antithyroid

(redirected from antithyroidal)
Also found in: Dictionary.

Related to antithyroidal: methimazole, antithyroid microsomal antibody

antithyroid

[an″te-thi´roid]

suppressing or inhibiting thyroid activity.

an·ti·thy·roid

(an'tē-thī'royd),

Relating to an agent that suppresses thyroid function (for example, propylthiouracil).

antithyroid

adjective Referring to an effect that counters thyroid activity.

noun An agent that counters thyroid activity.

References in periodicals archive ?

goitrogenic and antithyroidal effect of the fern Adiantum

Bibliografia Botanica Iberica, 2013-2014: Pteridophyta

The current concept of pathogenesis immune thyroiditis after allogeneic transplantation is the transfer of a clone of donor lymphocytes with antithyroidal activity.

A case with hypothyrodism following autologous stem cell transplantation / Otolog Kok Hucre Naklini Takiben Gelisen Hipotiroidi Vakasi

The differential assessment of the particular tissue type of inflammation such as cardiovascular, hepatic, neurological, or musculoskeletal inflammation may require more specific testing such as antibodies to specific tissues (i.e., ANA, anti-CCP antibodies, antithyroidal antibodies), or biomolecules that have been modified as a result of inflammatory processes (i.e., advanced glycation end products, oxidized lipids and protein, or damaged DNA such as 8-hydroxy-deoxyguanosine).

Making clinical sense of the Inflammation/Chronic disease story

Phytochemical analyses including HPLC revealed the presence of quercetin in the seed extract and the results on the effects of quercetin suggested the involvement of this phytochemical in the mediation of antithyroidal activity of Annona squamosa seed extract.

When the effects of the principal active compound, quercetin was studied, almost similar effects on the thyroid functions were observed suggesting the possible involvement of quercetin in the mediation of the antithyroidal effects of the crude seed extract.

Annona squamosa seed extract in the regulation of hyperthyroidism and lipid-peroxidation in mice: possible involvement of quercetin