Pediatric robotic surgery is an advanced minimally invasive surgical technique that uses high-precision robotic arms controlled by a specialized surgeon. It provides 3D magnification and extreme precision for delicate reconstructions, particularly in pediatric urology.
It is used to correct congenital anatomical anomalies that require complex suturing, including:
The need for robotic reconstruction is usually identified during diagnostic scans:
Highly precise reconstruction of the obstructed pelvi-ureteric junction (PUJO) to restore normal kidney drainage.
Correction of Vesicoureteric Reflux (VUR) by re-routing the ureter into the bladder wall with a flap mechanism.
Selective removal of a non-functioning portion of a duplex kidney while preserving the healthy segment.
Pre-operative ultrasound and nuclear imaging to map out the exact urinary path and plan the port placements.
Under general anesthesia, 3-4 tiny ports are created. The surgeon sits at the console controlling microrobotic arms with 3D views.
Most children wake up pain-free due to localized blocks, resume a liquid diet in hours, and are discharged within 24-48 hours.
"Our son had a kidney blockage. Dr. Sujit performed robotic pyeloplasty. The recovery was incredibly fast, pain was minimal, and the scars are barely visible."
"Robotic ureteral reimplantation was done for our daughter's reflux. She was discharged within 48 hours and is doing great. Amazing technology and expertise."
"Dr. Sujit Chowdhary is a master of pediatric robotic surgery. His precision is unmatched, and his explanation of the procedure was very thorough."
"The precision in Dr. Chowdhary's surgery is incredible. His confidence gave us immense peace of mind during a very stressful time."
"We traveled from another city just for Dr. Chowdhary. His approach is very scientific and methodical yet very caring."
Robotic surgery in children offers unmatched precision, 3D visualization, and minimal trauma, allowing delicate repairs to heal rapidly.
Yes, robotic surgery is highly safe and precise, using specialized micro-instruments designed specifically for pediatric anatomy.
It offers 3D high-definition visualization, 360-degree instrument articulation, greater precision, smaller scars, and faster recovery.
Pyeloplasty for hydronephrosis, ureteral reimplantation for VUR, adrenalectomy, and choledochal cyst excision are commonly performed.
No, the surgeon is in complete control of the robotic arms at all times, translating their hand movements into precise micro-actions.
The incisions are keyhole-sized, typically ranging between 5mm to 8mm, resulting in minimal post-operative discomfort.
Most children can go home within 24 to 48 hours and return to light activities in a few days.
Most major health insurance policies cover robotic-assisted procedures in the same way they cover traditional laparoscopic surgeries.
Minimally invasive robotic surgery offers unmatched precision and rapid recovery. Schedule a consultation today.
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