Stroke
Stroke is a leading cause of death and disability worldwide, resulting from disrupted blood flow to the brain that deprives neurons of oxygen and nutrients. It can manifest as ischemic (clot-related) or hemorrhagic (bleeding) stroke, leading to loss of motor, sensory, and cognitive functions.
The Stroke session provides a comprehensive review of pathophysiology, diagnostics, and management strategies aimed at reducing mortality and improving recovery outcomes. Researchers discuss cellular cascades, reperfusion therapy, and the role of neuroplasticity in functional restoration.
At the Stroke Conference, neurologists, vascular surgeons, and rehabilitation specialists explore emerging therapies such as mechanical thrombectomy, neuroprotective drugs, and brain-computer-interface-assisted recovery. Discussions include stroke prevention, lifestyle risk management, and long-term community reintegration.
This session serves professionals across vascular neurology, emergency medicine, and rehabilitation. Attendees will gain updated perspectives on acute-care protocols, imaging innovation, and personalized post-stroke rehabilitation.
Recent advances in Neurovascular Disorders show that combining perfusion imaging with AI algorithms enables rapid triage and treatment decision-making in acute stroke care.
Key Focus and Research Themes
Cerebrovascular Mechanisms
- Ischemic cascade and blood–brain barrier disruption
- Neuroinflammation and oxidative stress post-stroke
Diagnostics and Imaging
- CT, MRI, and perfusion imaging for rapid localization
- AI-assisted diagnostics predicting functional outcomes
Acute Treatment Advances
- Intravenous thrombolysis and mechanical thrombectomy
- Neuroprotective agents minimizing cell death
Rehabilitation and Neuroplasticity
- Task-oriented and robotic rehabilitation methods
- Cortical stimulation enhancing motor relearning
Prevention and Public Health Strategies
- Lifestyle modification and hypertension control
- Global initiatives reducing stroke burden
Why Attend
Understand Mechanisms Driving Brain Injury
Gain insight into vascular events and cellular repair processes.
Explore Therapeutic Innovations
Learn how emerging drugs and AI tools improve stroke care.
Collaborate Across Clinical Disciplines
Network with leaders in neurology, rehab, and imaging science.
Advance Global Stroke Recovery Standards
Apply evidence-based approaches to reduce long-term disability.
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