The Natural Thyroid Diet

Thyroid Factor

Thyroid Factor is a program that was created by Dawn Sylvester to help women deal with thyroid issues. Dawn Sylvester is a 57 years old lady that has worked with 1,000's of real women. She has over the time tried to investigate the underlying reason why majority of women lose energy and also struggle with belly fat and fatigue as they age. It is a comprehensive program thatcomprises of Thyro pause, 11 kinds of thyroid saving foods that will work to help you boost fat burning Free T3. The program also teaches you all the hidden causes of thyroid which are making you fat and later a highly reliable Thyroid reboot plan which is an excellent plan you need to tackle your weight. Additionally, there are tips to reduce bulging fat fast and eventually obtain a healthy body. You also get several bonuses all aimed at helping you solve all the problems that comes with being overweight. The three bonuses you get are 21 Day Thyroid weight loss system, 101 Thyroid boosting foods and Thyroid Jumpstart Guide. Read more here...

Thyroid Factor Summary


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Contents: Ebooks
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My Thyroid Factor Review

Highly Recommended

All of the information that the author discovered has been compiled into a downloadable ebook so that purchasers of Thyroid Factor can begin putting the methods it teaches to use as soon as possible.

When compared to other ebooks and paper publications I have read, I consider this to be the bible for this topic. Get this and you will never regret the decision.

The Natural Thyroid Diet

The Natural Thyroid Diet is a guide written to show people suffering from thyroid how to treat it the most natural and effective way. The guide was put together to be something that can be done at home without a need to visit an expert as regards its use. This program is a proven home method useful in eliminating Thyroid rapidly and permanently. It is a combination of useful diets system to help you permanently get rid of your thyroid within 4 weeks. The foods have been tested and have been proven to solve this problem for you. The book is a quick fix that has been designed to help you get a cure for your Thyroid in 4 Weeks. The methods employed in this book are natural ones that have been proven by many specialists. The book is in a digital format (PDF) and has been created at a very affordable price. There are a lot of stress, frustrations and disappointments that come with trying programs after programs. This is one thing that happens in the name of fighting Thyroid; however, this program has been designed to help you stop worrying about programs after programs. The creator is assured of its work that you are allowed to ask for a refund if nothing happens after 4 weeks of its usage. Read more here...

The Natural Thyroid Diet Summary

Contents: Ebook
Author: Louise O'Connor
Official Website:
Price: $14.95

Thyroid Diet

The Thyroid diet and lifestyle program has undergone through trials, testing and results have proven that all the techniques applied in the program are safe to use and work efficiently to give 100% real results within the shortest time possible. This program uses natural remedies which are chemical free and are readily available, so there is no excuse for you not to lead a healthy lifestyle. There are many benefits and lessons you will learn from this program some of them being on what food to eat and what not to eat, signs and symptoms of thyroid disease, the importance of thyroid gland in your body and also how the thyroid gland works. The creator of this program who goes by the name of Sally Baker has put in place a certificate of guarantee on total money refund. The guarantee assures any member who joins the program and is not satisfied with the program that he or she can comfortably get all the money back by just emailing Sally Baker. The money refund guarantee means that the program has zero risk which assures you that the program is there for you to benefit more from it.

Thyroid Diet and Lifestyle Program Summary

Contents: Ebooks
Author: Sally Baker
Official Website:
Price: $37.00

Botanical Treatments For Cataracts

The changes in normal pressure accommodation can ultimately lead to blindness and account for more than 150,000 cases per year. In many circumstances, the cause is unknown. In some cases, however, glaucoma is caused by an underlying pathologic condition that must be arrested. Therefore, it is important for people with glaucoma to be diagnosed by, and to remain under the care of, an ophthalmologist. Regular eye examinations are especially important for patients with high-risk profiles. These include patients with familial histories of the disorder, African-American patients (who have a four to six times higher incidence of glaucoma), patients with long-term metabolic disorders (e.g., diabetes mellitus, thyroid-hormone dysre-gulation), patients who take high-dose oral corticosteroids for prolonged periods of time, patients with food sensitivities or allergies,28 or patients who are more than 40 years old.1

