Hallo Verena,
ich bin schon der Meinung, dass dein Hormonchaos von der SD kommen kann, insbesondere von einer Störung der T4/T3-Konversion. Die Konversion muss funktionieren, sonst kannst du soviel T4 nehmen wie du willst, es wird keine Besserung deines Zustandes eintreten. Auch muss man bei SD-Hormongabe einige Zeit (ca. 14 Tage mindestens, besser 6 Wochen) abwarten was passiert. Sooo schnell gehts nämlich nicht. Außer du nimmst reines T3, dann müsstest du nach spätestens 2-3 Tagen schon eine Besserung merken.
Dein TSH ist meiner Meinung nach zu hoch, die anderen Werte gehen so - aber Werte sind ohnehin nur grobe Anhaltspunkte. Bei mir ist der fT3 am oberen Anschlag, der fT4 am unteren und mein TSH ist supprimiert - und ich fühle mich sauwohl damit
, ich nehme natürliches SD-Hormon aus USA. Das war das einzige, was mir geholfen hat, aus meiner jahrelangen UF herauszukommen. Auch habe ich als Folge der unbehandelten UF andere Hormonstörungen entwickelt, z. B. Progesteronmangel, NNR-Schwäche usw. usf. Wenn du magst, kannst du mal im Hashiforum gucken
www.hashimotothyreoiditis.de, da hab ich schon sehr viel geschrieben.
Ich habe dir hier mal einen Abschnitt über die Konversion aus
http://www.healthy.net/asp/templates/Article.asp?Id=528
reinkopiert:
*Problems in Converting T4 to the T3 Hormone
The conversion of the relatively inactive T4 to the active T3 thyroid hormone is an important process. As mentioned previously, frequently low thyroid function is not due to the low production of thyroxine, T4, by the thyroid, but due to the failure of conversion of T4 to T3 by peripheral tissues. What nutrients are necessary to help with this conversion? In addition to sufficient quantities of cortisol, iron, zinc, copper and selenium are necessary for this conversion. Deficiencies of any of these minerals can prevent the conversion T4 to T3 and should be corrected if present. Sufficient protein and especially the amino acid, tyrosine, and iodine are necessary to make T4 in the thyroid gland.
Another approach to the problem of conversion failure of T4 to T3 has been proposed by a young physician, Dennis Wilson. He has found that the body often adapts to various stressful situations by switching to a conservative mode in order to preserve energy. For example, when a famine occurs, an excellent adaptive change that the body can make in order to use less energy because food calories are unavailable, is to stop converting T4 to T3. However, this response appears to occur to a wide variety of stressors and sometimes this mode is not reversed, even after the stress is removed. This can lead to all of the symptoms and signs of a low thyroid that I have been discussing.
He has suggested the use of a special long acting T3 preparation to reset the conversion of T4 to T3 process. Dosages of T3 are given exactly every 12 hours in increasing amounts with close monitoring of oral temperatures during the day. High doses of T3 may be given and in order to normalize the oral temperature to 98.6 F. After the optimal temperature is reached and maintained for approximately three weeks or if the patient develops an intolerance to the particular dosage of long-acting T3, the dosage is tapered down to zero.
When the treatment is successful, the temperature will remain optimal with the loss of hypothyroid symptoms, even after the medication is tapered to zero. In other words, the thyroid system is reset at a higher temperature. This process may take several cycles of going up and down on the T3. This treatment requires a lot of discipline from the patient and often leads to symptoms during the treatment. However, it does seem to be useful in some patients. If the patient is stressed significantly and again enters the low thyroid system mode, the entire process can be repeated again. Usually, the treatment is easier at each subsequent episode.
Nevertheless, for most patients, especially if there are adrenal problems or other medical complications, the use of Armour desiccated thyroid on a continuous basis is probably easier and preferable.
Recent studies indicate that patients who have been treated with excessive doses of thyroid hormone over long periods of time may be at increased risk for developing osteoporosis. This may be due not only to too much thyroid, but also to an imbalance between the anabolic and catabolic endocrine hormones. The catabolic hormones are those that help to break down dead tissues and rid the body of metabolic waste. These would include thyroid hormone and hydrocortisone. The anabolic hormones are those that help to rebuild the body and would include DHEA, estrogens, progesterone and the male hormone, testosterone. A physician who is trying to balance a person's thyroid system must also look at all of the other hormones and also all aspects of the person's lifestyle, including diet, nutritional supplements, exercise patterns and stress coping mechanisms. The nutrients that are especially important to a proper functioning thyroid system are iodine and the amino acid tyrosine to make thyroid hormone in the thyroid gland and the minerals iron, selenium, zinc and copper to convert the inactive T4 to the active T3. *
Ich hoffe, du kommst damit weiter.
Lieben Gruß, Gudrun
www.borreliose-und-co.de
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