TBQ Bioresonance for Life


Transforming your health care.

Make an appointment

Thyroid Health

Thyroid Health

Thyroid problems affect the 5% of adults on the planet 350 million, are diagnosed with thyroid problems.

Women: They are 5 times more likely than men to have thyroid problems.

People over 60 years of age: Have a higher risk of developing hypothyroidism.


The epigenetic environment and our reality


  • He epigenetic environment impacts our biological reality.
  • Our metabolism responds to neuronal signals from the environment.
  • The
  • Neurons detect stimuli and send signals to the hypothalamus.
  • He
  • hypothalamus
  • regulates vital functions such as temperature, oxygen, pH and hunger.
  • The hypothalamus secretes
  • hypothalamic hormones
  • s that affect the
  • pituitary gland.
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button

THE THYROID PATHWAY


1. Secretion of hormones:

  • The hypothalamus secretes HRT to stimulate the pituitary gland to release TSH.
  • The hormone
  • TSH
  • (thyroid stimulating hormone) will stimulate the
  • thyroid gland.
  • Reference ranges may vary slightly by laboratory and population, normal TSH levels in adults are between 0.4 and 4.0 mU/L. Optimal levels are 1.8 to 3.0 mU/L
  • 2. Synthesis of thyroid hormones:

    • The thyroid uses thyroperoxidase (TPO) enzyme to iodize the thyroglobulin (TGB) and form thyroid hormones triiodothyronine (T3) and thyroxine (T4).

      3. Requirements for synthesis:

      • For the synthesis of thyroid hormones you need:
      • Iodine:
      • It is an essential mineral that is obtained from the diet.
      • Iron:
      • It is found in hemoglobin and myoglobin, and is necessary for the synthesis of
      • TPO.
      • Tyrosine
      • : It is an amino acid that is obtained from dietary proteins.
      • TSHR gene:
      • what he finds in the
      • chromosome 19
      • . This gene codes for the receptor
      • TSH,
      • which is necessary for the thyroid response to
      • TSH.
      • 4. Action of thyroid hormones:

        • The T3 It is the primarily active thyroid hormone. Binds to receptors thyroid hormone (TR) located in the nucleus of the cells.
        • The Union of
        • T3 to TR
        • It induces a change in its conformation, which allows it to act as a transcription factor.
        • Transcription of
        • mRNA
        • : The complex
        • T3-TR
        • binds to specific DNA sequences in the promoters of target genes, initiating transcription of
        • messenger RNA (mRNA)
        • .
        • The mRNA
        • It is translated by ribosomes into specific proteins, which exert various effects on the cell.
        • 5. Conversion from T4 to T3:

          • The T4 becomes active T3 mainly in the liver, but also in other tissues such as kidneys and brain .
          • For this, it will require the
          • enzyme 5'-deiodinase enzyme
          • which depends on
          • selenium
          • and zinc
          • .
          • The enzyme will remove an atom from the
          • T4
          • to turn it into
          • T3
          • active.
          • 6. Negative feedback:

            • When there is too much T4 and T3 in the blood, a negative feedback . The hypothalamus stops the secretion of HRT and the pituitary gland stops secreting TSH , which reduces thyroid stimulation until it regulates normal values. This helps keep thyroid hormone levels in a normal range, acting like a thermostat.

  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button
  • Slide title

    Escriba su subtítulo aquí
    Button

T3 and the formation of ATP or Energy in cells


The thyroid hormone T3 is involved in the formation of energy in the cell in various ways:


1. Increasing mitochondrial activity:

  • The T3 increases ATP production, the main energy molecule of the cell, by stimulating the activity of the mitochondria.
  • Mitochondria are the organelles responsible for cellular respiration, the process by which cells convert glucose into ATP.
  • The T3 increases the synthesis of mitochondrial enzymes and transport of substrates to mitochondria, which optimizes energy production.


2. Increasing thermogenesis:

  • The T3 promotes the thermogenesis, which is the production of heat by the body.
  • This heat is generated mainly in the muscle and fatty tissues.
  • The T3 increases the activity of the Na /K ATPase, a ion pump that consumes ATP and generates heat as a byproduct.
  • Thermogenesis helps maintain body temperature and burn calories, which contributes to weight control.


3. Stimulating gluconeogenesis:

  • The T3 favors the gluconeogenesis, which is the synthesis process of glucose from non-glucidic substrates such as lactate, pyruvate and amino acids.
  • The glucose is the main source of energy for many tissues, including the brain and red blood cells.
  • The stimulation of gluconeogenesis by T3 ensures adequate glucose supply even in conditions fasting or low carbohydrate consumption.


4. Improving insulin sensitivity:

  • The T3 increases insulin sensitivity, the hormone that regulates glucose metabolism.
  • Insulin allows glucose to enter cells to be used for energy.
  • Greater insulin sensitivity means cells can take up and use glucose more efficiently, lowering blood glucose levels and improving diabetes control.