Peroxidases Catalases Superoxide Dismutases

The presence of oxygen in the cell gives rise to toxic molecules such as superoxide (02* ), hydroxide radicals and hydrogen peroxide. Organisms eliminate superoxide using superoxide dismutase which catalyses the disproportionation or dismutation of superoxide to dioxygen and hydrogen peroxide (202 + 2H+ -> 02 + H202) which produce more hydrogen peroxide. Catalases convert hydrogen peroxide into water and dioxygen, whereas peroxidases reduce hydrogen peroxide to water and oxidise various substrates. Catalases of all living organisms have a similar structure, however, many peroxidases are structurally unrelated. Among the heme-containing peroxidases, animal peroxidases such as thyroid, eosinophil, lacto- and myeloperoxidases constitute a separate superfamily (Welinder, 1991 Fenna et al., 1992). Similarly, the fungal chloroperoxidase from Caldariomyces fumago is structurally distinct, and the bacterial cytochrome c peroxidase from Pseudomonas aeruginosa contains a cytochrome c type...

BRI1 Substrates and Interacting Proteins

Studies addressing the number and nature of cytoplasmic binding partners of the BRI1 and BAK1 kinase domains that propagate the signal downstream are essential for a complete understanding of BR action. Yeast two-hybrid screens were used to identify two probable in vivo substrates of BRI1 in Arabidopsis. TRANSTHYRETIN-LIKE protein (TTL) has substantial sequence identity to the vertebrate thyroid-binding protein transthyretin and interacts with BRI1 in yeast cells in a kinase-dependent manner (Nam and Li 2004). TTL is phos-phorylated by recombinant BRI1 kinase domain in vitro and overexpression of the TTL gene results in a semi-dwarf phenotype similar to weak bril and null bakl mutants, while null mutants of TTL enhance BR sensitivity and promote plant growth. Thus, genetic evidence suggests that TTL is a negative regulator of BR signaling, while in vitro evidence supports a role for TTL as a putative BRI1 substrate, although a direct interaction of the two proteins in planta has not...

Chlorinecontaining Anions

Perchlorate, an environmental contaminant, is a known competitive inhibitor of the iodine sodium symporter and decreases thyroid function by inhibiting iodine uptake by the thyroid at doses of 200 mg per day or more.16 Perchlorate is found in fireworks, explosives, and solid jet and rocket fuel, and is a contaminant found in some fertilizers. Perchlorate is often consumed in plants such as lettuce and leafy greens, drinking water, and milk, generally accumulated from contaminated groundwater. Studies have found that the majority of dairy milk samples and all samples of breast milk tested contained perchlorate. A recent study demonstrated a mean perchlorate level in breast milk of 10.5 mg L, suggesting that the average breastfed infant consumes more than twice the recommended maximum daily level of perchlorate established by the National Academy of Sciences.17 Studies of perchlorate levels in drinking water and their relation to diseases in the United States have provided conflicting...

Treatment Of Iodine Deficiency

The American Thyroid Association (ATA) recommends that iodine supplementation of 150 mg per day be given to all pregnant and lactating women, and suggests that all prenatal vitamin supplements contain 150 mg of iodine.41 Based on this recommendation, it may be possible to extrapolate this increased need to the general population. Considering that the consumption of iodine from food sources in Japan exceeds by more than 10-fold the minimally recommended ATA figure for daily iodine intake, there arises the issue of adjusting iodine-intake recommendations to optimal levels, rather than to a level that is marginally sufficient to prevent overt thyroid disease. As with far too many nutrients, the 1940s approach of dosing at marginal levels to prevent breakthrough disease fails to consider that a specific nutrient, such as iodine, does not have a single limited role, such as preventing goiter.

Nitrogen Containing Secondary Compounds

Nutritive and non-nutritive components in food have the potential to modulate target functions in the body, which are relevant to well being and health and or reduction of disease risk (Roberfroid 1998). Some crops such as bamboo, lima beans and cassava accumulate toxic, cyanogenic glucosides in the range of 8-300 mmol kg-1, and maceration and evaporation of the cyanide is required before they are edible for humans and animals (Selmar 1999). Antinutritives are, for instance, substances which interfere with the metabolic utilisation of minerals (Berdanier 2002). The degradation of glucosinolates yields for example thiocyanates, isothiocyanates, cyclic sulphur compounds and nitriles, which are goitrogenic. So-called cabbage goiter or struma inhibits the iodine uptake of the thyroid gland in humans (Berdanier 2002). One of the most potent glucosinolates is progoitrin, found in leaves, buds, seeds and roots of Brassica crops (Berdanier 2002). Though glucosinolates are antinutritive, their...

