Dangers of Antidepressants

By Mila McManus MD

The CDC estimates that one in ten Americans has depression. Chances are, if you don’t take antidepressant medication, you know someone who does. There are many levels of depression and many causes of depression. The main causes of depression have never been, and never will be, deficiencies of Prozac, Effexor, Wellbutrin, Cymbalta, or Lexapro. Causes may, however, be related to diet, gut health, side effects of medications, nutritional deficiencies, negative thinking, emotional trauma, chronic pain, lack of exercise, and hormonal imbalances/ deficiencies. I do believe that sometimes antidepressants are necessary, at least temporarily, but they’ll never correct the underlying cause(s), and they have many potential side effects.

To name a few (or many):

Your risk for type 2 diabetes is two to three times higher if you take antidepressants, according to one study.
Problems with your immune system: SSRIs (e.g. Prozac, Celexa, Lexapro, Paxil, Zoloft) cause serotonin to remain in your nerve junctions longer, interfering with immune cell signaling and T cell growth. New research indicates that serotonin is also a signaling molecule between immune cells. Certain cells pick up serotonin at inflammation sites and pass it along to T cells (a type of immune cell). This affects T cell growth and division into new cells. One study showed that, when Prozac was introduced at inflammation sites, it blocked this type of serotonin uptake.
Suicidal thoughts and feelings and violent behavior: Your risk for suicide may be twice as high if you take SSRIs; seven out of twelve school shootings were by children who were either on antidepressants or withdrawing from them.
Stillbirths: A Canadian study of almost 5,000 mothers found that women on SSRIs were twice as likely to have a stillbirth, and almost twice as likely to have a premature or low birth weight baby; another study showed a 40 percent increased risk for birth defects such as cleft palate.
Brittle bones: One study showed women on antidepressants have a higher risk of fractures
Stroke: Your risk for stroke may be 45 percent higher if you are on antidepressants
Death: Overall death rates have been found to be 32 percent higher in women on antidepressants.
SSRIs have been shown to increase your risk of developing bipolar depression. Anywhere from 25 to 50 percent of children who take an antidepressant for five years convert to bipolar illness. In adults, about 25 percent of long term users convert from a diagnosis of unipolar depression to bipolar disorder.
Weight gain- this is one of the most common reasons a person will discontinue or change an antidepressant medication
Sexual dysfunction, including decreased sexual desire, delayed ejaculation in men, and the inability to have an orgasm in women.
Sleep disorders, including insomnia, nightmares, and sleepwalking
Sedation (daytime sleepiness)
headache, joint pain, muscle aches, nausea, skin rashes, or diarrhea

In addition, here’s a list of common side effects for the most commonly prescribed classes of antidepressants:

TCAs (e.g. Nortriptyline, Amitriptyline) – dry mouth, blurred vision, constipation, urinary retention, and increased pressure in the eye. They are also associated with hypertension, abnormal heart rhythms, anxiety, insomnia, seizures, headache, rash, nausea, and vomiting, abdominal cramps, weight loss, and sexual dysfunction.
SSRIs (e.g. Prozac, Celexa, Lexapro, Paxil, Zoloft) and SNRIs (e.g. Cymbalta, Effexor) – abnormal thinking, agitation, anxiety, dizziness, headache, insomnia, sexual dysfunction, sedation, tremor, sweating, weight loss, diarrhea, constipation, dry mouth, rash, and nausea. SSRIs have also been associated with hyponatremia (low sodium), hypoglycemia (low blood glucose), and seizures.

Have you tried to wean your medication(s) before and failed? There are at least a couple of reasons why that might be.

1. You hadn’t addressed the underlying causes of why you needed the medication(s) in the first place and/or

2. Withdrawal symptoms were too miserable to continue weaning

I took antidepressants for years, and it wasn’t until I discovered holistic functional medicine that I was able to successfully wean off my medication. In our medical training, the name of the game is learning how to bandaid symptoms with drugs. In holistic and functional medical training, the name of the game is correcting the underlying causes of symptoms and disease. This explains why all my previous efforts to wean my medication had been miserable failures. I was an emotional wreck, was dizzy, and had constant ‘brain zaps’. Once I addressed the underlying issues (poor diet, nutritional bankruptcy, hidden food allergies, poor gut health, and hormonal imbalances that weren’t found on typical blood tests), it was only a short matter of time until I successfully weaned off my antidepressant (and 11 other prescription medications). While this has also been the case for countless numbers of my patients over the years, it’s important to note that some patients have more complex issues and may take years to improve their health, physically as well as emotionally. Addressing depression, and many other health issues, requires focusing on mind, body, AND spirit. Here is a list of several things you can do to work towards a successful wean from your antidepressant(s)*:

Click here to read about a few supplements that can naturally alleviate depression and anxiety.
Nutrients that are well known to play a role with mood include Omega-3 fatty acids, vitamin D**, magnesium, B-6, B12, and folate. These are all very common nutritional deficiencies that we find in my practice. If you suffer with depression, talk to a wellness specialist about proper doses to meet your individual needs.
Exercise, again and again, has shown in studies to be important for warding off anxiety and depression. Too tired or too busy? You can start with a 5 minute walk every day.
Address the mind, body, and spirit with therapy, EFT, meditation, and/or yoga.
Get your hormones balanced by an experienced wellness specialist using nutrition, supplements, and/or bio-identical hormones. Imbalance or deficiency in any number of your hormones (e.g. thyroid, estrogen, progesterone, testosterone, DHEA, cortisol) can affect your mood, and these issues often won’t be found on typical blood tests. Are your lab results always ‘normal’? Test for hormonal imbalance a better way by completing free symptom questionnaires.
I also recommend a book to many patients called The Healing Code by Dr. Alex Loyd. Read about it here.

*Never attempt to wean your medication(s) without medical supervision.

**One study found that people with the lowest levels of vitamin D were 11 times more prone to depression than those with adequate vitamin D levels.

Forward this article to someone you care about!

Resources for the content of this article:

www.mercola.com

www.webMD.com

www.CDC.gov

www.naturalnews.com

By Mila McManus MD|2015-01-06T07:33:18-06:00January 6th, 2015|Articles, General|

Supplement of the Month: Help with Depression and Anxiety

There are a number of supplements that can be very helpful in supporting our mental health and function. Combined with improving the diet, getting regular exercise, balancing hormones, controlling chronic pain, getting adequate sleep, balancing gut flora (microorganisms), and other non-pharmaceutical approaches to treating depression and anxiety, here is a list of several supplements we frequently use at The Woodlands Institute:

L-Theanine is an amino acid compound found in green tea and is noted for its ability to relax and calm, while improving focus without causing drowsiness.

5-HTP is extracted from the seeds of the Griffonia plant, a shrub principally found in West African countries, and is an amino acid derivative that’s an immediate precursor to serotonin. Serotonin is a neurotransmitter (brain chemical) produced both in the intestinal tract and the brain and is important for promoting calmness and sleep in addition to alleviating depression. It can also be helpful in reducing carbohydrate cravings and supporting healthy eating patterns. 5-HTP should not be taken with antidepressants without medical supervision.

L-Tyrosine is also an amino acid found in the human body that is a precursor for both thyroid hormones and neurotransmitters such as dopamine, noradrenaline and adrenaline. These neurotransmitters are needed to support stress response mechanisms, mood, and our ability to concentrate.

Other important supplements we commonly recommend to support mental/brain health include fish oil or krill oil, vitamin D, magnesium, and B-complex.

Discuss with your healthcare provider which supplement(s) may benefit you. We highly recommend medical supervision for use with all of these supplements.

*The product information provided is for educational purposes and is not intended as either diagnosis or treatment of any disease, nor does it replace professional medical advice. (The FDA makes us say that)

*Warning: Please consult a health care professional before using these products.

