakfast, proper sleep hygiene, physical activity, or reduction of stress)
  • The use of botanicals or nutritional compounds to improve physiological function
  • Other natural medicine approaches customized for the patient based on lab testing

If you’re interested in a functional medicine approach to lab testing – send me an email nina@ninaprice.com and let me know what you would like help with. Wishing you good health in the New Year!

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Categories : Health, Insulin Resistance, non-pharmaceutical strategies, nutrition, self care, Thyroid Health
Tags : adjustments to diet, blood test patterns, botanicals, functional blood tests, lab ranges, lifestyle changes, nutritional supplements
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