SGPGI Workshop Stresses Vital Role of ICP Monitoring in Head Injuries
SGPGI Workshop: ICP Monitoring Key for Head Injuries

Leading medical experts have underscored the growing significance of monitoring intracranial pressure (ICP) for patients suffering from severe head injuries. This crucial point was the central theme of a specialized workshop held at the Apex Trauma Centre of the Sanjay Gandhi Post Graduate Institute of Medical Sciences (SGPGI) on Sunday.

Expert Insights on Advanced Monitoring Techniques

The workshop featured Prof A K Jaiswal and Prof Arun Kumar Srivastava, who both emphasized the life-saving potential of rigorous ICP monitoring in modern trauma management. The event was further enriched by a guest lecture from Dr. Rathjit Mitra, who traveled from Kolkata to share his expertise.

Dr. Mitra provided a comprehensive overview of the different methods available for monitoring intracranial pressure. He detailed the specific benefits of each technique, explaining how they equip doctors with vital data to make informed decisions in critical care scenarios. This knowledge is paramount for stabilizing patients and preventing secondary brain damage.

A Collaborative Effort by Medical Professionals

The seminar saw active participation from a distinguished panel of doctors from other premier institutes. Notable speakers included Dr. Saumil Jaiswal, Dr. Ankur Bajaj, Dr. Sangam Yadav, and Dr. Disha Rani, representing both SGPGI and King George's Medical University (KGMU).

These medical professionals delivered talks on various key topics related to neurotrauma and intensive care, fostering a collaborative environment for knowledge exchange. The collective discussion reinforced that the adoption of advanced monitoring protocols, like ICP monitoring, is essential for improving survival rates and functional outcomes in head injury cases.

This workshop marks a significant step in advancing trauma care protocols in the region, ensuring that medical practitioners are equipped with the latest knowledge to handle critical neurological emergencies effectively.