Overcoming Years of Hypothyroidism With Alternatives


Thyroid problems is one of the most common after effects of using antidepressants. Hypo-thyroidism is the most common but Hyper-thyroidism is seen as well. Because of that I wanted to share Frances Fuller’s story of overcoming many years of thyroid issues. To overcome this after almost 30 years of suffering with it should show you there is a way to overcome this once it is caused by antidepressants.

If you click on the Alternatives button on the top blue bar at drugawareness.org you will find the products she used to overcome her hypothyroidism.

The Frances Fuller Story

December 19, 2009

I was a competitive swimmer and spent hours in the pool every day. When I was 14, my thyroid was tested and found to be underactive. I was put on Armour’s Thyroid extract. By the time I was 15, the dosage had been increased to a whopping amount – 3 grains/day – which is more than many whose thyroid has been totally removed take as replacement. However, all of the tests indicated that I needed that amount.

In 1968 when I was 25, the doctors decided to try me on a relatively new drug which was synthetic thyroid containing both T3 and T4, two of the three main hormones that are produced by the thyroid gland. Although the dosage began a bit lower than the amount of thyroid extract that I had taken for over 10 years, it was back up to the 3 grains/day within months.

When I moved to Florida in 1996, the doctors could not believe that I needed so much thyroid medication. The tests indicated otherwise. However, the doctor decided to switch me to a different preparation – and did the arithmetic wrong. Not only was I lethargic, but also my hair began falling out!!! That was such a frustrating experience . . .

I went back on the T3 and T4 synthetic thyroid that I had successfully taken for 28 years.

In 2000, I heard Gary Young say, “Chlorine shuts down the thyroid.” The words were like a massive alarm in my brain! I had not only spent my childhood in chlorinated swimming pools, but I had also continued swimming laps daily as an adult – even clocking 2 miles a day (3000 meters) most of that time!!! I immediately decided that I would have to find another form of exercise and stopped swimming in chlorinated pools. Of course, it took a while before I also was able to get a whole house water filter, but I drank bottled water until that time and had to give up my “beloved long hot bath soaks” as we absorb chlorine through the skin in the bath water – along with all the other chemicals in municipal water systems!

I continued to take the T3 and T4 synthetic thyroid replacement medication.

As I began using the Young Living essential oils and NingXia Red, which was introduced in the summer of 2002, I began feeling as if I did not need as much thyroid medication. The dose was decreased ever so slightly, and the blood tests were okay.

My wonderful friend and neighbor is a medical doctor, and she was so helpful in assisting me to slowly reduce the medication . . . and then I moved to Singapore in 2003. There is no preparation with T3 available in Singapore! I stocked up on all that I could purchase in the US and made a decision: I will support my thyroid gland with the Young Living essential oils and the other foods that are supportive of the thyroid.

Gary Young taught that GERANIUM, and MYRTLE are especially supportive – and his blend ENDOFLEX was created to support and balance the entire endocrine system. I also learned that COCONUT OIL is supportive. Fortunately, coconuts are plentiful in the tropics, and I began eating fresh coconut as well as taking a spoonful of oil each day. I also used CEDARWOOD essential oil over the brain stem, on my temples, and on the bottom of the great toes – the reflex point for the pituitary gland.

In 2004 I made the switch to a medication that contained no T3. According to my friend in the US, it is not possible to get off T3 once you are on it – and certainly not after you have been on it for almost 50 years. However, I was able to make the switch without any adverse effects.

As my body became more balanced, I began reducing the amount of thyroid medication in tiny increments with no ill effects – and continued drinking NingXia Red and using the Young Living essential oils.

January 2009 I found that I no longer needed ANY synthetic thyroid medication!!! I was a bit nervous the first morning when I skipped it. However, instead of feeling lethargic, I was fine. What I DID notice immediately was that instead of always feeling “nervous”, I was far calmer and more relaxed. I anticipated needing to take the medication “every other day”, but that was not the case. Once it was discontinued I have never gone back.

I carefully monitored my body for the telltale signs of underactive thyroid – lethargy, weight gain, falling hair, and dry and flaky skin. Not one of the signs appeared!!! I began sleeping better at night.

It has now been one year (lacking a few days) since I discontinued thyroid medication. [Note: I discontinued the medication January 2009.] I have not gained any weight. My hair is thicker than before. I feel wonderful all the time. My skin is moister than it was years ago. It is pretty amazing to feel the way I do at soon-to-be 67 years without a single medication.

