Robotic technology is particularly valuable in urological reconstructive surgery, where delicate suturing and restoration of normal urinary drainage are essential. Apollo Adlux Hospital provides robotic-assisted reconstructive procedures for selected congenital and acquired abnormalities of the kidney, ureter and urinary tract.

Robotic Pyeloplasty

Robotic pyeloplasty is a reconstructive procedure used to treat ureteropelvic junction obstruction (UPJO), a condition in which urine cannot drain normally from the kidney into the ureter.

During surgery, the narrowed or obstructed segment is removed and the healthy ureter is reconnected to the renal pelvis to restore normal urine flow. Robotic-assisted surgery provides magnified visualisation and precise suturing capabilities, which can be particularly valuable for delicate urinary reconstruction.

Robotic pyeloplasty may be performed in selected adults and paediatric patients depending on age, anatomy, symptoms and the severity of obstruction.

Robotic Ureteric Reimplantation

Robotic ureteric reimplantation is performed to reconstruct or reposition the ureter where it enters the bladder. It may be recommended for ureteric strictures, injuries, reflux or other conditions that interfere with normal urine drainage.

The robotic platform allows surgeons to carefully mobilise the ureter and reconstruct its connection to the bladder through a minimally invasive approach. Depending on the location and length of the ureteric problem, additional reconstructive techniques may be used to achieve a tension-free repair.

The aim is to restore normal urinary drainage, protect kidney function and relieve symptoms associated with obstruction or reflux.

Robotic Kidney Transplantation

Robotic kidney transplantation is an advanced minimally invasive approach to renal transplantation in carefully selected recipients. Using robotic assistance, the transplanted kidney can be placed through a smaller incision while the vascular and urinary connections are performed with high surgical precision. The approach may be particularly beneficial in selected patients at increased risk of wound-related complications, including some patients with obesity. Smaller surgical access can potentially reduce wound morbidity while maintaining the essential principles of successful kidney transplantation.

Patient eligibility depends on multiple factors including vascular anatomy, previous abdominal surgery, body composition, donor kidney characteristics and overall medical condition. Each case requires detailed assessment by the multidisciplinary kidney transplant team.