By Mila McManus MD|2015-01-03T08:31:45-06:00January 2nd, 2015|Articles, General|

Dangers of Anti-Acids

by Mila McManus MD

If you have made it a habit of taking anti-acids on a regular basis, whether it’s Nexium, Prilosec, Prevacid, Zegerid, Zantac, Pepcid, Tums, or Rolaids, to name a few, I strongly encourage you to read this article. The FDA cautions against high doses or prolonged use of Proton Pump Inhibitors (e.g. Prevacid, Nexium, and Zegerid) because they’ve been shown to increase the risk of infection, bone fractures, and dementia. Moreover, all anti-acids (e.g. Zantac, Pepcid, and Tums) have 4 main consequences:

1. Increased bacterial overgrowth

2. Impaired nutrient absorption

3. Increased susceptibility to infections

4. Increased risk of cancer and other diseases

You’ve been led to believe that the cause of your heartburn or acid reflux is too much acid. Well, I’m here to tell you that we all have acid and we all need acid for proper processing of the foods we eat. The real problem is dysfunction of the lower esophageal sphincter (LES). The LES is what separates the esophagus from the stomach and its job is to keep foods and liquids from coming back up, and to keep stomach acid in the stomach where it belongs. So when you ask yourself why you have too much acid causing your heartburn, you should really be asking yourself why your LES is failing.

Below are some important facts about causes of heartburn, consequences of acid-reducing drugs, and real treatment options:

LOW stomach acid is the usual initial cause of heartburn and reflux.
Low stomach acid allows for bacteria to flourish, whereas adequate amounts of stomach acid that should normally be present help to prevent overgrowth of bacteria because the acid makes a hostile environment in which to grow. It is well documented that acid-reducing drugs promote bacterial overgrowth.
Since stomach acid stimulates the pancreas to secrete enzymes that digest/process carbohydrates, when there’s a lack of stomach acid, carbohydrates cannot be broken down properly (nor can protein or fat, since that requires stomach acid as well).
When you have unprocessed carbohydrates, they will then be fermented by gut bacteria which in turn help the bacteria to thrive, causing overgrowth of these opportunistic microbes.
This also creates an excess of gas production which increases intra-abdominal pressure, which consequently leads to malfunction of the LES.
If it’s gas produced by maldigestion of carbohydrates, (which causes subsequent fermentation by gut bacteria leading to the production of gas) that causes reflux, then it would make sense that reducing intake of carbohydrates and/or reducing the bacterial load in the gut would help reflux. And by golly, it has been shown that both of these independently can improve or resolve reflux.
Dr. McBride, in her book Gut and Psychology Syndrome, mentions that there are opportunistic bacteria in the gut that, when allowed to flourish, can produce and secrete substances that relax the LES, thereby causing reflux of stomach contents.
It’s a well-known fact that low stomach acid reduces absorption of important nutrients such as amino acids, iron, B12, folate, calcium and zinc.

-Amino acids are the building blocks for everything from hormones and enzymes to muscles and neurotransmitters. Your body can make some of its own amino acids, while others (aka “essential amino acids”) must be obtained from the diet. One of these is Tyrosine, which is required to make thyroid hormone. (test yourself for low thyroid function here) Tyrosine also plays an important role in supporting neurotransmitters that affect mood and appetite. Since many of the amino acids, such as phenylalanine and tryptophan, play a crucial role in mental and behavioral health, low stomach acid predisposes people to developing depression, anxiety, and/or other mental health issues.

-Iron is vital for oxygen transport and DNA synthesis. Low iron will lead to anemia, low energy, and hair loss.

-Vitamin B12 plays a wide variety of roles, including supporting metabolism and nerve function. Symptoms of low B12 include fatigue, memory impairment, depression, anemia, numbness and tingling.

-Folate also has many functions in the body. Low folate can lead to birth defects, heart disease, cancers, and blood disorders.

-Your body uses most of its calcium to keep your bones and teeth strong. The rest of the calcium in your body plays key roles in cell signaling, blood clotting, muscle contraction and nerve function.

-Zinc is another vital nutrient that’s needed for the body’s immune system to work properly. It also plays a role in cell division, cell growth, wound healing, and hormone balance.

Stomach acid is a first line of defense for us. It kills disease-causing microbes that might be hiding in our food, and also prevents bacteria in our intestines from migrating up into the stomach and beyond.
Causes of low stomach acid:

-Anti-Acids, as mentioned above

-Aging

-Auto-immune diseases, particularly of the thyroid and gastrointestinal tract

-Adrenal fatigue (aka adrenal insufficiency)- Cortisol is the main hormone that’s depleted in someone with adrenal fatigue, and cortisol stimulates secretion of stomach acid

-H. pylori, which is a bacterial infection that thrives in the stomach by reducing acid in the stomach (since stomach acid usually prevents growth of bacteria).

