It seems that optimizing selenium intake provides powerful protection
against autoimmune thyroid disease, and provides tolerance of a wide range of iodine intakes.
Adequate selenium levels can protect
against autoimmune thyroid disease and goiter development in adults.
It seems that optimizing selenium intake provides powerful protection
against autoimmune thyroid disease, and provides tolerance of a wide range of intakes.»
Not exact matches
When the amino acid sequence is homologous between the target antigen, such as gluten,
against which the immune system is mounting a response, and tissue proteins, such as the
thyroid tissue, a case of mistaken identity occurs, and the immune response can become directed
against self tissues, manifesting as
autoimmune disease (Hashimoto's thyroiditis in this instance).
Keep in mind that in Hashimoto's, the underlying cause of your
thyroid disease is
autoimmune and you body has produced antibodies
against your
thyroid gland.
Eventually it often turns
against its own body causing numerous
autoimmune diseases, including
thyroid problems.
The molecular structure of
thyroid tissue is almost identical to that of gluten and therefore the immune system may start sending antibodies not only
against gluten proteins but
against proteins found in different organs causing
autoimmune diseases.
But even alternative nutritional doctor Stephen Langer, MD, author of Solved: The Riddle of Illness, the follow - up book to Broda Barnes» Hypothyroidism: The Unsuspected Illness, advises
against taking iodine or kelp supplements for people with
autoimmune thyroid disease.
Scientists concluded the study explaining that consumption of > 10 units / week exhibits protective effects
against the development of
autoimmune thyroid disease [xi].
Infections and
autoimmune thyroid diseases: parallel detection of antibodies
against pathogens with proteomic technology.
Autoimmune diseases are when the body's immune system malfunctions and goes into overdrive, falsely recognizing some of its own tissue as foreign (in this scenario,
thyroid gland tissue); this leads to the formation of autoantibodies (a.k.a. antibodies
against the body's own tissue).