Impulse Therapy
Thyroid gland and its significance for the human's life
Subjects:
Treatment through the most successful method ever found
The thyroid gland plays a key role in metabolism. Hormones synthesized by it are used by all organs and tissues.
That's why when normal functions of this gland is in breach occurs as the pathology in the thyroid gland and other organs and systems.
These pathological changes are expressed differently depending on the cause and the Statute of limitations.
Often affecting the cardiovascular, nervous, bone structure, bloodsynthesized and immune system. Very characteristic is that in spite of the
disease of the thyroid gland there are periods of remission that is not patient complaint. These periods are different long, sometimes 10 or
more years. This often masks the changes occurring in the body and therefore mislead the specialists.
In addition, account shall be taken, and the imprecision of hormonal studies, reaching up to 70%. This further complicates diagnosis.
Moreover, it overlooked many characteristic symptoms occurring in breach of its function.
The statuses geting into the thyroid gland
are overactive, but much more common hypofunction i.e. increased production of thyroid hormones or reduced. There are some common,
but many different symptoms. The most commonly seen in hyperfuncion are rapid heartbeat,
profuse sweats, a sharp weakening of the weight by more than 4-5 kg, eye
changes, the fragility of the nails and hair loss, increased nervousness,
irritability, disturbed sleep, churning out wailing, tremor of the hands,
frequent bowel movements, constantly feeling the heat, the rush of energy and
then quickly fatigue. In the most common symptoms are: hypofunction easy
tiredness, weight gain with more than 5 kg, Vertigo, dizziness, headaches,
lurch, difficulty swallowing, ringing in the ears, choking, tightness in the
area of the gland, slowed heartbeat, rapid or slow pulse, pain in joints and
muscles, numbness and tingling in extremities, loss of memory, nervousness,
irritability, morning puffiness, disturbed sleep. Enough is to have one or two
of these symptoms to understand that thyroid gland does not function normally.
In support of the diagnosis most value has a clinic (the symptoms) and
ehografskoto study. Other studies, such as hormonal test, thyroid scintigraphy,
the biopsy are inaccurate as the last damage further the gland. Diseases in this
gland are: Struma Diffusa (enlarged thyroid gland), Struma nodoza (nodes and
cysts of the gland), overactive and hyperthyroidism,
autoimmune Hashimoto's Thyroiditis è
and Hashimoto acute form. The reasons for damaging the thyroid gland
are different, but the most common is the stress-in 65% of cases, as well as
various chemical, toxic and radioactive substances, and also high-frequency
electromagnetic radiation. The changes in hypofunction are
gradual for years, while those with overactive are short in the space of one year.
The accepted treatment of the Endocrinology all over the world is irrelevant, and in a large number of cases, even dangerous because they put
the gland in hypofunction permanently. Hashimoto's Thyroiditis autoimmune exept from stress may
be provoked with thyreostatical treatment (medication for
overactive thyroid) or corticosteroids. In this disease the thyroid gland is a foreign body and brain include all safeguards for its destruction.
It does so by lymphocytes and antibodies, which become autoantibodies. When Hashimoto's thyroid is permanently in hypofunction, which continuouslly deepens.
Another cause of autoimmune thyroiditis may be applied surgical treatment due to changes of thyroid
electrical capacity, respectively the distinguishing
signal which is formed and sent to the brain. Operative treatment turn the patient into
cripple, supporting his life with synthetic hormones.
These hormones have many side effects such as weight gain up to 20 kg and more. It can lead to the development of hypertension, osteoporosis, heart attack
and is difficult to bare. Treatment with radioactive iodine has a temporary effect and then relegated the gland
in hypofunction permanently.
Treatment with corticosteroids in acute Hashimoto and treatment with thyrostatics in Bazed and overactive can be applied very carefully limited time and
no more than 6 months. This treatment can cause the appearance of nodules and cysts within it, and
a long-term intake of corticosteroids can cause diabetes.
