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a problem with the thyroid gland itself(passive) is caused byPrimary hypothyroidism
problems with the thyroid gland(passive) is caused byPrimary Hyperthyroidism
the intrinsic dysfunction of the thyroid gland(passive) is caused byPrimary hypothyroidism
thyroid gland insufficiency(passive) is caused byPrimary Hypothyroidism
disorders in the thyroid gland itself(passive) is caused byPrimary hypothyroidism
thyroid gland failure(passive) caused byPrimary hypothyroidism
some dealing with Hashimoto 's thyroiditis - an autoimmune disease in which the thyroid gland is attacked by a variety of cell- and antibody - mediated immune processescausingprimary hypothyroidism
Direct damage to the thyroid glandcausesprimary hypothyroidism
autoimmune disease ( Hashimoto disease ) , iodine deficiency , or infiltrative diseases , or it can be caused iatrogenically by surgery or irradiation of the gland(passive) can be caused byPrimary hypothyroidism
impaired hormone release by the thyroid gland(passive) is caused byPrimary hypothyroidism
illnesses and problems that affect the thyroid gland itself(passive) is caused byPrimary Hyperthyroidism
an underlying disease of the thyroid(passive) is caused byPrimary hypothyroidism
Hashimoto ’s thyroiditis ... a progressive autoimmune diseasecausesprimary hypothyroidism
chronic lymphocytic thyroiditis ( also known as autoimmune thyroiditis and Hashimoto ’s thyroiditis(passive) is often caused byPrimary hypothyroidism
an autoimmune disease called Hashimoto ’s thyroiditis , where the immune system mistakenly destroys the thyroid gland(passive) is caused byPrimary hypothyroidism
a decreased production of thyroid hormones by the thyroid gland(passive) is caused byPrimary hypothyroidismPrimary hypothyroidism
direct damage to or surgical removal of the thyroid gland(passive) is caused byPrimary hypothyroidism
the decreased secretion of the thyroid hormones by the thyroid gland(passive) is caused byPrimary hypothyroidism
the inability of the thyroid gland to make T3 and T4(passive) caused byPrimary Hypothyroidism
generalized tissue resistance to thyroid hormone and disorders that affect the thyroid gland directly(passive) is caused byPrimary hypothyroidism
thyroid gland disease and secondary or CH due to a congenital TSH deficiency(passive) caused byprimary hypothyroidism
the excess production of thyroid hormones from the thyroid glands or from external factors(passive) is caused byPrimary hyperthyroidism
in which the thyroid gland is attacked by a variety of immune cell and antibodiescausingprimary hypothyroidism
when your thyroid gland does not make enough circulating thyroid hormone(passive) is causedPrimary hypothyroidism
the standard response of the thyroid gland ... the thyroid - stimulating hormonecausesprimary hypothyroidism
characterized by cell- and antibody - mediated immune processes against the thyroid glandcausingprimary hypothyroidism
Any injury to the thyroid gland or anything that decreases the size of the thyroid glandcausesprimary hypothyroidism
a defect in the thyroid gland 's synthesis and release of thyroid hormone.2(passive) caused byprimary hypothyroidism
surgical removal of the thyroid gland , which is then followed by inadequate thyroid replacement therapy(passive) can also be caused byPrimary hypothyroidism
a reduction in the normal response of the thyroid gland to thyroid - stimulating hormone ( 24(passive) caused byprimary hypothyroidism
damage to the thyroid gland and accounts for the majority of hypothyroidism cases Secondary Hypothyroidism – Caused by damage to the pituitary gland and therefore low production of TSH which is required to induce the thyroid gland to produce T3 and T4(passive) Caused byPrimary Hypothyroidism
intrinsic thyroid atrophy , autoimmune disease(passive) is caused byPrimary hypothyroidism
acute or chronic inflammation of the thyroid gland , radioiodine therapy , excess intake of antithyroid drugs , and surgery(passive) is caused byPrimary hypothyroidism
acute or chronic inflammation of the thyroid gland , radio iodine therapy , excess intake of antithyroid drugs , and surgery(passive) is caused byPrimary hypothyroidism
factors affecting the thyroid gland itself , such as thyroid dysgenesis , environmental damage to the thyroid , inherited metabolic defects , and environmental factors such as medications that affect thyroxin synthesis(passive) is caused byPrimary hypothyroidism
thyroid disease(passive) is caused byPrimary hypothyroidism
Other Rare Health Problems Autoimmune thyroiditiscausingprimary hypothyroidism
Thyroid - stimulating hormone ( TSH ) is raised due to Hashimoto thyroiditiscausingprimary hypothyroidism
Hashimoto ’s Disease , an auto - immune disorder in which the thyroid is destroyed by antibodies(passive) is typically caused byPrimary hypothyroidism
chronic autoimmune thyroiditis ... less common causes being radioiodine treatment and thyroidectomy(passive) is ... caused byPrimary hypothyroidism
from functional deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goitermay resultfrom functional deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goiter
