BACKGROUND: Urethral catheterization can often be technically demanding due to the presence of obstructing segments within the urethra. Conventional methods attempting to restore urethral patency often are unsuccessful and traumatize the urethral lumen. METHOD: We present an innovative technique by using a hydrophilic guidewire and a hydrophilic ureteral access sheath for the 'first-line' catheterization and management of 'difficult' urethral strictures. We used this technique in 10 extremely difficult cases of strictures present in all the urethral segments. RESULT: The dilation was successful and atraumatic in all the cases due to the hydrophilic nature of the access sheath. In all patients, larger sizes of urethral catheters were gradually inserted within the next couple of days. CONCLUSION: We propose 'access sheath'-assisted urethral dilatation as a safe and simple alternative for the 'first-line' catheterization and, possibly, management of 'difficult' urethral strictures.
BACKGROUND: Urethral catheterization can often be technically demanding due to the presence of obstructing segments within the urethra. Conventional methods attempting to restore urethral patency often are unsuccessful and traumatize the urethral lumen. METHOD: We present an innovative technique by using a hydrophilic guidewire and a hydrophilic ureteral access sheath for the 'first-line' catheterization and management of 'difficult' urethral strictures. We used this technique in 10 extremely difficult cases of strictures present in all the urethral segments. RESULT: The dilation was successful and atraumatic in all the cases due to the hydrophilic nature of the access sheath. In all patients, larger sizes of urethral catheters were gradually inserted within the next couple of days. CONCLUSION: We propose 'access sheath'-assisted urethral dilatation as a safe and simple alternative for the 'first-line' catheterization and, possibly, management of 'difficult' urethral strictures.