I use the following Young Living products especially for thyroid support – and of course, I use a lot of oils because I love them and feel I am healthier because of them!

ENDOFLEX 1 drop over thyroid 3 times a day
ENDOGIZE 1 capsule morning and 1 capsule evening
THYROMIN 1 capsule morning
NINGXIA RED 180ml (6oz) each day
I also use GERANIUM, CEDARWOOD, and YLANG YLANG daily along with a variety of other Young Living oils and blends.
Frances Fuller 19 December 2009

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The following is taken from articles and/or answers I have written to individuals. Much of it is based upon lectures by Dr. D. Gary Young and the Essential Oils Desk Reference.


ENDOFLEX blend assists in balancing the glands of the endocrine system. I personally use it, neat, right over the thyroid (at the base of the neck below the “Adam’s apple) 2-3 times a day.

THYROMIN is a capsule specifically supports the thyroid.

ENDOGIZE is a capsule that supports the entire endocrine system. It contains DHEA, which is a precursor for growth hormone. It is not a hormone. However, the Singapore government (sometimes) requires that you sign a form in order to bring into the country anything that contains DHEA, whether it is a cream or something that is ingested.

Located at the base of the neck just below the Adam’s apple, the thyroid is the energy gland of the human body. It produces T3 and T4 thyroid hormones that control the body’s metabolism. The thyroid also controls other vital functions such as digestion, circulation, immune function, hormone balance and emotions.

The thyroid gland is actually controlled by the pituitary gland which signals the thyroid when to produce the thyroid hormone. The pituitary gland, in turn, is directed by chemical signals sent by the hypothalamus gland, which monitors hormone levels in the blood stream.

A lack of thyroid hormones does not necessarily mean that the thyroid is not functioning properly. In some instances, the pituitary may be malfunctioning because of its failure to release sufficient TSH (thyroid stimulating hormone) to spur the thyroid to make thyroid hormone.

Other cases of thyroid hormone deficiency may be due to the hypothalamus failing to release sufficient TRH (thyrotropin releasing hormone).

In cases where thyroid hormone deficiency is caused by a malfunctioning pituitary or hypothalamus, better results may be achieved by using supplements or essential oils that stimulate the pituitary or hypothalamus, such as cedarwood.

People with type A blood have more of a tendency to have weak thyroid function.

Hypothyroid (Hashimoto’s disease) This condition occurs when the thyroid is underactive and produces insufficient thyroid hormone. Approximately 40% of the US population suffers from some milder forms of this disorder to some degree and these people tend to also suffer from hypoglycemia (low blood sugar). In its severe form, it is referred to as Hashimoto’s disease.

Hashimoto’s disease affects the thyroid, limiting its ability to produce thyroid hormone.

The following symptoms occur: – Fatigue – Yeast infections (Candida) – Lack of energy – Reduced immune function – Poor resistance to disease – Recurring infections – Falling hair

Hyperthyroid (Graves disease ) When the thyroid becomes overactive and produces excess thyroid hormone, the following symptoms may occur: Symptoms of hyperthyroidism: – Anxiety – Restlessness – Insomnia – Premature gray hair – diabetes mellitus – arthritis – vitiligo (loss of skin pigment)

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Disclaimer: Please remember that anything discussed here does not constitute medical advice and cannot substitute for appropriate medical care.

Sharing experiences with essential oils is an effective way of learning to utilize these powerful gifts from Nature. With this knowledge we can take control of our personal health. However, we are required by law in the USA to state, “These statements have not been evaluated by the FDA. Products and techniques mentioned are not intended to diagnose, treat, cure or prevent any disease”.

Ann Blake Tracy, Executive Director,
International Coalition for Drug Awareness
www.drugawareness.org & http://ssristories.drugawareness.org
Author: ”Prozac: Panacea or Pandora? – Our Serotonin Nightmare – The Complete Truth of the Full Impact of Antidepressants Upon Us & Our World” & Withdrawal CD “Help! I Can’t Get Off My Antidepressant!”

WITHDRAWAL HELP: You can find the hour and a half long CD on safe and effective withdrawal helps here: http://store.drugawareness.org/ And if you need additional consultations with Ann Blake-Tracy, you can book one at www.drugawareness.org or sign up for one of the memberships for the International Coalition for Drug Awareness which includes free consultations as one of the benefits of that particular membership plan.