from functional deficiency , primary atrophy , partial or total absence of thyroid gland , or the effects of surgery , radiation , or drugs , with or without the presence of goiter ; and secondary ( pituitary ) , or tertiary ( hypothalamic ) hypothyroidism ( SeeWARNINGSresultingfrom functional deficiency , primary atrophy , partial or total absence of thyroid gland , or the effects of surgery , radiation , or drugs , with or without the presence of goiter ; and secondary ( pituitary ) , or tertiary ( hypothalamic ) hypothyroidism ( SeeWARNINGS
from an inability of the thyroid gland itselfresultsfrom an inability of the thyroid gland itself
from functional deficiency , primary atrophy , partial or total absence of thyroid gland , or the effects of surgery , radiation , or drugs , with or without the presence of goiter ; and secondary ( pituitary ) or tertiary ( hypothalamic ) hypothyroidism ( see WARNINGS).As pituitary thyroid - stimulating hormone ( TSH ) suppressants , in the treatment or prevention of various types of euthyroid goiters , including thyroid nodules , subacute or chronic lymphocytic thyroiditis ( Hashimoto ’s ) and multinodular goiterresultingfrom functional deficiency , primary atrophy , partial or total absence of thyroid gland , or the effects of surgery , radiation , or drugs , with or without the presence of goiter ; and secondary ( pituitary ) or tertiary ( hypothalamic ) hypothyroidism ( see WARNINGS).As pituitary thyroid - stimulating hormone ( TSH ) suppressants , in the treatment or prevention of various types of euthyroid goiters , including thyroid nodules , subacute or chronic lymphocytic thyroiditis ( Hashimoto ’s ) and multinodular goiter
from synthroid doses functional deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with generic or without the presence of goitermay resultfrom synthroid doses functional deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with generic or without the presence of goiter
from functional deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from your outcomes of surgery , radiation , or drugs , or minus the presence of goitermay resultfrom functional deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from your outcomes of surgery , radiation , or drugs , or minus the presence of goiter
from functional deficiency , primary atrophy , partial or total congenital deficiency of the thyroid gland , or from your outcomes of surgery , radiation , or drugs , or minus the presence of goitermay resultfrom functional deficiency , primary atrophy , partial or total congenital deficiency of the thyroid gland , or from your outcomes of surgery , radiation , or drugs , or minus the presence of goiter
from partial or total congenital absence of the thyroid gland , functional deficiency , primary atrophy , or from the effects of surgery , drugs , radiation , with or without the presence of goitermay resultfrom partial or total congenital absence of the thyroid gland , functional deficiency , primary atrophy , or from the effects of surgery , drugs , radiation , with or without the presence of goiter
from direct damage to the thyroid glandusually resultsfrom direct damage to the thyroid gland
from abnormalities of the thyroid glandresultsfrom abnormalities of the thyroid gland
from the atrophy of the thyroid glandresultsfrom the atrophy of the thyroid gland
from diseases of the thyroid glandresultingfrom diseases of the thyroid gland
hyperprolactinemia and galactorrheacan causehyperprolactinemia and galactorrhea
from a problem with hormone synthesis in the thyroid gland itselfresultsfrom a problem with hormone synthesis in the thyroid gland itself
from : thyroid gland ( thyroiditis ) autoimmune inflammationresultingfrom : thyroid gland ( thyroiditis ) autoimmune inflammation
from functional deficiency , primary atrophy , partial or total congenital lack of the thyroid gland , ormay originatefrom functional deficiency , primary atrophy , partial or total congenital lack of the thyroid gland , or
from functional deficiency , primary euthyroid statemay resultfrom functional deficiency , primary euthyroid state
when the thyroid gland does not produce enough hormones because of some direct damage to the glandresultswhen the thyroid gland does not produce enough hormones because of some direct damage to the gland
from functional deficiency Partial or total absence of the thyroidresultingfrom functional deficiency Partial or total absence of the thyroid
to increased T3 and T4 release from the thyroid , or secondary hyperthyroidism directed by excessive TRH leading to elevated levels of TSHleadingto increased T3 and T4 release from the thyroid , or secondary hyperthyroidism directed by excessive TRH leading to elevated levels of TSH
from genetic defects of the thyroid or autoimmune or inflammatory programsmight be resultingfrom genetic defects of the thyroid or autoimmune or inflammatory programs
from synthroid dosage functional deficiency , synthroid dosage primary atrophy , partial or total congenital absence of the thyroid gland , ormay resultfrom synthroid dosage functional deficiency , synthroid dosage primary atrophy , partial or total congenital absence of the thyroid gland , or
to hyper- prolactinemia as a result of hyperplasia of thy- rotrophs and lactotrophsmay leadto hyper- prolactinemia as a result of hyperplasia of thy- rotrophs and lactotrophs
