Lahore General Hospital to Introduce Advanced Non-Surgical Kidney Stone Treatment, offering patients a minimally invasive option that avoids traditional surgery. This innovative approach uses laser and endoscopic technology, ensuring faster recovery and minimal pain. The hospital’s urology department highlights this advancement as a milestone in Pakistan’s healthcare innovation.
The new technique, known as Retrograde Intrarenal Surgery (RIRS), allows patients to undergo kidney stone removal without incisions. It significantly reduces blood loss, lowers infection risk, and shortens hospital stays to under 24 hours. Experts say this procedure ensures patient safety and comfort while promoting a rapid return to daily life.
AMC Principal Prof. Dr. Muhammad Farooq Afzal announced the introduction of this advanced procedure during a recent workshop. The session, supervised by Dr. Kamran Zaidi and led by master trainers, provided hands-on urologist training. These workshops aim to enhance the skills of doctors in performing modern surgical techniques safely and efficiently.
Public-sector urology services in Pakistan are set to benefit greatly from this advancement. By adopting laser-assisted surgery and endoscopic kidney treatment, Lahore General Hospital strengthens its role as a leader in modern healthcare. Patients previously needing invasive surgery can now access safer, faster alternatives.
This kidney stone treatment advancement reflects broader efforts to modernize Pakistan’s medical infrastructure. The use of cutting-edge technology ensures that the urology department remains at the forefront of healthcare services. Officials emphasize ongoing training and supervision of doctors to maintain high standards of patient care.
Lahore General Hospital’s initiative demonstrates a major step forward in providing safe, efficient, and minimally invasive kidney treatments, benefiting both patients and medical professionals.
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Lahore General Hospital to Introduce Advanced Non-Surgical Kidney Stone Treatment with laser-assisted, minimally invasive technology for rapid recovery and safety.