WITHDRAWAL WARNING: In sharing this information about adverse reactions to antidepressants I always recommend that you also give reference to my CD on safe withdrawal, Help! I Can’t Get Off My Antidepressant!, so that we do not have more people dropping off these drugs too quickly – a move which I have warned from the beginning can be even more dangerous than staying on the drugs!

A Decade Later Additional Heightened Concerns About Pharmaceuticals in Water

NOTE FROM Ann Blake-Tracy (www.drugawareness.org):

Would you like a little Prozac or Zoloft with your water???

A Decade Later Additional Heightened Concerns About Pharmaceuticals inWater

An absolutely EXCELLENT article on this issue!!!! This kind of concern was first raised a decade ago in 2000. We sent out the information far and wide then. Clearly few knew enough to be concerned. But now with further study the results are shockingly confirming all we warned of in 2000! Those results are especially telling when it comes to fish being given low doses of Prozac . . . the bizarre changes inbehavior, etc.

DO NOT sit around and say it is only fish, there is no need to worry. Our entire world is balanced with each species playing an extremely important role. We do not survive if they do not survive!

And be sure to note what is said about the chlorine/flouride additives to our water when combined with these drugs! Snyder, the Arizona expert, is stating that we as humans are exposed to more of these disinfecting chemicals in our water than anything while they are so “understudied.” The truth about chemicals is that we know SO LITTLEabout any of them that we have absolutely no idea what we are exposing ourselves and our posterity to and where it could lead us as a society. Tragically the mess inwhich we now find ourselves could be a warning of what is to come if we do not wake up soon to our own insane belief system of “Better Living Through Chemistry”! We are quickly learning that we are far from invincible!!

Find below some of the highlights of this article that need to be emphasized:

– Bryan Brooks has spent a lot of time wading in Pecan Creek, a small Denton stream, searching for mutant fish. For some time, Brooks and his colleagues from the University of North Texas were observing strange things in North Texas fish—males turning into females, for example—but were unable to blame them on traditional waterpollutants like metals. The environmental toxicologists thought the mutations might have something to do with other compounds like pharmaceuticals that were showing up in freshwater streams.

Over time, they collected a bunch of fish and tested their flesh in the lab. Sure enough, they found fluoxetine (Prozac) and sertraline (Zoloft) and their human metabolites in every catfish, crappie and bluegill they tested. It was the first time researchers had proved that these human drugs were showing up in wild fish.

– Toxicologists have just begun the difficult task of figuring out what effects these contaminants might have on human health. A single contaminant might do nothing. Butin combination with others, the effect could be enhanced, particularly for vulnerable groups like children or pregnant women. What sort of health effects arise from complex mixtures of chemicals in drinking water?

Bryan Brooksphoto courtesy Baylor University Bryan Brooks

Bryan Brooks has spent a lot of time wading in Pecan Creek, a small Denton stream, searching for mutant fish. For some time, Brooks and his colleagues from the University of North Texas were observing strange things in North Texas fish—males turning into females, for example—but were unable to blame them on traditional waterpollutants like metals. The environmental toxicologists thought the mutations might have something to do with other compounds like pharmaceuticals that were showing up in freshwater streams.

Over time, they collected a bunch of fish and tested their flesh in the lab. Sure enough, they found fluoxetine (Prozac) and sertraline (Zoloft) and their human metabolites inevery catfish, crappie and bluegill they tested. It was the first time researchers had proved that these human drugs were showing up in wild fish.

Brooks (now at Baylor University) is part of a growing legion of scientists and regulators studying “emerging contaminants,” a loose definition of chemicals that include prescription and over-the-counter drugs, flame retardants, animal hormones, pesticides, plasticizers and cosmetics, to name a few. Many of these unregulated contaminants pass through wastewater treatment plants and end up in streams, exposing fish and other aquatic life to an exotic chemical cocktail.

More worrisome: The same chemical-infused water ends up in our drinking water.

Take Pecan Creek. During dry spells, Pecan Creek consists of effluent from Denton’s wastewater treatment plant. The stream then flows into Lake Lewisville, a drinkingwater supply for millions in Dallas-Fort Worth. The toilet-to-tap phenomenon is becoming more common as cities look to recycled wastewater to offset diminishing freshwater supplies.

Dallas, like dozens of other cities in Texas and around the nation, has detected trace amounts of emerging contaminants in its water supplies.

