Conducting Hormonal, Biochemical and Serological Tests in Autoimmune Thyroid Patients

Abstract

Background: One of the most frequent autoimmune illnesses affecting the thyroid gland is immunological thyroid disease. Antibodies against the enzyme thyroglobulin and thyroid-stimulating hormone receptors are produced by the immune system. Hashimoto's disease and Graves' disease are the two primary forms of autoimmune diseases. Methods: 91 blood samples were taken, including 71 for thyroid disease patients and 20 for healthy persons as control samples, from both sexes and of various ages. The tests were performed using a variety of methodologies. Results: Some of autoantibodies were found in varying quantities in 44 individuals. While TPO antibodies were found in 75% of 33 individuals, Anti-TG Ab was found in 72.72% of the patients, 15.90% in seven patients, and anti-TSHR Ab and antinuclear antibodies were found in 22.72% of the patients compared to the control samples. Any type of autoantibody, as well as the results of hormonal testing, revealed disease in a variety of individuals at varying rates. Because the patients were on therapy, the highest rate was 59.09% for thyroid-stimulating hormones. Chemical analyses revealed a sugar and fat imbalance with no discernible link. Interleukin 4 was detected in 4 individuals (9.09%), including one patient with autoimmune hypothyroidism (2.27%) and three patients in C3 18 with immunological hyperthyroidism (6.82%). The findings revealed an increase in complement molecule concentration in 40.90% of patients, including 15 patients with autoimmune hypothyroidism (34.09%) and 3 patients with immune thyroid gland C3 hyperactivity (6.71%). The statistical study revealed a P < 0.01 level of significance correlation between the presence of sugar and triglycerides and the complement molecule. Interleukin 4 and antibodies to receptors have a substantial correlation at the P < 0.01TSHR Ab level TSH. Conclusions: The C3 gland patients for thyroid peroxidase had the largest amount of antibodies, lipids, and sugar, according to the study. Interleukin-4 occurred in certain individuals who had antibodies to thyroid-stimulating hormone receptors, according to the research.