Other well-known causes of malfunction of LES—caffeine and alcohol
Treatment options:

-Get evaluated and, if applicable, treated for H.pylori infection
-Get treated for adrenal fatigue by a qualified functional medicine practitioner (click here to test yourself for adrenal fatigue and call 281-298-6742 to speak with a wellness consultant)
-Cut back on or eliminate caffeine and/or alcohol
-Supplement with stomach acid! There are several caveats here, so this is best handled by supervision from a functional medicine practitioner. You can find Betaine HCL supplements with pepsin that provide the stomach acid you need; however, these are best used under supervision to ensure that underlying causes of LES dysfunction are being addressed first, or in conjunction, and that there are no contraindications to using this supplement, such as active stomach ulcers.

Resources:

Gut and Psychology Syndrome by Dr. Natasha Campbell-McBride

PubMed

http://chriskresser.com/heartburn

By Mila McManus MD|2014-12-09T20:43:31-06:00December 9th, 2014|Articles, General|

Supplement of the month: Digestive Enzymes

Digestive Enzymes

As Nature would have it, many of the enzymes needed to digest our food are living in the food itself! Early man consumed mostly raw, living food. Enzymes are the component of any plant that bring that plant to maturity, ripeness and ultimately spoilage if not consumed. When we chew raw food and our saliva coats it, we are releasing the enzymes in that food that help to break it down for assimilation into the human body.

When we fail to eat fresh, raw food, the human body must take on the full burden of producing digestive enzymes, and scientists are realizing that our enzyme producing organs are not large enough to accommodate the demand created by a significantly cooked and processed food diet.

When food is heated/cooked in processing, its enzymes are destroyed. Additionally, we know that as we age, our body also produces fewer digestive enzymes. For this reason, it is often helpful to support the digestive process with supplemental digestive enzymes. There are many brands with differing enzyme combinations and doses. For some, it will be necessary to try several brands and combinations to relieve digestive symptoms such as acid reflux, bloating or indigestion of any kind.

At TWIHW, we offer two different choices. One is by Nutrametrix and is a lemon-flavored powder that is mixed with water to drink. Another choice is Complementary Prescriptions Digestive Enzymes in a capsule.

*The product information provided is for educational purposes and is not intended as either diagnosis or treatment of any disease, nor does it replace professional medical advice. (The FDA makes us say that)

*Warning: Please consult a health care professional before using these products.

By Mila McManus MD|2014-12-02T03:09:34-06:00December 2nd, 2014|Articles|

by Nancy Mehlert, MS

Here are the most common Genetically Modified foods. Avoid them by purchasing organic and/or certified Non-GMO.

Corn – 90% of the American corn crop is genetically modified from which most corn flour, high fructose corn syrup, corn starch, masa, corn meal and corn processed foods are made.

Soybeans – 93% of the American soybean crop is genetically modified from which soy proteins, soybean oil, soy milk, soy flour, soy sauce, tofu, or soy lecithin are made.

Sugar – 55% of the sugar produced in America comes from sugar beets, 95% of which are genetically modified. Unless the ingredient label says “pure cane sugar”, chances are significant the “sugar” in an ingredient label is genetically modified.

Vegetable Oils – it is safe to assume that canola oil, vegetable oil, cottonseed oil, soybean oil and corn oil are all from genetically engineered crops.

Other foods that may well be genetically modified include Hawaiian papaya, zucchini, and yellow summer squash..

Foods under consideration for genetic modification include salmon, flax, plums, potato, radicchio, rice, tomato and wheat.

By Mila McManus MD|2014-11-05T07:26:47-06:00November 5th, 2014|Articles, General, NANCY’S NUTRITIONAL NUGGET|

Cholesterol and Statin Drugs

by Mila McManus MD

Statin drugs to reduce cholesterol levels are one of the most widely prescribed drugs. The myth that cholesterol is the cause of heart disease has sadly perpetuated over several decades despite much evidence to the contrary. Cholesterol actually plays vital roles in the body, such as:

Cholesterol is critical to the structure of key proteins involved with nerve transmission.
Cholesterol is needed for nerve cells to live longer.
Cholesterol supports serotonin utilization. Serotonin is a neurotransmitter involved in mood. Low serotonin symptoms include depression, anxiety, insomnia, carbohydrate cravings.
Cholesterol is the building block for many important hormones, including hormones that regulate mineral metabolism and blood sugar, hormones that help us deal with stress, and all the sex hormones, such as testosterone, progesterone, and estrogens.
Cholesterol helps fight infections and is important for immune function in general.
Cholesterol is needed for repairing wounds.
Cholesterol is needed for all cell membranes
Cholesterol is needed to make Vitamin D. People with optimal levels of vitamin D have the lowest incidence of flus/colds, cancers, and autoimmune diseases, and vitamin D is also important for heart health, metabolism, and thyroid function.