Environmental Pathways And Health Risk Assessment

There is good reason to believe that livestock grazing on plants treated with sewage sludge will ingest the pollutants through the grazed plants or by eating sewage sludge along with the plants 124 . Sheep eating cabbage grown on sludge developed lesions of the liver and thyroid gland. Pigs grown on corn treated with sludge had elevated levels of cadmium in their tissues 125 . Cows, goats, and sheep are also likely to eat sludge directly. In grazing, these animals may pull up plants by the roots and thus ingest substantial quantities of soil 56 . A cow may ingest as much as 500 kg (1100 lb) of soil each year 126 .

Iodine Deficiency And Breast Disease

Besides being important in thyroid function, iodine is required for the normal growth and development of breast tissue. The high level of iodine intake by Japanese women, noted earlier, has been associated with a low incidence of both benign and cancerous breast disease in this population. Evidence links iodine deficiency with an elevated risk of breast, endometrial, and ovarian cancer.25 Antiproliferative iodolactones in the thyroid may be responsible for this effect.26 Although autoimmune antibodies directed against thyroid peroxidase have been associated with a better prognosis in breast cancer,27 thyroid supplementation may increase the risk of breast cancer28 a subject that remains in debate. In vitro studies have found that molecular iodine inhibits induction and proliferation and induces apoptosis in some human breast cancer cell lines, as well as exhibiting antioxidant activity.29 Benign, fibrocystic breast disease is also associated with iodine deficiency. Blocking of iodine...

Diagnosing Adrenal Dysfunction

The fine homeostatic balance between health and disease can be disturbed if the clinical cause of a patient's original imbalance is not fully explored and treated. Indeed, replacement or augmentation of hormones from exogenous sources, all too often, merely suppresses symptoms while leaving the underlying disease process to advance without the diagnostically helpful symptoms. When addressing adrenal imbalance, it is essential to look beyond laboratory tests and symptoms alone and to integrate the clinical presentation as a whole. Just as overt signs and symptoms of thyroid dysfunction may or may not always manifest with abnormal laboratory tests, a functional adrenal condition may be present in the absence of abnormal laboratory findings. In fact, a recent plethora of medical literature points to the seemingly error-prone assessment that results from measuring thyroid function solely via laboratory tests. The main cause of adrenal fatigue is continual low-level stress, which taxes the...


Binding sulfur-containing compounds can conjugate potentially toxic steroidal hormones and thyroid hormone, and promote the elimination of neurotransmitters. Diets that are low in protein, and thus low in cysteine and methionine, diminish sulfation. Evidence shows that taking

The Rda For Iodine

The suggested daily RDA of 150 mg per day for iodine may be influenced by the fear that an excess of iodine can cause diseases including hyperthyroidism, hypothyroidism, goiter, rashes, and iodine allergy. However, most of these reactions are caused by pharmacologic doses of iodine. Some research has linked iodine excess to autoimmune thyroid disease, which can cause both hypo- and hyperthyroidism,5,6 but such autoimmune disease has been increasing during the same period in which iodine intake has been decreasing in the United States.7 A high intake of iodine, largely in the form of seaweed, is also typical in the Japanese population, which has generally good overall health. Research has found that the typical Japanese diet has a daily intake of elemental iodine ranging as high as 13.8 mg.8 Historically, physicians have prescribed iodine in a dose of 0.1-0.3 mL of Lugol's solution, a 5 solution containing 50 mg of iodine and 100 mg of potassium iodide per milliliter, thus providing...

