✦ VUR Treatment

Robotic Reimplantation

Q: Is robotic reimplantation available everywhere?

Robotic reimplantation requires da Vinci facilities and specialised training; it is offered in centres with dedicated robotic paediatric or reconstructive urology programmes.

Q: Is robotic reimplantation as effective as open?

Success rates exceed 93%; in experienced robotic centres, outcomes are equivalent to open surgery with lower morbidity. Your consultant will provide specific guidance based on your individual clinical situation and recovery.

Q: How does robotic reimplantation benefit children specifically?

Children benefit from smaller incisions, less pain, and shorter hospital stay; the robotic precision is particularly valuable in the small paediatric pelvis.

Robotic-Assisted Precise Ureteric Reimplantation for VUR

120–180 min PROCEDURE

1–2 Days HOSPITAL STAY

>93% SUCCESS RATE

2–3 Weeks RECOVERY

What is Robotic Reimplantation?

Robotic Reimplantation for VUR combines the precision of robotic surgery with the intravesical or extravesical reimplantation technique. Using the da Vinci robotic system, the surgeon performs the anti-reflux tunnel construction under 3D magnified vision with wristed instruments in the confined pelvic and intravesical space. Robotic assistance significantly improves the precision and ergonomics of minimally invasive reimplantation, achieving success rates approaching open surgery. The procedure is performed under general or spinal anaesthesia with a hospital stay of 1–2 Days. Success rates reach >93% in appropriately selected patients at experienced centres.

Children and adults with VUR requiring minimally invasive reimplantation where robotic facilities are available and open surgery is not preferred. Patients must be adequately fit for anaesthesia and free from active systemic infection before proceeding.

How the Procedure Works

Port Placement & Docking

Robotic ports placed; da Vinci system docked.

Approach Selection

Intravesical or extravesical approach selected based on anatomy and VUR grade.

Ureteric Mobilisation

Ureteric orifice and detrusor muscle manipulated robotically under 3D magnification.

Anti-Reflux Tunnel Construction

Anti-reflux tunnel created with precision robotic suturing ensuring adequate tunnel length.

Stent & Closure

Ureteric stent placed; robot undocked; ports closed.

Outcomes

120–180 minDURATION

1–2 DaysHOSPITAL STAY

>93%SUCCESS RATE

2–3 WeeksFULL RECOVERY

Who Needs This Treatment?

→3D robotic magnification improves suture placement in the confined pelvic and intravesical space.
→Success rates approaching open reimplantation with minimally invasive approach.
→Shortest hospital stay of all reimplantation approaches.
→Reduced post-operative pain and haematuria compared to open surgery.
→Wristed instruments allow suturing angles impossible with standard laparoscopy.
→Suitable for complex anatomy where standard laparoscopy is technically demanding.

"Robotic reimplantation brings the accuracy of open surgery into a minimally invasive platform. The 3D vision and robotic dexterity translate into precise tunnel construction and excellent anti-reflux outcomes."

— — Dr. Vipin Reddy, Consultant Urologist, Andrologist & Renal Transplant Surgeon

Common Questions

Frequently Asked

Is robotic reimplantation available everywhere?+

Is robotic reimplantation as effective as open?+

How does robotic reimplantation benefit children specifically?+

Not sure which treatment is right for you?

Book a consultation with Dr. Vipin Reddy and get a personalised treatment plan.

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