Thyroid Ultrasound

Thyroid ultrasound is an affordable and highly accurate diagnostic method that allows specialists to evaluate the structure and function of the thyroid gland and detect even the smallest abnormalities. It is one of the most informative methods for identifying thyroid nodules, cysts, inflammation and early-stage tumors. In our clinic, examinations are performed using next-generation ultrasound systems, which ensure excellent image quality and high diagnostic value.

What Thyroid Ultrasound Detects

  • changes in thyroid size and volume;
  • abnormal gland position and anatomical variations;
  • nodules, cysts, and other masses;
  • early-stage tumors;
  • lymph node enlargement;
  • inflammatory and autoimmune changes;
  • structural abnormalities of surrounding soft tissues.

Ultrasound is indispensable for monitoring thyroid diseases over time and evaluating treatment effectiveness.

Indications for Thyroid Ultrasound

  • a feeling of a lump in the throat;
  • discomfort or difficulty swallowing;
  • a palpable or visible neck mass;
  • persistent dry cough without cause;
  • sudden weight fluctuations;
  • shortness of breath;
  • hair loss, mood swings, anxiety or nervousness;
  • suspected thyroid nodules or tumors.

The examination is also recommended for patients at risk of thyroid disease as part of preventive health monitoring.

How the Procedure Is Performed

No special preparation is required. Patients with a sensitive gag reflex should avoid eating beforehand, as pressure from the probe on the neck may cause discomfort. This is rare, and the procedure is generally painless and quick.

The examination lasts 10–15 minutes. A detailed report is prepared immediately after scanning.

Book an Appointment

Fields marked with * are required

Book

Online booking is preliminary. We will contact you to clarify details and confirm the appointment.

Your personal data is fully protected and not shared with third parties. Contact information is needed only for feedback and appointment scheduling.