“You name the compound; somebody has probably found it in somebody’s watersource or the effluent coming out of the [treatment plant],” says Charles Stringer, an assistant director of Dallas Water Utilities.

The same holds for tap water. Unwittingly, Americans are drinking a cornucopia of chemicals—albeit in tiny amounts—that in many cases we know little about.

In the most comprehensive, peer-reviewed study to date, the Southern Nevada WaterAuthority tested the tap water of 15 utilities that collectively serve 28 million Americans. Thirteen had measurable levels of contaminants, including the anti-convulsant phenytoin, the pesticide atrazine and the insecticide DEET.

Such reports have roused public concern and convinced the federal government to take a tentative step. In October, the EPA announced it’s considering pharmaceuticalsfor regulation under the Safe Drinking Water Act.

In Texas, water utilities and elected officials are only beginning to grapple with the problem. A task force created by the Texas Legislature in 2009 is looking into ways to keep pharmaceuticals out of landfills and wastewater systems. On the local level, cities are not required by federal law to test wastewater or drinking water plants for emerging contaminants. Many choose not to, partly out of fear that the results will be misinterpreted.

“If you say you’ve got aspirin in your water at one picogram per liter, somebody says, oh my god there’s aspirin in the water,” Stringer says. “The cities that are trying to be proactive and look at it are getting the hell beat out of them.”

Dallas is proactive, Stringer says. In November, the U.S. Geological Survey published the results of extensive sampling in the Elm Fork of the Trinity River, a drinking watersource for Dallas that is downstream from other cities’ discharges. The scientists also tested the water after it had been treated for people’s taps. The federal agency found that 38 of the 42 most frequently detected compounds in the river water—including the pesticide atrazine, the gasoline additive MTBE (banned in some states) and the toxic insecticide Diazinon, whose sale is illegal for non-agricultural purposes—made it into the tap water. While the concentrations didn’t exceed federal or state standards, the study notes that only half of the detected compounds have human-health benchmarksin those standards.

The city of San Marcos commissioned Texas State University toxicologist Glenn Longley and one of his students to test surface water there for 23 emerging contaminants—pharmaceuticals, fire retardants, fragrances, pesticides and others. While Longley found 18 chemicals in the water, only one—bisphenol A, or BPA, the controversial plasticizer found in Nalgene bottles—made it into the city’s tap water.

Most of these contaminants are not new. Some have been “emerging” in the environment for decades. But the development of ultrasensitive instruments has now enabled scientists to detect the compounds at concentrations down to parts per trillion. It’s as if a powerful new telescope suddenly picked up a galaxy in a previously dark part of the sky—the difference being that these chemicals hit uncomfortably close to home.

Toxicologists have just begun the difficult task of figuring out what effects these contaminants might have on human health. A single contaminant might do nothing. Butin combination with others, the effect could be enhanced, particularly for vulnerable groups like children or pregnant women. What sort of health effects arise from complex mixtures of chemicals in drinking water?

No one knows. One challenge, among many, is that it’s difficult to perform toxicity tests for humans. “It’s not like on the aquatic side,” says Dana Kolpin, head of the U.S. Geological Survey’s Emerging Contaminants in the Environment Project. “We’re doing experiments with biologists where we’re exposing minnows or other organisms to, say, effluent or spike levels. You just can’t do that with humans.”

Shane Snyder, a professor of environmental engineering at the University of Arizona and co-director of the Arizona Laboratory for Emerging Contaminants, says he’s been asked to brief a Congressional committee on this issue. It’s “very difficult” to do a risk assessment for mixtures, he says, especially when chemicals can simultaneously act on different pathways in the body. For example, one substance might damage the liver, while another present at the same time disrupts the endocrine system.

“You could get a more profound effect [collectively] than from each one separately,” says Snyder.

Snyder says there’s far more to learn—and perhaps fear—from what happens when emerging contaminants go through the treatment process. Some seem to disappear, but they could be subtly transformed into something more toxic by widely used disinfectants like chlorine.

“In my mind there is no question that humans are exposed to more disinfection byproducts than any other contaminants through their drinking water,” Snyder says. “Itconcerns me as a scientist and a toxicologist that those classes of compounds are understudied.”

About 20 percent of disinfection byproducts are regulated, Snyder says. Sixty percent haven’t even been identified.

