Impact of Heat Stress on Human Brain Physiology and the Implications for Mental Health
Dr Xiang Ren Tan (National University of Singapore)
The brain is particularly susceptible to heat stress. Research demonstrates that both the structure and function of the human brain can be compromised by exposure to elevated temperatures, associated with declines in physical performance, cognitive ability, and mental well-being – even a 1°C rise in ambient temperature has been linked to a greater likelihood of depression and anxiety.
This presentation reviews current evidence on the effects of heat stress on brain function, discusses proposed mechanisms of impairment, addresses the implications for mental health, and outlines potential strategies for enhancing heat resilience in a warming world.
Reimagining Cardiac Rehabilitation and Prevention:
Thinking Outside the Box
Thank you for making the SPCRS 2025 a success!
We couldn’t have done it without you!
To our distinguished speakers and abstract presenters, thank you for sharing your expertise, insights and groundbreaking work, which benefited all participants from the healthcare and allied health professions.
To our presentation judges, we are truly grateful for your thoughtful evaluations and dedication to upholding excellence in scientific exchange in a world shaped by complexity, rapid change and growing demands.
To our sponsors, your generous support made it possible to drive the next leap forward by bringing together a vibrant community of clinicians, researchers and innovators to exploring innovations relevant to preventive cardiology and cardiac rehabilitation.
And to all participants, thank you for your active participation. You inspired everyone at the SPCRS 2025 to rethink how we should deliver cardiovascular care in an ever-changing world.
SPCRS 2025 may have concluded, but the conversations and connections will go a long way to inspire innovation.
We look forward to seeing all of you again in 2027!