If you consider the above benefits of cholesterol, then you can look at the following list of side effects linked to statin drugs as they correlate with the above:

Polyneuropathy (tingling and/or pain in hands and feet and difficulty walking)
Alzheimers and Parkinsons disease have been linked to statin drugs
Depression
Mental slowing and memory impairment
Poor immune function
Some studies suggest statins increase risk of cancers. In every study with rodents, statins have caused cancer. Most human trials aren’t carried out long enough to detect any increase in cancer rates, but in one trial, breast cancer rates of those taking a statin were 1500 % higher than those of control subjects.
If you don’t have the building block to make your hormones, then imagine all the symptoms of low testosterone, low estrogen, low progesterone, and deficiency of adrenal (stress) hormones. Click here to test yourself and see symptoms that relate to deficiencies of these hormones.
Muscle weakness, muscle cramps, muscle atrophy, and muscle pain
Joint pain
Liver damage
Studies have shown that statins increase your risk of type 2 diabetes.
Heart failure (ironic, isn’t it? The enzyme blocked by statin drugs is also the enzyme that makes CoQ10 in the body. CoQ10 is a critical antioxidant, and also is required for energy production in your cells, including heart muscle. When you deplete CoQ10 due to being on a statin drug, your heart muscle weakens along with all your other muscles.)

Here are a few more interesting factoids:

On Pfizer’s own newspaper ad for Lipitor, it boasts that Lipitor reduces heart attacks by 36 percent. But there is an asterisk. And when you follow the asterisk, you find the following in much smaller type: “That means in a large clinical study, 3% of patients taking a sugar pill or placebo had a heart attack compared to 2% of patients taking Lipitor.”
In 2006, a study reported: While Zetia (a non-statin cholesterol lowering drug) does lower cholesterol by 15 percent to 20 percent, trials did not show that it reduces heart attacks or strokes, or that it reduces plaques in arteries that can lead to heart problems.

-Moreover, the trial by the drugs’ makers, which studied whether Zetia could reduce the growth of plaques, found that plaques grew nearly twice as fast in patients taking Zetia along with Zocor (Vytorin) than in those taking Zocor alone.

Young and middle-aged men with cholesterol levels over 300 are slightly more at risk for heart attacks. Those who have cholesterol levels just below 300 are at no greater risk than those whose cholesterol is very low. For elderly men and for women of all ages, high cholesterol is associated with a longer lifespan.
There is no evidence that saturated fat and cholesterol-rich foods contribute to heart disease.
Sugar and other refined carbohydrates (e.g. breads, pasta) increase insulin levels which are well known to cause plaque in the arteries. This is why diabetics develop cardiovascular disease at a rapid rate (ie high levels of sugar and insulin circulating in the blood). Statin drugs will not protect you from this.

Now that you are armed with all of the above information, you may be asking how to protect yourself from heart disease. Here are a few tips:

Manage your stress. Deep breathing exercises can be done anywhere at any time and don’t cost a thing.
Get moving. Even 5 minutes a day of cardio is better than nothing.
Reduce inflammation, which is at the heart of causing heart disease:

-Take Omega-3s such as krill or fish oil

-Avoid sugar which is inflammatory

-Eat real food and avoid manufactured foods, such as what’s found in boxes and wrappers

-Avoid eating fried foods and other foods cooked at high temperatures. Try to eat a lot of foods in their raw form.

Quit smoking.
Get adequate sleep.
Make sure you are getting adequate intake of fat soluble vitamins A, D, E, and K, as well as B vitamins and antioxidants. Vitamins are a good way to ensure this.

*Information obtained from mercola.com and Weston A. Price Foundation.

*Necessary Disclaimer: The above information is for educational purposes only and should not be construed as medical advice.

