Natasha Klemm ND

Naturopathic medicine is my passion. Using individualized natural medicine, I help patients achieve their best health and live their best life!


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High Fructose Corn-Syrup: Sweetness Can Be Deadly

9 million people in Canada have diabetes and roughly 90% of those have type 2 diabetes—the preventable form. Type 2 diabetes lowers life expectancy by 5-10 years and most diabetics die from heart disease or stroke, due to its complications and related conditions. Other conditions that occur with diabetes include renal disease, cataracts, and foot ulcers.

Although there is a genetic component to diabetes development, type 2 is highly amenable to diet and lifestyle changes. The increase in prevalence is undeniable, suggesting that we must look at the foods we consume and how they affect our insulin-glucose balance. One clear and astonishing connection occurs between the increased consumption of high fructose-corn syrup (HFCS) and the prevalence and risk of developing diabetes.

Globally, there is an estimated 285 million people with diabetes and this statistic is expected to increase by 7 million each year. One study looked at the availability of HFCS in 43 countries and compared it with the prevalence of type 2 diabetes. Many variables associated with diabetes were measured, including total sugar and calorie intake, obesity, and impaired glucose tolerance. Despite similarities in obesity and total sugar and caloric intake, the results showed that countries with the greatest exposure to HFCS had a prevalence of type 2 diabetes 20% higher than countries with low availability! While this doesn’t show that HFCS causes diabetes, it shows a strong positive correlation that HFCS consumption relates to a greater risk of developing diabetes.

HFCS was developed in the 1960′s and due to its easy production, low cost and ease of use in processed foods, it quickly gained popularity from the 1970′s. HFCS has now replaced 50% of the total added dietary sugars that we see in products and it is often the first and most abundant item listed on the ingredient lists of processed and packaged foods, such as pastries, soft drinks and sauces. Although the FDA decided that HFCS is “natural”, it is manufactured through a multi-step process that exposes it to chemicals, including mercury-grade caustic soda. This has raised concern over mercury exposure and levels in HFCS. The Corn Refiners Association states that there is no DNA material in HFCS from the genetically modified corn that it is produced from. (But of course they would say that).

HFCS accounts for 10% of our calories each day, and in adolescents its higher at 15%! Prior to the development and use of HFCS, Americans had 90 servings of added sugars per year (2 servings/week). This increased drastically to 600 servings/year (2 servings/day). Over 50% of schoolchildren consume beverages sweetened with HFCS, causing an earlier and greater risk for diabetes.

Many studies have compared the effects of sucrose (table sugar) and HFCS on diabetes risk and contributing factors. They conclude that despite similar structure—both contain glucose and fructose—HFCS causes insulin resistance and blood sugar imbalance, not sucrose. The difference between HFCS and sucrose is that the fructose in HFCS is in the free form, whereas in sucrose it is bonded to a glucose molecule. Studies indicate the when free fructose consumption is compared to free glucose consumption, the fructose group experiences increased fasting insulin and reduced insulin sensitivity—the diagnostics for diabetes. Although both groups experience weight gain, the fructose group experience greater weight gain in the abdomen and around the organs, known as visceral fat. Visceral fat impedes the proper functioning of the organs and is a causative risk factor for developing diabetes. Similarly, free fructose increases triglyceride levels and produces LDL, aka ‘bad’ cholesterol, that is more detrimental to our blood vessels, leading to atherosclerosis and heart disease. Acute consumption of free fructose causes increases in blood pressure, which can accelerate the heart disease and stroke complications associated with HFCS.

In my opinion, HFCS is the ‘devil’ in our diets. With the increasing prevalence of chrono-high-fructose-corn-syrupnic diseases, like diabetes and heart disease, HFCS quickly exacerbates morbidity. Research continually demonstrates that a whole foods diet (=nutrients!) prevents and even reverses disease. Always read the label of your food products to make sure they do not contain HFCS. Better yet, if it comes in a box, can, or package, do not eat it!

Do you eat processed and refined foods? Have you found healthy alternatives to the packaged foods society is addicted to (chocolate bars, twinkies, soft drinks)? Have you checked the products that you regularly consume for HFCS?

