Sign in

SKIMS holds hands-on simulation training programme in neurovascular care

This program aimed to bridge the gap between conventional training and the evolving demands of modern neurovascular care

Published on: Jul 21, 2025, 07:42:18 IST
By , Srinagar
Share
Share via
  • facebook
  • twitter
  • linkedin
  • whatsapp
Copy link
  • copy link

The Neurosciences department at Sher-i-Kashmir Institute of Medical Sciences (SKIMS), Soura, conducted a comprehensive simulation training programme in digital subtraction angiography (DSA) and neurovascular intervention held at the state-of-the-art Vet Lab, the training combined immersive hands-on simulation with expert-led academic sessions.

Participants engaged in modules covering theoretical foundations, simulation-based hands-on training, and interactive clinical discussions, the spokesperson said.
Participants engaged in modules covering theoretical foundations, simulation-based hands-on training, and interactive clinical discussions, the spokesperson said.

This program aimed to bridge the gap between conventional training and the evolving demands of modern neurovascular care. “The event underscored the critical importance of incorporating neurovascular intervention into the academic curriculum for neurosurgery, neurology, and interventional neuroradiology. As neurointervention rapidly advances, early exposure to such technologies and techniques is essential to ensure that clinicians remain competent and current in their practices,” the spokesman said, adding that renowned national faculty led the sessions, including Dr Trilochan Srivastava, professor and unit head of neurology, Swai Mann Singh Medical College, Jaipur, Dr Deepinder Singh, chairman of neurosurgery, SPS Apollo Hospital, Ludhiana, Director IISER Mohali ,Dr Sinha also graced the occasion.

“Participants engaged in modules covering theoretical foundations, simulation-based hands-on training, and interactive clinical discussions. Key themes included the principles of cerebral angiography, neuroanatomical variations, procedural planning, complication management, and strategies for developing dedicated neurointervention units,” the spokesman said.