Urethrography
Urethrography is a radiographic examination of the urethra using a contrast agent. The procedure allows detection of urethral strictures (narrowings), ruptures, fistulas, tumors, and other pathologies of the urethra in both men and women.
When is urethrography indicated?
- In cases of difficult urination or weak urine stream.
- When urethral strictures (narrowing) are suspected.
- After urethral trauma to detect ruptures and injuries.
- In chronic inflammatory conditions (urethritis, urethral fistulas).
- In congenital anomalies of the urethra.
Types of urethrography
- Ascending (retrograde) urethrography – contrast medium is introduced through the external urethral opening and moves upward, allowing detailed assessment of the urethral lumen.
- Descending (voiding) urethrography – contrast enters the urethra from the urinary bladder during micturition, which helps identify functional disorders.
How is the procedure performed?
- Preparation – antiseptic cleansing of the urethral opening is performed; urine and blood tests may be required.
- Contrast administration – a radiopaque contrast agent is introduced into the urethra via a catheter.
- X-ray imaging – a series of radiographs is taken to evaluate the condition of the urethra.
- After the procedure – the patient is advised to drink plenty of fluids to facilitate elimination of the contrast agent.
Main advantages of urethrography
- High diagnostic accuracy for urethral diseases.
- Detection of abnormalities and pathologies not visible on ultrasound.
- Effective identification of traumatic and cicatricial (scar-related) changes.
- Minimally invasive – no surgical intervention is required.
- Rapid performance – the procedure usually takes no more than 20–30 minutes.
Why undergo urethrography in Belarus?
The procedure is performed in leading urological centers in Belarus using modern X-ray equipment and advanced contrast agents. Experienced specialists ensure high diagnostic accuracy, patient safety, and procedural comfort.
This text has been translated using machine translation technology (DeepL API) and may contain inaccuracies.