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Semi-quantitatively measure auto-antibodies to human thyroglobulin using T Haemagglutination Test.
Semi-quantitatively measure auto-antibodies to human thyroglobulin (thyroid auto-antibodies) using Thermo Scientific™ Remel™ Thymune™—T Haemagglutination Test. This test is based upon Boyden's passive haemagglutination system, first used for detection of thyroglobulin antibodies by Witebsky and Rose8. it has been established that auto-antibodies to several different thyroid constituents1,4 are associated with destructive inflammatory lesions of the thyroid gland. Antibodies to these constituents, namely thyroglobulin and the microsomal antigen, are of particular importance for diagnostics purposes3,5,7.
It has been established that autoantibodies to several different thyroid constituents are associated with destructive inflammatory lesions of the thyroid gland. Thyroglobulin and microsomal haemagglutination tests give useful predictive evidence of possible thyroid dysfunction in patients with other autoimmune endocrine disorders such as Addison’s disease, insulin-dependent diabetes mellitus or polyendocrine autoimmunopathies, and in members of families prone to organ-specific autoimmunity. The antibodies detected by the microsomal haemagglutination test are the principal circulating marker of human autoimmune thyroid disease, which include the clinical disorders of goitrous thyroiditis (Hashimoto’s disease), atrophic thyroiditis (myxoedema) and thyrotoxicosis (Graves’/Basedow’s disease)3.
Proteins such as thyroglobulin are readily bound to the surface of red blood cells which have been treated with tannic acid. Thyroglobulin extracted from human thyroid glands by classical salt precipitation techniques coupled to tanned turkey red cells provides a haemagglutination test system for the detection of low levels of auto-antibody to thyroglobulin. A small proportion of human sera are reactive against turkey cells, giving rise to non-specific agglutination of sensitised cells. These non-specific reactions may be detected by means of unsensitised control cells. Both test and control cells are treated with formalin and freeze dried to give long term stability on storage.
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