The primary way to diagnose Hashimoto’s disease is through a blood test that looks for the presence of thyroid-stimulating hormone (TSH) or antibodies against thyroglobulin. Other tests that may be performed include an ultrasound and/or biopsy of the thyroid gland.  A TSH level that is higher than normal usually indicates the presence of Hashimoto’s disease. A typical range for a healthy person is between 0.3-4.0 mU/L, but levels above this may indicate thyroid dysfunction and the possibility of Hashimoto’s Disease.  An ultrasound can be used to detect if the thyroid gland is enlarged, which can indicate Hashimoto’s disease. It may also show if the thyroid has a nodule or cyst, which could also suggest the presence of Hashimoto’s. Additionally, an ultrasound can provide insight into how well the thyroid is functioning and/or whether there are any abnormalities in its structure.  A biopsy can be used to determine if Hashimoto’s disease is present by looking for antibodies against thyroglobulin. This test is usually done after other tests have been performed and further confirmation is needed. A biopsy may be recommended if a thyroid nodule or cyst is found on an ultrasound, but it will not confirm the presence of Hashimoto’s Disease.  At The Thyroid Place, we understand how difficult it can be to live with Hashimoto’s disease. We offer the latest technology and treatments so that our patients are able to manage their condition while living life as fully as possible. If you suspect you may have symptoms of Hashimoto's Disease or would like more information about testing and treatment options, don't hesitate to call us or book an appointment online today! Our team of experts is here for you every step of the way in your journey toward better health. For more information and guidance, contact us now or book an appointment today. We are located at 3101 Maguire Blvd Suite 101, Orlando FL 32803. We are serving clients from Orlando, FL, Winter Park FL, Fairview Shores FL, Edgewood FL, and surrounding areas!