By Mila McManus MD|2014-11-03T20:02:11-06:00November 2nd, 2014|Articles, General|

Supplement of the Month: Lipid Control

A Supplement that helps optimize heart health.

The best news for heart health is that there are a multitude of protocols, nutritional options and supplements that can improve and ensure a healthy heart! So while we are providing one such supplement in this section today, it is far from being the only available option and we encourage you to work with your TWIHW healthcare provider for the best multi-pronged approach to meet your personal needs for optimizing heart health.

Lipid Control is a science-based Complementary Prescriptions supplement which is a powerful and effective combination of nutrients that has been shown to support and manage healthy lipid levels, vascular function, and circulation. This formula includes the nonflush form of niacin (vitamin B3), gamma oryzanol, beta-sitosterol, red yeast rice and guggulipid. Guggulipid contains the active constituents, guggulsterones, which can inhibit cholesterol synthesis in the liver and modulate bile acid metabolism. Gamma-oryzanol, derived from rice bran oil, is another substance that can support healthy lipid levels. Evidence suggests that gamma-oryzanol acts by decreasing cholesterol absorption and increasing cholesterol excretion. Other compounds in Lipid Control known to play a role in lipid health include beta-sitosterol and niacin. Beta-sitosterol, a plant sterol similar in structure to cholesterol, inhibits cholesterol absorption and helps maintain normal levels of cholesterol and LDL-cholesterol. Niacin (vitamin B3) also often is used to help maintain healthy cholesterol levels. Inositol hexanicotinate, which causes less or no flushing seen with other niacin or nicotinic acid supplementation, is therefore preferred by many people.

*Warning: Please consult a health care professional before using these products.

By Mila McManus MD|2014-10-22T11:28:52-06:00October 21st, 2014|Articles|

Foods that Promote Sleep

In every step of my life journey, one message resounds over and over again. What we eat really does matter. The optimal function of the human body is in every way dependent on our daily food choices. There is no question in my mind that when we don’t eat well, we are promoting dysfunction and disease rather than optimal function. Good nutrition applies to getting a good night’s sleep, too! Read on to learn about foods that promote sleep.

There are a number of essential amino acids that the human body needs but cannot produce – the reason for being called “essential” is that we must consume them in our diet. One such amino acid is called tryptophan. Tryptophan is the required building block for the human body to produce serotonin in the gut and central nervous system, which is then delivered to the pineal gland in the brain to produce and release melatonin, our natural regulator of the sleep cycle.

The goal is to promote sleep by promoting the production of serotonin and, therefore, melatonin by ensuring our diet is rich in tryptophan. Here are some tryptophan rich choices to consider, especially as the sun sets and you consume your last meal of the day.

Meats, especially wild game such as elk and venison, quail, duck, and turkey.
Seafood, especially halibut, shrimp, salmon, lobster, crab and crawfish.
Nuts and seeds, especially walnuts, cashews, almonds, pistachios, flaxseed, sesame seed, pumpkin seed and roasted sunflower seeds.
Beans and legumes, especially peanuts, kidney beans, lima beans and chickpeas.
Spinach, mustard greens, asparagus and winter squash.
Grains, especially brown rice and oats in very modest portions (1/2 cup or less). We do not recommend grains as your ‘go-to’ source of tryptophan.
Cheese, especially Gruyere and cottage cheese. We do not recommend cheese as your ‘go-to’ source of tryptophan either.

Most of these tryptophan rich food sources fall in line very well with TWIHW’s recommended dietary choices. We do recommend gluten free grain choices in modest portions to avoid excessive elevation of insulin levels as well as non-genetically modified (Non-GMO) foods and organic options wherever possible. Be aware of your food sensitiveness and allergies avoiding those foods to which you have an adverse reaction, which would keep you wide awake anyway to be sure!

It is also worthy of note that alcohol, dark chocolate, coffee, sugary foods, spicy foods and highly processed fatty foods are well known to interrupt a good night of sleep. Sugar is especially disruptive because it causes a dramatic rise in blood sugar which, when it drops later, will cause you to wake up. Additionally, excessive sugar floating in the blood during sleep is damaging in terms of inflammation, congestion, oxidative stress and fat storage.

What we eat will determine just how sweet your dreams can be!