5. Influencing gene expression:

  • The T3 regulates gene expression that code for proteins involved in energy metabolism.
  • The T3 can activate or deactivate the expression of these genes according to the energy needs of the body.
  • For example, the T3 can increase the expression of genes that code for glycolytic enzymes, what favors the glucose breakdown and energy production.




It is important to note that T3 is not the only hormone that regulates energy metabolism. Other hormones, such as adrenaline, cortisol, and leptin, also play important roles in this process.


METABOLIC ERRORS THAT CAN CAUSE HYPOTHYROIDISM

1. Inborn errors of metabolism (IEM)


  • They are rare genetic diseases that affect the body's ability to produce or use thyroid hormones properly.
  • Some of the EIM The most common causes of hypothyroidism are: 
  • Deiodinase deficiency: This disease causes a deficiency of the 5'-deiodinase enzyme, which is necessary to convert inactive T4 into active T3.
  • Diiodinase deficiency: This enzyme is necessary for the synthesis of iodotyrosines.
  • Pendesin deficiency: This protein is necessary for the transport of iodine within the thyroid gland.
  • Defects in the transport of thyroid hormones: These proteins transport thyroid hormones from the thyroid gland to the body's tissues. Defects in its production or function can cause hypothyroidism.
  • Defects in thyroid hormone receptors: Thyroid hormone receptors are found on the body's cells and are necessary for thyroid hormones to exert their effects. Defects in these receptors can cause hypothyroidism.
  • Thyroperoxidase deficiency: This enzyme is necessary for the iodination of thyroglobulin.
  • Iodide transporter defect: This defect affects the transport of iodide to the thyroid gland, which is essential for the synthesis of thyroid hormones.
  • Congenital hypothyroidism: This is the most common type of congenital hypothyroidism and is due to a variety of genetic defects that affect the thyroid gland.
  • Hashimoto's thyroiditis: It is an inflammation of the thyroid gland that can be caused by a viral or bacterial infection.
  • Graves' disease: The immune system mistakenly attacks the thyroid gland, which leads it to produce a excess thyroid hormones. This overproduction of thyroid hormones causes hyperthyroidism and causes an acceleration of many body functions (Goiter, Tachycardia, Fine tremor in the hands or fingers, Excessive sweating, Heat intolerance, Unexplained weight loss, Muscle weakness, Fatigue, Insomnia, Anxiety and irritability, Mood changes, Diarrhea, Menstrual problems, Protruding eyes : In some severe cases, Graves' disease can cause Graves' ophthalmopathy, a condition that causes swelling and bulging of the eyes.)
  • Hashimoto's disease: due to autoimmune causes that may be associated with genetic factors, environmental factors (deficiency or excess of iodine, infections, stress, hormonal changes with age, smoking and exposure to certain chemicals or environmental toxins could be related to an increased risk of Hashimoto's, but the evidence is limited.
  • Defects in the thyroid gland: These birth defects may include:
  • Thyroid agenesis: Absence of the thyroid gland.
  • Thyroid hypoplasia: Thyroid gland that is small in size and poorly functioning.
  • Thyroid ectopia: Thyroid gland located in an abnormal position.
  • Thyroiditis: Thyroiditis is an inflammation of the thyroid gland that can be caused by a viral or bacterial infection, or by certain medications.
  • Thyroid cancer: Thyroid cancer can destroy the cells that make thyroid hormones and cause hypothyroidism.

2. Acquired defects:

  • They are caused by environmental factors or diseases that damage the thyroid gland or interfere with the production of thyroid hormones.
  • Some of the most common acquired causes of hypothyroidism include:


  • Hashimoto's disease


  • : It is an autoimmune disease that attacks the thyroid gland and causes its inflammation and destruction.


  • Thyroiditis due to thyroiditis: It is an inflammation of the thyroid gland that can be caused by a viral or bacterial infection.


  • Iodine deficient: Dietary iodine deficiency is a major cause of hypothyroidism worldwide.


  • Certain medications: Some medications, such as lithium and amiodarone, can interfere with thyroid hormone production.
  • Iodine deficiency: It can cause hypothyroidism, especially in pregnant women, lactating women, and young children.


  • Low iodine diet: Iodized salt is the main source of iodine in the diet.
  •  
  • Problems absorbing iodine: Some intestinal diseases can make iodine absorption difficult.
  •  
  • Exposure to goitrogens:
  •  
  • Some substances, such as goiter and nitrate, can interfere with the production of thyroid hormones.
  •  
  • Radioactive iodine treatment
  •  
  • : Radioactive iodine is used to treat hyperthyroidism, but it can also damage the thyroid gland and cause hypothyroidism.
  •  
  • Certain medications: Some medications, such as lithium and amiodarone, can interfere with the production or action of thyroid hormones and cause hypothyroidism.
  •  
  • Inhibition of the hypothalamus-pituitary-thyroid axis: Cortisol can suppress the secretion of TRH (thyrotropin-releasing hormone) by the hypothalamus.
  •  
  • Cortisol can interfere with the conversion of T4 to T3: May inhibit the activity of the enzyme 5'-deiodinase, which is necessary to convert inactive T4 (thyroxine) to T3 (triiodothyronine), the active form of thyroid hormone.


