AI for Brain Health
"If there's one thing I've learned from my career as a Harvard Medical School professor, neuroscientist, and pharma advisor, it's that we've only scratched the surface of what's possible in protecting the brain.
We must use AI to rewrite that story.
If AI can't decode the brain's silent signals years before symptoms strike, it wasn't worth inventing. This is the lens I bring to my advisory work with companies across PD, AD, ALS, MS, Friedreich's ataxia, DMD, and stroke.
And every day, I keep learning something new."
Amir Lahav">
Brain Health
1. Brain Aging & Neurodegeneration
What if we could catch neurodegeneration years before symptoms appear, with wearables making brain monitoring as routine as heart rate tracking?
- Patient stratification for clinical trials
- Precision neuroimaging biomarkers
- Wearables and smartphone assessments for brain monitoring
2. Acute & Chronic Neurological Diseases
- What if we could forecast a seizure, a stroke, or a relapse before it happens?
- Stroke and TBI: AI imaging for rapid triage and treatment selection
- Concussion: digital objective assessment and recovery tracking
- Epilepsy: wearable-based seizure detection and medication optimization
3. Neuro-Sensing & Diagnostics
What if the devices around us, like our phones, wearables, and home sensors, could continuously track brain health, from early detection to measuring disease progression?
- Wearables: detecting gait and tremor changes as early biomarkers
- Digital phenotyping: sleep, voice, eye movement, facial expression, motor function, and cognition
- Validating digital biomarkers and endpoints for clinical use
4. Neuro-Therapeutics & Recovery
What if we could adapt therapy in real time, restoring movement, speech, and independence that neurological disease takes away?
- Digital therapeutics (DTx): personalized neurorehab to restore independence and quality of life
- Brain-computer interfaces (BCIs): regaining motor function, communication, and sensory input
- Neuromodulation: AI-optimized deep brain stimulation and closed-loop therapies
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