ABUAD, ISN partner to boost neuroscience research in Africa
Summarized and contextualized by DistantNews.
At a glance
- Afe Babalola University and the International Society for Neurochemistry launched a program to enhance neuroscience research and train young scientists in Africa.
- The eight-day ISN-ABUAD Advanced School on Stroke Neurochemistry and Cerebrovascular Resilience brings together global experts and 30 early-career researchers.
- The initiative aims to equip African neuroscientists with advanced skills to address the rising burden of neurological disorders on the continent.
Afe Babalola University, Ado Ekiti, has partnered with the International Society for Neurochemistry to launch an initiative bolstering neuroscience research and training for young scientists across Africa. The collaboration centers on the ISN-ABUAD Advanced School on Stroke Neurochemistry and Cerebrovascular Resilience, an eight-day program designed to foster advanced knowledge and research skills among early-career neuroscientists.
This intensive program convenes 30 participants, including senior doctoral researchers and postdoctoral candidates from Nigeria and other African nations. They are receiving instruction from a diverse faculty of experts hailing from Africa, Europe, North America, and South America. Dr. Edem E. Edem, Director of the ISNโABUAD Advanced School 2026, emphasized the critical need for this capacity building. "Strengthening neuroscience capacity is essential in addressing the growing burden of neurological disorders across Africa and ensuring that young scientists are equipped to contribute meaningfully to global brain research," he stated.
Strengthening neuroscience capacity is essential in addressing the growing burden of neurological disorders across Africa and ensuring that young scientists are equipped to contribute meaningfully to global brain research.
The program's scientific sessions delve into key areas such as cerebrovascular neurochemistry, stroke mechanisms, glial biology, neurotransmitter regulation, and neuroimmune signaling. Participants are exploring the molecular and cellular processes underlying stroke development, progression, and recovery. The initiative also seeks to create sustainable opportunities for emerging African neuroscientists through mentorship, international collaboration, and exposure to modern research methodologies, aiming to make a significant contribution to global brain research.
to create sustainable opportunities for emerging African neuroscientists through mentorship, international collaboration and exposure to modern research approaches.
Originally published by The Punch. Summarized and contextualized by our editorial team with added local perspective. Read our editorial standards.