Metabolism Of Iodine

Iodide is removed from circulating blood primarily by the thyroid gland and kidneys. The body can also concentrate iodide in the salivary glands, breast tissue, gastric mucosa, and choroid plexus, among other sites. Sodium iodide transporters protein molecules also known as symporters take up iodide from the blood into the thyroid gland across a concentration gradient that may be as high as 50-fold, and concentrate the iodide in the cells of the gland to a level adequate for hormone synthesis. This iodide is incorporated into precursors that are transformed into thyroxine, or T4, a hormone secreted primarily by the thyroid, which is converted in peripheral tissues to the hormone triiodothyronine (T3), which regulates growth and cellular metabolism. Because the enzyme responsible for the conversion of T4 to T3 is selenium-dependent, selenium deficiency decreases this conversion. The average adult thyroid gland in an iodine-sufficient area contains 15 mg of iodine.10,11


Halogens other than iodine are important factors in health because they can displace iodine in physiologic reactions. Bromine has replaced iodine for use as a dough softener in bread making, and is also an environmental contaminant found in both food and water. Studies of thyroid function in rats indicate that with increased intake, bromine replaces iodine in this organ.14 Animal studies also suggest that in the presence of an iodine-deficient state, bromine may induce hypothyroid symptoms of decreased thyroxine synthesis and increased thyroid gland size, as well as decreasing iodine concentrations in the skin.14 Studies with pregnant and lactating rats have demonstrated that increased bromine intake decreases the iodine content of mammary tissue, decreases T4 in both mothers and offspring, and decreases the body weight of offspring. Bromine also increases the renal excretion of iodine in these animals.14 Treating rats with bromine has been shown to induce goiter and decrease the...


Restoring testosterone levels can improve athletic performance but should be considered only for individuals with low testosterone levels. Side effects of supra-physiologic doses of testosterone can be severe, including liver disease, low sperm counts, changes in mood and behavior, increased hematocrit levels and prostate-specific antigens, decreased high density lipoprotein cholesterol (HDL), increased low-density lipoprotein cholesterol (LDL), and adverse changes in thyroid hormones.52,53 Unfavorable cardiovascular changes can occur, such as left-ventricular hypertrophy, which remain after discontinuing testosterone supplementation.54 Androgen precursors to testosterone, such as androstenediol and androstenedione, have also been studied. A study on adult males with normal testosterone levels during high-intensity resistance training found that supplementation with these products initially increased testosterone but that these levels returned to baseline within 16 weeks. In addition,...


Indirect stimulation of lactation has also been obtained with dried thyroid gland or thyroxine via the pituitary gland (Robinson, 1947 Naish, 1954). II Thyroid hormones The thyroid gland plays an important part in the organism as it stimulates metabolic activity and also controls growth. The two hormones secreted by the gland are thyroxine and triiodotyronine, and they are present in a proportion of 50 1 they are both iodine-containing amino acids and are synthesized in the gland itself, which takes up iodine from the blood (Burgen and Mitchell, 1972). Hypoactivity of the thyroid gland causes myxoedema and a 20-30 decrease in basal metabolism. Lack of iodine is often the basis of this insufficiency and treatment is usually effected by administration of thyroxine or thyrotrophin (anterior pituitary hormone) or of components rich in organic or inorganic iodine, for example algae like Fucus vesiculosis L., which contains 0.03-0.1 iodine (Chesney and Webster, 1928 Steinegger and Hansel,...

Iodine Deficiency

An enlarged thyroid, or goiter, is the most overt sign of iodine deficiency. Hypothyroidism from iodine deficiency presents with a decrease in T3 and T4 and an increase in thyroid-stimulating hormone (TSH), thyroglobulin, and reverse T3, an inactive form of thyroid hormone generated by the removal of an iodine group from thyroxine. Symptoms of hypothyroidism include fatigue, dry skin, hair loss, weight gain, cognitive impairment, and depression. Several factors can cause iodine deficiency. As already noted, low levels of iodine in the soil or water in particular areas may cause this deficiency, as may salt-restrictive diets. Intake of large amounts of cruciferous vegetables, cassava, millet, and soya flour is another source of iodine deficiency through the goitrogenic substances such as C-glycosylflavones (C-GFs), glucos-inolates, and isoflavones, and this will also affect thyroid function. Additionally, vitamin A and iron deficiency, as well as the selenium deficiency noted earlier,...

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