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Published on: December 17, 2010
Gonadal autoantibodies in patients with hypogonadism and/or Addison's disease
Abstract:
The sera from 325 normal individuals, 21 patients with Turner's syndrome, 505 patients with insulin-dependent diabetes mellitus, 15 patients with unexplained ovarian insufficiency, and 37 patients with Addison's disease or serological evidence of adrenal autoimmunity were examined for the presence of gonadal autoantibodies by an indirect immunofluorescent technique using sections of human testis. All 12 patients found to have gonadal autoantibodies also had adrenocortical autoantibodies. These autoantibodies were completely absorbed with powdered adrenal cortex and thus were "steroidal cell" antibodies (SCA), cross-reactive with a cytosolic antigen in the steroid-producing cells of adrenal cortex, placental syncytiotrophoblast, Leydig areas of testis, and theca interna/granulosa layer of ovarian follicles. Sera with SCA had reduced titers of adrenal antibodies after repeated absorptions with gonadal or placental tissues, suggesting that adrenal-specific autoantibodies were also present. Sera from patients with only adrenal antibodies had no significant changes in antibody titers after repeated absorptions with gonadal or placental tissues. In conclusion, all gonadal autoantibodies found were SCA. SCA were only found in patients with adrenal autoimmunity, many of whom had hypogonadism. In other patients or in normal individuals, the existence of SCA or gonadal autoimmunity in the absence of adrenocortical autoantibodies must be rare.
Insights
Steroidal cell antibodies (SCA) were identified in patients with adrenal autoimmunity, often linked to hypogonadism. Gonadal autoantibodies were exclusively SCA and rarely occurred without adrenal autoantibodies.
Area of Science:
- Endocrinology
- Immunology
- Reproductive Medicine
Background:
- Autoimmune diseases can affect multiple endocrine glands.
- The presence and significance of gonadal autoantibodies in relation to adrenal autoimmunity require further investigation.
Purpose of the Study:
- To investigate the presence of gonadal autoantibodies in various patient groups.
- To characterize the nature of these autoantibodies and their relationship with adrenal autoimmunity.
Main Methods:
- Indirect immunofluorescence technique using human testis sections.
- Analysis of sera from normal individuals and patients with Turner's syndrome, diabetes mellitus, ovarian insufficiency, and Addison's disease.
- Absorption studies using adrenal cortex, gonadal, and placental tissues.
Main Results:
- All 12 patients with gonadal autoantibodies also possessed adrenocortical autoantibodies.
- These autoantibodies were identified as steroidal cell antibodies (SCA), cross-reactive with antigens in steroid-producing cells of adrenal cortex, testis, ovary, and placenta.
- SCA were predominantly found in patients with adrenal autoimmunity, frequently associated with hypogonadism.
Conclusions:
- All detected gonadal autoantibodies were steroidal cell antibodies (SCA).
- SCA were primarily observed in individuals with adrenal autoimmunity.
- Gonadal autoimmunity without co-existing adrenal autoantibodies is rare.
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