By Mila McManus MD|2014-09-27T14:17:14-06:00September 27th, 2014|Articles, General, NANCY’S NUTRITIONAL NUGGET|

Sleep-Enhancing Supplements

Achieving quality sleep is fundamental to our level of health and wellness. While we realize there are exceptions to every rule and circumstances to consider, we do advise against prescription or over the counter sleep aids as a routine solution to insomnia. Rather, we want to explore the root causes of the problem and correct those areas whenever possible. Because there are many reasons for a reduction in serotonin/melatonin production related to aging, stress, digestive and lifestyle factors, we often use a variety of natural supplements to support imbalances and deficiencies that can disrupt sleep. It is important to remember, too, that supplementation needs to be consistent and given time to correct imbalances and deficiencies. This often requires a little more patience. With guidance and support from your healthcare provider, we recommend any of the following sleep-enhancing supplements, alone or in combination, to aid in improving sleep quality:

5- HTP
L-Theanine
Magnesium
Melatonin
Stress Support Formula

These sleep-enhancing supplements are available at The Woodlands Institute.

Warning: Please consult a health care professional before using these products.

By Mila McManus MD|2014-10-01T05:55:18-06:00September 27th, 2014|Articles, General|

Using Essential Oils in the Kitchen

Most likely, without really being aware of it, you have experienced essential oils in your food for a long time. Chewing gum is one example. Candy makers have been long time users of essential oils, though the quality and health benefits of these oils is arguable. When you use pure, superior quality essential oils in food preparation, however, you not only add delicious flavor, but also increase the healthful benefits of your food.

Essential oils that come from edible plants are safe and perfectly suited to enhancing the flavor and health benefits of the foods you prepare every day. The essential oils that have been listed as GRAS (Generally Regarded As Safe) by the FDA include:

Basil, Bergamot, Cassia, Cinnamon Bark, Clary Sage, Clove, Coriander, Frankincense, Geranium, Ginger, Grapefruit, Lavender, Lemon, Lemongrass, Lime Melissa, Melaleuca, Marjoram, Myrrh, Oregano, Patchouli, Peppermint, Rosemary, Sandalwood, Thyme, Vertiver, White Fir, Wild Orange, and Yling Ylang.

The simplest way to begin incorporating essential oils into your everyday food preparation is to substitute the companion essential oil for the dried herb, spice, fruit zest or juice used in your recipe. The most important thing to remember when using high grade, essential oils is that they are undiluted and extremely potent. For example, one drop or less may be enough to flavor a big pot or bowl of your favorite recipe. Only 2 drops of an essential oil is equivalent to a 2-ounce bottle of dried herbs! So remembering the potency is important. A very good “rule of thumb” when working with essential oils to flavor food is to start with only one drop of essential oil and check taste. You can always add another drop if needed. Another good practice if a recipe calls for less than a teaspoon of an herb or spice is to use the “Toothpick Method”. Take a toothpick and dip it into the center of the dripper cap wetting it with essential oil, then stir the recipe with the toothpick to release the essential oil. This is the ideal practice for hot or spicy herbs such as basil, cinnamon bark, clove, ginger, marjoram, oregano, sage, rosemary, thyme, and coriander as one tablespoon of these dried herbs is usually equal to about ½ to 1 drop of the essential oil companion. Essential oils for lemon, lime, orange and tangerine can easily replace the zest of one fruit by using 8-14 drops of companion essential oil. Finally, be aware that high heat can evaporate the essential oils used in the recipe, so if it involves high heat cooking, get that done first and then add in your essential oil right before serving. Because basil, oregano and rosemary are very strong, they work very well with a low temperature simmering for a time to release their fragrant bouquet.

In our wellness journey, we are always seeking opportunities to increase antioxidants, detoxify and cleanse the body, improve digestion, beat fatigue and brain fog, relax and reduce stress, relieve pain and reduce inflammation and irritation. How exciting to know that we can support our wellness journey while also making our food please our sense of taste and smell through the use of high grade essential oils in our culinary endeavors!

Source: http://www.eondreamteam.com/using-doterras-essential-oils-for-cooking

By Mila McManus MD|2014-08-24T11:47:24-06:00August 24th, 2014|Articles, General, NANCY’S NUTRITIONAL NUGGET|

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