Robotic Ureteral Reconstruction

Overview of Robotic Ureteral Reconstruction

Robotic ureteral reconstruction is an advanced surgical procedure used to repair or reconstruct a damaged ureter. This minimally-invasive approach utilizes robotic-assisted technology to enhance precision, reduce recovery time, and improve patient outcomes. Loyola Medicine’s expert urologists specialize in robotic ureteral reconstruction to help restore normal urinary function while minimizing discomfort.

Why Choose Loyola for Robotic Ureteral Reconstruction?

At Loyola Medicine, our experienced urology team is committed to providing high-quality, patient-centered care. Using state-of-the-art robotic technology, we ensure precise surgical outcomes and a smoother recovery process for individuals requiring ureteral reconstruction.

What to Expect with Robotic Ureteral Reconstruction

Patients undergoing robotic ureteral reconstruction can expect:

A detailed evaluation and imaging studies to assess the ureteral damage
General anesthesia for the procedure
Small incisions through which a robotic system assists the surgeon in performing the reconstruction
A hospital stay typically lasting 1-2 days and a faster recovery compared to open surgery, with most patients resuming normal activities within a few weeks

Side Effects of Robotic Ureteral Reconstruction

As with any surgical procedure, there are certain side effects. For many patients, these are minor, including:

Mild pain or discomfort at the incision sites
Temporary difficulty urinating
Swelling or inflammation around the surgical site
Possible short-term blood in the urine

Risks of Robotic Ureteral Reconstruction

While robotic ureteral reconstruction is an effective alternative when compared to traditional procedures. As with any procedure, there are potential risks. These can include:

Infection at the surgical site
Urinary leakage or fistula formation
Ureteral stricture recurrence requiring additional treatment
Injury to surrounding structures such as the bladder or intestines