Our Mission
We aim to accelerate neurological recovery after acute brain injury by developing innovative biomedical technologies and treatments that harness artificial intelligence.
Our Research
Critical Care Meets Neuroscience
We use big data analytics and massive physiology data to illuminate insights about coma recovery in cardiac arrest and trauma.
Our Research in Machine Learning
New Technologies to Cure Coma
We design, create, and deploy novel brain monitoring tools to enable ICU precision medicine in real time.
Our Coma Research
Advancing Neurological Care to All
We are committed to promoting state-of-the-art and equitable neurocritical care research that is inclusive of the diverse population we serve.
Join Us!

The Amorim Lab is focused on understanding human brain's physiology after acute injury using non-invasive and invasive brain monitoring methods. Our vision is that every patient with acute brain injury should receive personalized and humanized care throughout their journey to recovery. We are committed to bring precision medicine for patients with traumatic brain injury, cardiac arrest, stroke, epilepsy, and those at risk for neurological deterioration in the intensive care unit.

 

Coma Neuroscience

Learn more about how we are using continuous brain monitoring with EEG and quantitative imaging techniques to decode coma recovery

AI for Brain Data 

Learn more about how we are applying artificial intelligence  to uncover insights from massive EEG and electronic health care datasets

Advancing Epilepsy Treatment

Learn more about how we are using quantitative analysis of EEG data to individualize anti-seizure medication management for patients with refractory seizures (i.e. status epilepticus)

Traumatic Brain Injury

Learn more about how we are deploying brain-computer analytics for the early detection of seizures and spreading depolarizations