from functional deficiency , synthroid primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugsmay resultfrom functional deficiency , synthroid primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs
from functional deficiency , primary atrophy , partial or total congenital absence of the one thyroid gland , or from the effects of surgery , radiation , or drugsmay resultfrom functional deficiency , primary atrophy , partial or total congenital absence of the one thyroid gland , or from the effects of surgery , radiation , or drugs
from functional deficiency , primary In patients with secondary ( pituitary ) or tertiary ( hypothalamic ) hypothyroidism , the levothyroxine atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgerymay resultfrom functional deficiency , primary In patients with secondary ( pituitary ) or tertiary ( hypothalamic ) hypothyroidism , the levothyroxine atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery
from conditions that affect the thyroid gland itself such as Hashimoto ’s thyroiditis and radioiodine hyperthyroidismresultsfrom conditions that affect the thyroid gland itself such as Hashimoto ’s thyroiditis and radioiodine hyperthyroidism
from functional deficiency , primary atrophy , partial or complete absence of the thyroid gland , or from the effects of surgery , radiation , or antithyroid agents , with or without the presence of goitermay resultfrom functional deficiency , primary atrophy , partial or complete absence of the thyroid gland , or from the effects of surgery , radiation , or antithyroid agents , with or without the presence of goiter
from a failure of the thyroid gland to respond appropriately to TSH released from the pituitary glandresultsfrom a failure of the thyroid gland to respond appropriately to TSH released from the pituitary gland
from thyroid dysfunction , primary atrophy , or partial or total absence of thyroid glandresultingfrom thyroid dysfunction , primary atrophy , or partial or total absence of thyroid gland
from functional deficiency , primary atrophy , partial or total congenital absence synthroid of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goitermay resultfrom functional deficiency , primary atrophy , partial or total congenital absence synthroid of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goiter
from functional deficiency , primary atrophy , partial or total congenital alternative absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goitermay resultfrom functional deficiency , primary atrophy , partial or total congenital alternative absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goiter
from the destruction of thyroid tissue , biosynthetic defects in T4 , or intrinsic disease of the thyroid gland with formation of goiter.3 SECONDARY HYPOTHYROIDISMmay resultfrom the destruction of thyroid tissue , biosynthetic defects in T4 , or intrinsic disease of the thyroid gland with formation of goiter.3 SECONDARY HYPOTHYROIDISM
the PCOS - like appearance of the ovaries(passive) can be caused bythe PCOS - like appearance of the ovaries
from functional deficiency , primary atrophy or from the effects of surgery , radiation or drugs , with or without presence of goitermay resultfrom functional deficiency , primary atrophy or from the effects of surgery , radiation or drugs , with or without presence of goiter
from Hashimoto ’s disease ( autoimmune disorder ) , secondary ( pituitary ) or tertiary ( hypothalamic ) hypothyroidism , primary atrophy , partial or total absence of thyroid gland , or the effects of medical interventions ( surgery , radiation , or drugs ) used to treat Graves disease ( autoimmune disorder ) and thyroid cancerresultingfrom Hashimoto ’s disease ( autoimmune disorder ) , secondary ( pituitary ) or tertiary ( hypothalamic ) hypothyroidism , primary atrophy , partial or total absence of thyroid gland , or the effects of medical interventions ( surgery , radiation , or drugs ) used to treat Graves disease ( autoimmune disorder ) and thyroid cancer
from functional synthroid deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goitermay resultfrom functional synthroid deficiency , primary atrophy , partial or total congenital absence of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goiter
hyperprolactinemia because the hypothalamic hormone TRH , elevated in the severe thyroid hormone deficiencycan causehyperprolactinemia because the hypothalamic hormone TRH , elevated in the severe thyroid hormone deficiency
from functional synthroid deficiency , primary atrophy , generic partial or total congenital absence generic of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goitermay resultfrom functional synthroid deficiency , primary atrophy , generic partial or total congenital absence generic of the thyroid gland , or from the effects of surgery , radiation , or drugs , with or without the presence of goiter
from the destruction of thyroid tissue , biosynthetic defects in thyroxine ( T4 ) , or intrinsic disease of the thyroid gland with formation of goiter.2 From epidemiologic studies in the United States , Europe , and Japanmay resultfrom the destruction of thyroid tissue , biosynthetic defects in thyroxine ( T4 ) , or intrinsic disease of the thyroid gland with formation of goiter.2 From epidemiologic studies in the United States , Europe , and Japan