 

 


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Why any ol’ supplement isn’t enough…

As a naturopath, I often have patients telling me that they are taking supplements from the local drugstore or health-food store, asking, “Is that good?”. My answer is always “yes and no”. Yes, it is greab43ece90432ba8b044d32b47a36f-400x349t that you see the need for additional nutritional supplementation as you understand there are health benefits to vitamins, minerals and herbs. And “no” because many of these products amount to nothing more in your body than expensive urine. This can happen for a number of reasons. One, the form of the nutrient is not easily absorbed. For example, vitamin B12, also known as cobalamin, has 3 forms—cyanocobalamin, which is the cheapest to manufacture and thus found in your standard drugstore supplement, has 80% of it is immediately excreted by the kidney (expensive urine). The other two forms—hydroxycobalamin and methylcobalamin—have only 5% being immediately excreted. Which one are you going to benefit the most from?

Second, you may not be benefiting from your supplement because you are not taking the appropriate dosage. Similar to minimum dosages for pharmaceutical medications, herbs, vitamins and minerals have specific doses for which they exert a medicinal, physiological effect. Taking 1000 IU a day of Vitamin D during the gloomy, dark winter in Seattle or Vancouver is going to do little to improve symptoms of seasonal affective disorder—the dose is simply too low!

Lastly, our genetics play a role in how we absorb and utilize nutritional supplements. This brings me to an exciting new avenue of genetic research on an enzyme called methylenetetrahydrofolate reductase aka MTHFR. This enzyme converts a precursor form of folate to the activated form, which provides a compound called a methyl group to substances in our bodies. These methyl groups are required to turn genes on and off, build dopamine, serotonin and our immune cells, regulate hormones, such as estrogen, synthesize genes and produce energy. This process is pretty important!

Unfortunately, research shows that the gene that codes for the MTHFR enzyme is often mutated. This in turn impairs the function of the enzyme, which reduces the production of the activated folate. This becomes very important from a disease and treatment standpoint, because the activated folate is required for so many reactions in the body. Any impairment can lead to an illness—infertility, depression, allergies, diabetes, fibromyalgia, insomnia, and dementia have been associated with MTHFR gene mutations. Furthermore, the production of MTHFR is impaired by many common medications, including metformin, oral contraceptives, antibiotics, antacids, and cholesterol lowering medications. Couple a gene mutation with any of these medications and you can see how disease can get worse and not better!

The goods news…not only are there laboratory tests that determine if a mutation is present, but there are nutritional supplements that provide the active form of folate when the gene mutation exists. Naturopaths are trained to look for the root cause of disease, determining if the illness is a result of a nutrient imbalance, as is the case with MTHFR gene mutations. Using labs and a thorough evaluation of your medical history, naturopaths determine what nutrients you need and the dosages required to achieve your optimal health.

 


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Chocolate: Not Only Good for your Heart on Valentines Day

This might be one of may favorite posts to date–the benefits of chocolate!! Chocolate is commonly studied for its effects on health because cocoa contains antioxidants known as flavonoids (plus compliance is soooo easy). Now, giving chocolate on Valentines day has scientific truth behind its effect on our hearts. <3

Cocoa has long been shown to reduce blood pressure. A recent systemic review and meta-analysis published in the Cochrane Journal (think “the scientific journal of all journals”) studied the effects of a specific type of flavonoid, flavanols, on blood pressure. Individuals consuming flavanol-rich cocoa products had a 2.77 point and 2.20 point drop in systolic and diastolic blood pressure respectfully. Although this study showed greatest benefit during the initial 2 weeks of consumption, there are implications for its inclusion in a heart healthy diet.

High cholesterol, another risk factor for cardiovascular disease, is also linked to cocoa consumption. This year, a study at San Diego University compared cholesterol levels between individuals consuming 50 grams of dark chocolate (containing 70% cocoa) with control individuals consuming white chocolate (no cocoa). Individuals eating dark chocolate had lower levels of bad cholesterol, LDL, and higher levels of good cholesterol, HDL, indicating effects on improving cholesterol ratios. Even better, dark chocolate eaters had lower blood sugar, an implication for insulin resistance and diabetes-a condition associated with increased heart disease risk.

