But determining the correct dosage isn’t a quick process — you will need a blood test between six and eight weeks after you first start taking your medicine to see if your hormone levels are normalizing. If your doctor thinks you need a dosage adjustment, he or she will do so and recheck your hormone levels after another six to eight weeks. Once your thyroid hormone levels stabilize, you won’t need another thyroid check for six months. (5) Controlled hypothyroidism requires only an annual checkup. (3)
Moreover, a strong relationship exists between thyroid disorders, impaired glucose control, and diabetes. Thirty percent of people with type 1 diabetes have ATD, and 12.5% of those with type 2 diabetes have thyroid disease compared with a 6.6% prevalence of thyroid disease in the general public. Both hypothyroidism and hyperthyroidism affect carbohydrate metabolism and have a profound effect on glucose control, making close coordination with an endocrinologist vital.8
Thank you for the information. I’ve been on the meds four years and I keep on getting fat and sluggish plus all the other symptoms. I’m exhausted. I also want to share that the medication and a good diet don’t cure this disease in everybody. A reliable herbalist told me it’s possible to replace the medication for a natural iodine source; to slowly lower the synthetic medication as I start ingesting algae supplements. It’s very dangerous to stop talking the synthetic med all at once. So the switch has to be very slow into the algae. I’m gonna order the algae and start giving it a chance.
*Cassava bears special mention here. You may have heard of it because it is the starchy root vegetable from which tapioca is made, but cassava is also a popular staple food in many Third World countries, where it is eaten boiled, mashed, or ground into flour. Fresh cassava root contains a harmless substance called linamarin, which can turn into hydrocyanic acid (aka cyanide!) when the plant is damaged or eaten. Flaxseeds also contain linamarin. Cyanide is very toxic, so the human body converts it into thiocyanate (which, although it does interfere with thyroid function, is less toxic than cyanide and easier for the body to eliminate).
From the early 1890s through the mid-1970s, desiccated thyroid was the preferred form of therapy for hypothyroidism (Appendix Table, available at www.annals.org). This preference was reinforced by the unique ability of desiccated thyroid to reproduce a normal serum PBI (33). The predominance of natural thyroid products was illustrated by prescribing patterns in the United States: In 1965, approximately 4 of every 5 prescriptions for thyroid hormone were for natural thyroid preparations (38). Concerns about inconsistencies in the potency of these tablets arose (26) after the discovery that some contained anywhere from double to no detectable metabolic activity (39). The shelf-life of desiccated tablets was limited, especially if the tablets were kept in humid conditions (36). There were reports of patients not responding to desiccated thyroid altogether because their tablets contained no active thyroid hormone. It was not until 1985 that the revision of the U.S. Pharmacopeia standard from iodine content to T3/thyroxine (T4) content resulted in stable potency (38), but by then the reputation of natural thyroid products was tarnished (40).
The most common thyroid condition is hypothyroidism, or underactive thyroid. In the United States, hypothyroidism usually is caused by an autoimmune response known as Hashimoto’s disease or autoimmune thyroiditis. As with all autoimmune diseases, the body mistakenly identifies its own tissues as an invader and attacks them until the organ is destroyed. This chronic attack eventually prevents the thyroid from releasing adequate levels of the hormones T3 and T4, which are necessary to keep the body functioning properly. The lack of these hormones can slow down metabolism and cause weight gain, fatigue, dry skin and hair, and difficulty concentrating (see table).2 Hashimoto’s affects approximately 5% of the US population, is seven times more prevalent in women than men, and generally occurs during middle age.3
Hypothyroidism is a disease which causes the thyroid gland to become underactive and not making enough thyroid hormones. The thyroid gland is located in the front lower part of your neck. Hormones released by the gland affect nearly every part of the human body including heart, brain, muscles, and skin. The thyroid controls the metabolism, which affects the body temperature, heartbeat and also regulates the calorie burn. When the body is unable to produce enough thyroid hormone, it causes the metabolism to slow down and hence, the body makes less energy and gain more weight.
Once again, if you look to the anatomy, you find the thyroid gland located in the throat, the center of our communication with the world. Andrea has found in her practice that people with hypothyroid tend to “swallow down” what they really want to say. It’s been very healing for them to learn to speak their truth. On the flip side, she has found that people with hyperthyroid are talking too much, and can benefit by listening more.
Megan Casper, RDN, a dietitian based in New York City and the founder of Nourished Bite, points out that iodine deficiency is the leading cause of hypothyroidism worldwide. This mineral can’t be made by the body, so dietary sources like iodized salt, dairy products, seafood, seaweed, and fortified cereals are important. “Iodine is an essential nutrient in the body, and thyroid hormones are composed of iodine,” explains Rizzo. “Those lacking thyroid hormones may also be lacking iodine.”
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