Revealing the mechanism by which develops in the thyroid gland pathology our team succeed to test and implement a method named ' Impulse therapy ', which
normalizes the function of the gland. Clears the nodes and cysts within it, as well as the normal size of the gland, which in most cases have increased.
When Hashimoto is stopped the process of destruction of the gland by lymphocytes and thyroid antibodies and gradually recovers its normal functions.
With the therapy activating important centers in the cortex and hypothalamus, associated with the management of the thyroid gland that is restoring normal
biosignals with which brain manage that organ. The transition period to restore
normal function of the gland is 6 months, and between 6 and 18 months, it is
necessary to begin the removal of pathology resulting from her disturbed
function.
The dimensions are normalized, and entities are starting to gradually decrease and disappear.
The later were formed noduls so more rapidly they resorb. The method proves the exclusive role of brain-he created the pathology and he removed it. For this it is enough to obtain
reliable information in the form of a bioelectric signals requiring synchronization. The real reason for the diseases listed in this site is evidenced
by the excellent results in the application of the therapy, but because of the ignorance of the mechanism of thyroid disease, traditionally accepted
treatments in medicine is irrelevant and in most case with dangerous consequences.
I. Risks of thyroid operations
1. Operation of thyroid gland leads to lowering its function (hypofunction).
2. Decreased thyroid function affects all organs and systems-cardiovascular, nervous, immune, endocrine, bone.
3. After surgery of the thyroid hormones replacement shall be adopted by the end of life.
4. After operation appear new nodes (relapse).
5. There is a danger of shearing of one voice nerve that runs through the middle of the gland, which becomes a voice low and raspy.
6. Risk of removal of the parathyroid glands, which are in close proximity to the thyroid gland with fatal consequences (of the more inexperienced
surgeon).
7. Operations create the conditions for the formation of plaques in coronary and cerebral vessels, i.e., heart attacks and strokes as it reduces
the synthesis of their own hormones, which have vasodilatating and protektiven effect (protect the vessels from plaque formation).
II. Adverse actions of alternative hormones, which are accepted after thyroid operations (L-thyroxin, L-thyrox).
1. Synthetic replacement hormones affect the liver and kidneys.
2. increase of the weight of the patient with 20-30 kg. (in 80% of cases).
3. Can cause strong chest tightness and intolerance.
4. Can affect the skeletal system i.e. cause osteoporosis or strengthen processes of osteoporosis especially in overdose.
5. Can disrupt cardiac arrest in overdose.
6. In the majority of cases the symptoms associated with increased or decreased function persist.
7. Synthetic hormones have no protektiven and vasodilatating effect as have their hormones.
8. the effect of Weakening the body's immune system.
Why research of thyroid hormones are inaccurate?
1. The hormones have 24-hour cycle as the mornings are most and constantly decreasing during the day, at midnight, at least.
2. Influence of the time, when it's cold is increasing the synthesis of hormones, and when the heat is reduced.
3. Influence of foods rich in iodine compounds accepted around the date of the survey.
4. Affect and medicinal drugs.
5. Influence of some diseases.
6. From the physical, mental, emotional states.
A study in the uk in 1995 for the accuracy of the hormone thyroid tests on 100 000 patients showed imprecision in 70% of the studied patients.
All this means that you cannot rely on hormonal test. Relatively more accurate is the hormonal Dr. Broda Barnes
test – it measures the temperature before getting up in the morning 3 days
in succession and take into account the lowest value . In women, this
research is done outside the menstrual cycle and not during pregnancy.
The best time is between 3-7 days from the beginning of the cycle. The normal temperature is 36.4 to 36.9 If the temperature is below the 36.4
that meens the thyroid gland is underActive. If it is over 36.9 the hyperactive – with increased
function. This is done outside temperature conditions – viral
and bacterial infections. Most important in studies of the thyroid gland is ultrasound investigation
done by experienced specialist.
Not recommended a biopsy, and thyroid scintigraphy only suspected toxic adenoma. Determinative
significance have symptoms associated with increased or underactive
thyroid gland.