Surgeons in Spain successfully reconstructed a baby’s urinary tract using robot-assisted surgery, marking a breakthrough in neonatal care.
The pioneering operation was carried out at the Hospital Universitario 12 de Octubre in Madrid on a three-month-old baby with a PUJ obstruction.
The baby experienced no complications either during the procedure or in the immediate post-operative period and was able to leave the hospital just 48 hours later.
Specialists highlight that robot-assisted surgery can offer advantages in delicate procedures, such as an expanded three-dimensional view and greater movement precision, which improve the chances of success in complex reconstructive operations.
The child had suffered from a stricture between the kidney and the ureter (PUJ obstruction), which prevented urine from flowing normally to the bladder, progressively affecting kidney function.
During the operation, the surgeons removed the narrowed section and reconstructed the urinary tract (Pyeloplasty) to correctly restore normal urine flow.
The child is currently undergoing regular check-ups to monitor recovery.
Initial check-ups suggest that the obstruction has been corrected and that the kidney is functioning properly.
This type of surgery presents a significant technical challenge, particularly in such small patients.
As paediatric surgeon Daniel Cabezalí explained, operating on a three-month-old baby involves working in an extremely confined anatomical space, with organs measuring just a few centimetres.
In addition to surgical precision, these procedures require absolute coordination between all the professionals involved, from surgeons to anaesthetists and nursing staff, to ensure the patient’s maximum safety.
With this advancement, the 12 de Octubre Hospital consolidates its role as a national leader in complex paediatric surgery and in the development of robotic techniques for patients.
The centre has now performed more than 50 paediatric procedures using the Da Vinci system and continues to expand its use in younger and smaller children.
