2025 Global Neuro Course—Neurotrauma and Neurocritical Care

2025 Global Neuro Course—Neurotrauma and Neurocritical Care is organized by Global Neuro and will be held on Mar 22, 2025 at Taipei, Taiwan.

Description:
The neurocritical care training course is a unique opportunity for you to learn from experts in the field and enhance your skills in the caring of neurocritical illness. The care of those patients must be known, including the pathophysiology for neurocritical care, cerebral multimodality monitoring, and surgical/medical interventions. First, the pathophysiology changes of the brain injury involve a complex interaction between different intracranial organs, such as brain parenchyma, vascular and cerebrospinal fluid, and processes a post-injured damaging pathway if not intervened. Second, the rigid cranium protects the brain like a black box; the cerebral parameters cannot be easily detected by medical personnel in the neurointensive care unit (NICU).  In recent years, cerebral multimodality monitoring can capture parameters in brain injury's multifaceted and dynamic nature. In addition, those parameters can guide us in the management of patients in NICU. Finally, different surgical/medical methods, such as intracranial pressure (ICP) monitor insertion, are essential in the emergency setting. Targeted temperature management (TTM) is important in the control of ICP or fever in the NICU.  This is the first time the neurotrauma and neurocritical care training course has been provided by the Taiwan Neurotrauma and Critical Care Society together with Global Neuro, giving you the privilege to learn from the best in the field. The agenda of the course includes all the above-mentioned information needed in the care of patients in the NICU. It is divided into 2 sessions : the content of the morning session consists of the pathophysiology for neurocritical care to organs-specific management, and the afternoon session is the hands-on session which provides attendees with the opportunity to learn the manipulation of TTM/ Hemodynamic/ Transcranial Doppler/ continuous EEG through interactive lectures.