  • Cortisol can increase thyroxine binding globulin (TBG): TBG is the protein that transports thyroid hormones in the blood. If there is an increase in TBG, it can bind more thyroid hormones, which will make them less available to the tissues, which can contribute to the symptoms of hypothyroidism.


  • Cortisol can exert direct effects on the thyroid gland, such as inhibiting the synthesis of thyroid hormones and  promotion of apoptosis  (programmed cell death) of thyroid cells.   


  • The poor communication between hypothalamus and pituitary  can interrupt the proper formation of TRH (thyrotropin-releasing hormone), which in turn can affect the production of thyroid hormones and cause various alterations. 
  •  
  • Probable causes of metabolic miscommunication:


  • Tumors: A tumor in the hypothalamus or pituitary can interrupt blood flow or damage cells that produce TRH or TSH, affecting communication between both glands.
  • Brain trauma: Severe head trauma can damage the structures of the hypothalamus or pituitary, altering the production and secretion of TRH.
  • Infections: Certain central nervous system infections, such as meningitis or encephalitis, can inflame or damage the hypothalamus or pituitary, affecting TRH production.
  • Brain radiotherapy: Radiation therapy directed to the hypothalamus or pituitary can damage cells that produce TRH or TSH, altering communication between both glands.
  • Ictus: A stroke in the hypothalamus or pituitary can interrupt blood flow or damage cells that produce TRH or TSH, which affects communication between both glands.
  • Toxins like BPA can cause:
  • Interference with thyroid hormone: BPA can interfere with the production, transport and action of thyroid hormones, such as T3 (triiodothyronine) and T4 (thyroxine).
  • Endocrine disruption: BPA can act as a endocrine disruptor, which means that it can disrupt the normal functioning of the endocrine system, including the thyroid gland.
  • Effects on development: Exposure to BPA during fetal development or infancy can have long-lasting effects on thyroid function.
  • Heavy Metals: Can interfere in the different processes of the formation of T3 and T4.
  • Toxins: Such as Fluorine, chlorine, Boron can affect the thyroid.

Early detections

To know if something is not working well with your thyroid, especially when it is low or hypothyroidism, there are certain clues that can serve as a guide, such as:


Weight gain, even if you eat the same thing as always, feeling of low energy, apathy and leaving things unfinished, hair loss, mood swings, especially depression, mental work becomes heavy, things are forgotten, skin and tissues age. Swollen legs, hypertension, diabetes and overweight begin to appear.


When any of this is happening, it is time to analyze whether the problem is a malfunctioning thyroid.


The precedents that can help to know if the thyroid is affected are:

  • Eating and having eaten fast food or junk food.
  • Abuse of soft drink consumption.
  • Consumption of bread and gluten.
  • Use preservatives in food; bottled sauces, mayonnaise, ketchup, bouillon cubes, canned or tetra brick soups.
  • Eating too much oily fish, which may contain mercury, or having metal fillings in your teeth.
  • Abuse of vegetables and fruits that may contain goitrogens.
  • Use toothpaste with fluoride, or let your dentist put fluoride on you directly.
  • Drink tap or bottled water.
  • Start to have some allergies.
  • Feeling intoxicated, it is noticeable because there is a bad odor in the body, halitosis, etc.
  • Constipation or diarrhea problems.
  • Constant diets and fasts to lose weight.
  • Excess exercise from which one does not recover quickly.


Any of these habits can be a precursor to an affected metabolism and make it very difficult for the doctor to detect it with an analysis.

Associated conditions


  • Poor nutrition, even if the food is sufficient.
  • Lack of minerals: Selenium, Zinc and Iron.
  • Vitamin deficiency, especially: C, E, D and B.
  • Lack of outdoor exercise.
  • Excess responsibility that leaves no room for rest and relaxation.
  • Insomnia or sleeping poorly.
  • Humor changes.
  • Little or no menstruation.
  • Difficulty in pregnancy.
  • Poor sperm mobility.
  • Little amount of sperm.
  • Recurrent infections.
  • Allergies
  • Inflammatory processes, especially in the intestine.
  • Autoimmune diseases.

Solutions


  1. Major change in diet.
  2. Don't eat gluten
  3. Avoid foods with goitrogens for a long time.
  4. Change your toothpaste to one that does not contain fluoride.
  5. Buy a water filter that removes fluoride, chlorine and contaminating residues.
  6. Do not eat blue fish, preferably white.
  7. Change metal fillings for white ones (in this case, ask why a special procedure is necessary, to avoid swallowing metal residue from the fillings that are being removed and which can worsen mercury contamination)
  8. Do not eat fast food and do not drink soft drinks.
  9. Eliminate white sugar and desserts from your diet.
  10. Regulate your exercise if you do too much, or take up walks outside if you don't.


  1. Start therapy with gENiO SAPIENS to eliminate toxins and control thyroid function (you can use zap echoes with hypothyroidism or hyperthyroidism)
  2. Do a complete laboratory analysis of the thyroid and immune system.

Accessories


Share by:
PROFESIONALDESDE 2021