Will your competent? doctor and hospital ensure research is completed that will have the healthier side take over the functions of the damaged side?
Pedro Bach-y-Rita fully recovered with only a partial brain then our stroke medical 'professionals' can duplicate that! Way back in 1958 so plenty of time to analyze and create 100% recovery protocols!
No knowledge and doing nothing ARE PURE INCOMPETENCE!Pedro Bach-y-Rita
(14 posts to May 2011)
Stroke Triggers Brain Rejuvenation in Healthy Regions, Study Finds
A new study published in The Lancet Digital Health has found that the brain doesn't just adapt around damage after a stroke - it appears to actively 'rejuvenate' healthy areas to compensate. Researchers at the USC Mark and Mary Stevens Neuroimaging and Informatics Institute analyzed brain scans from over 500 stroke survivors and found that larger strokes accelerate aging in the damaged hemisphere, while the opposite, undamaged side appears structurally 'younger.' This 'contralesional shift' suggests the brain is actively reorganizing itself to bolster healthy networks and take on lost functions.
Why it matters
This groundbreaking discovery could lead to more personalized rehabilitation strategies for stroke survivors by using brain age as a biomarker to predict recovery(WRONG, WRONG, WRONG! Survivors want recovery NOT predictions you blithering idiots!) potential and tailor treatments. The research also highlights the power of large-scale international collaboration and the role of AI in uncovering subtle patterns of neuroplasticity that were previously undetectable.
The details
The study utilized deep learning models trained on tens of thousands of MRI scans to estimate the 'brain age' of different regions in over 500 stroke survivors across eight countries. Researchers found that larger strokes accelerate aging in the damaged hemisphere, but paradoxically make the opposite, undamaged side of the brain appear structurally 'younger.' This 'youthfulness' is strongly correlated with the frontoparietal network, a crucial area for motor planning, attention, and coordination. The researchers call this phenomenon the 'contralesional shift,' suggesting the brain is actively reorganizing itself to bolster healthy networks and take on the functions lost due to injury.
- The study was published in The Lancet Digital Health on March 29, 2026.
The players
USC Mark and Mary Stevens Neuroimaging and Informatics Institute (Stevens INI)
A research institute at the University of Southern California focused on advancing neuroscience through innovative neuroimaging and informatics techniques.
Hosung Kim, PhD
Associate professor of research neurology at the Keck School of Medicine of USC and lead author of the study.
Arthur W. Toga, PhD
Director of the Stevens INI and co-author of the study.
ENIGMA Stroke Recovery Working Group
An international research collaboration focused on understanding the genetic and environmental factors influencing stroke recovery.
What they’re saying
“We found that larger strokes accelerate aging in the damaged hemisphere but paradoxically make the opposite side of the brain appear younger.”
— Hosung Kim, PhD, Associate professor of research neurology at the Keck School of Medicine of USC
“By pooling data...and applying cutting-edge AI, we can detect subtle patterns...These findings of regionally differential brain aging...could eventually guide personalized rehabilitation strategies.”
— Arthur W. Toga, PhD, Director of the Stevens INI
What’s next
The research team is now focused on longitudinal studies, tracking patients over time to understand how brain aging patterns evolve throughout the recovery process. This could lead to the development of biomarkers that predict an individual's potential for recovery and inform tailored treatment plans.
The takeaway
This study's findings of the brain's remarkable ability to 'rejuvenate' healthy regions after a stroke could pave the way for more personalized rehabilitation strategies and dramatically improve outcomes for stroke survivors. The power of large-scale international collaboration and AI-driven analysis has unlocked new insights into the brain's remarkable neuroplasticity.
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