Dark chocolate continues to gain support for improving heart health. With higher concentrations of flavonoid-containing cocoa, dark chocolate is used instead of milk chocolate to study health benefits. However, the most recent research shows that even milk chocolate is good for cardiovascular health. A study in the journal Neurology, including more that 37,000 men, used questionnaires to determine chocolate consumption over a 10- year period, without differentiating between dark or milk chocolate. The results showed a correlation between the largest consumption of chocolate, about one-third of a cup of chocolate chips per week, with a 17% lower risk of having a stroke when compared to those eating the least amount. After comparing and analyzing these results with four other studies, stroke risk was lowered even more, to 19%.

Chocolate has long had a bad rap because of its high calories and saturated fat content. Despite this, a study of 1000 adults in the Archives of Internal Medicine showed that individuals that ate more chocolate than the norm and exercised nearly 4 times a week had a lower body mass index (BMI)-a measure of weight to height. A BMI higher than 25 is classified as overweight and being overweight is associated with many chronic illnesses, including heart disease.

Although many studies only show associations or links to lower cardiovascular risk factors, the research continues to point to the health benefits of chocolate. As with everything, moderation is key. But these findings show that regular enjoyment and indulgence is actually good for you. And if anyone is conducting another study on chocolate, count me in for the experiment group :)

 

 


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What does pain & cosmetic rejuvenation have in common? Mesotherapy

 

After a long absence from blogging, I am back! And my first post back is something I am very excited about! Sometime in between the beaches, patios, barbeques and long bike-rides, I became certified in Mesotherapy.  Meso-what? Mesotherapy is a natural injection therapy used for the treatment of pain as well as cosmetic rejuvenation-two things I am very interested in. It is effective for both acute and chronic pain seen with tendonitis, arthritis, and low back pain. For cosmetic purposes, mesotherapy has been used extensively in Europe to reduce cellulite, sculpt and tone pockets of excess fat and rejuvenate facial appearance.

Mesotherapy involves injections of natural and allopathic medicines to stimulate the organs derived from mesoderm. Mesoderm is one of the three layers of cells within the early embryo that give rise to various organs. Mesoderm cells differentiate into cartilage, connective tissue, muscles and fat–tissues affected in pain and cosmetic aging.

Cellulite reduction: Cellulite is a difficult condition to treat. Despite the common belief that cellulite only occurs in overweight individuals, cellulite is seen in thin women as well because it is caused by poor circulation, imbalances in hormones, impaired distribution of fat and lymphatic fluid, and connective tissue weakness. As a local therapy, mesotherapy improves circulation, connective tissue strength and lymphatic flow to reduce the puckering and cottage cheese appearance of cellulite.

Fat dissolution: Mesotherapy can be used to sculpt problem areas of the body where excess fat occurs in pockets, like the inner thighs or love handles. While it is not a weight loss strategy, mesotherapy tightens and tones areas that are difficult to target with diet and exercise alone.

Facial Rejuvenation: By delivering vitamins and minerals to the top two layers of skin, mesotherapy increases circulation, and nourishes and promotes collagen and elastin production. Unlike botox, mesotherapy does not paralyze muscles to reduce the appearance of wrinkles or create the chipmunk appearance of fillers. Instead, it naturally improves the tone and hydration of your skin, resulting in a brighter and more youthful appearance.

While I was initially most interested in the cosmetic use of mesotherapy, I was astonished at the use of mesotherapy for pain management. Pain, especially chronic pain, is one of the most difficult conditions to treat, often needing many different treatment modalities for relief (acupuncture, chiropractic manipulation, medications, natural supplementation, etc…) There are many theories explaining how mesotherapy is effective at reducing pain in arthritis, sprains and strains.  The injection itself releases endorphins, which is a mechanism that eases pain. Unlike pain medications that suppress inflammation and the healing process, mesotherapy can stimulate the appropriate inflammatory cascade after an injury that aids healing.  Mesotherapy rebalances  the psychoneuroendoimmunology (PNEI) system-a big, fancy word for the connection between our mental state, nervous system, hormones and immune system-all of which play an important role in pain management.

As with any treatment, allopathic or natural, there  is a possibility of side-effects and mesotherapy is not right for everyone. But considering the variety of ways to individualize mesotherapy treatment, I am very excited to be including it in my practice! I just wish I had learned the fat and cellulite reduction techniques before the summer started…

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