While the effects on humans remain mysterious, the ecological effects of water-borne chemicals—even at extremely low levels—is becoming well established. And those effects can be downright bizarre.

Toxicologists and biologists have linked low concentrations of pharmaceuticals and other emerging contaminants to a host of developmental, reproductive and behavioral problems in aquatic species including algae, mussels, minnows and game fish. Astudy published in 2008 by researchers at Clemson University exposed hybrid striped bass to relatively low levels of Prozac.

The results were depressing—the more Prozac in the water, the longer it took the bass to nail their prey. The fish acted strangely, too, hovering near the surface of the aquarium, sometimes with their dorsal fins poking out of the water. Others floated vertically, tails down and mouths above the water level, like a kid dog-paddling in apool.

Antidepressants like Zoloft and Prozac work in humans by increasing serotonin, anatural chemical that helps regulate brain activity and is linked to feelings of well-being.In bass, among other functions, serotonin plays a pivotal role in feeding behavior. Changes in serotonin levels can tilt the predator-prey balance and affect not just the individual, but potentially the whole ecosystem.

It’s not just antidepressants that can make aquatic life go haywire. Even infinitesimally small amounts of the synthetic estrogen in birth control drugs can induce sex reversalsin male fish and disrupt reproduction. Canadian scientists brought an entire ecosystem to the brink of collapse by introducing estrogen—at levels frequently found inmunicipal wastewater—to an experimental lake in northern Ontario.

In 2008, a researcher for Johnson & Johnson calculated that toxic effects on fish from estrogenic substances could be expected at concentrations as low as 350 parts per quadrillion.

“If you can imagine 350 parts per quadrillion,” Snyder says, “it’s unimaginably small, but yet it can have a measurable impact on fish.”

Snyder points out that well-documented impacts on wildlife are often misinterpreted to mean humans are at risk from the same levels.

“The part where people get a little bit confused is they say, well if it can impact a fish, then certainly it could impact a human,” Snyder says. “That’s just not true. You’re comparing apples to oranges.”

Consider pharmaceuticals. Drug developers are required to submit reams of pharmacological information to the Food and Drug Administration proving their drugs are safe and work as intended. They’re tested on people. The levels found in game fish and drinking water supplies, so far, are thousands of times below therapeutic levels.

Brooks provides an illustration. In a national pilot survey of five effluent-dominated rivers, the highest level of antidepressant he and the EPA found in fish tissue wasabout 19 nanograms of Zoloft per liter in a fish outside Philadelphia.

“It would take me 3,500 meals of that fish to reach one daily dose of sertraline,” Brooks says. Likewise, someone would have to drink millions of liters of tap water to reach a single dose of Zoloft.

“From what I’ve seen in the developed world, I’m just not as concerned about human health right now. I think the highest relative risk is to aquatic life,” he says.

Utility managers are sticking to that point. “What we’ve been told to tell people is that these minute traces of organics are below any known health effects,” Stringer says.

Regardless, Dallas is planning to upgrade its drinking water plants to include ozonation and biological filtration, advanced but costly processes. The utility isn’t doing it primarily to deal with emerging contaminants, but that will be an added benefit.

“What we’re hoping to see is very little organic material coming out and going into the distribution system for consumption,” Stringer says.

If a city wants to eliminate virtually all contaminants, it would need to install advanced systems like reverse osmosis, which is extraordinarily expensive.
That’s not feasible, Snyder says.

“We just can’t put the whole world’s water supply through reverse osmosis because we’re worried about emerging contaminants,” he says. “It’s going to fail. Just on the energy alone, it will fail.”

With 80,000 chemicals registered for use in the United States and new ones coming to market every year, the key could be keeping the most dangerous ones out of the environment in the first place. For thousands of chemicals, there are “zero data” on their toxicity, Brooks says.

The European Union has implemented a sweeping system called Registration, Evaluation and Authorization of Chemicals, or REACH. The system requires testing thousands of old and new chemicals for human and environmental toxicity, and could lead to bans on high-risk chemicals that aren’t regulated in the United States.

Given the power of the pharmaceutical and chemical industries in this country, such asystem seems like a far-off goal. Jacobs, the environmental activist on the Texas pharmaceutical task force, says his group is advocating for something far more modest: manufacturer take-back programs in which consumers could return unused or expired drugs to pharmacies for proper disposal. He says the pharmaceutical interests on the task force are doing their best to discredit the idea.