The Right Trial, for the Right Patients
At the RECOVER-TLC workshop, we argued that health records and AI can test a treatment idea in weeks, before a trial enrolls its first patient
Led by Hossein Estiri, the Clinical Augmented Intelligence Group builds clinical AI that understands time, place, and the limits of its own data. Our research spans temporal phenotyping, agentic clinical AI, diagnostic data fidelity, and environmental health informatics.
At the RECOVER-TLC workshop, we argued that health records and AI can test a treatment idea in weeks, before a trial enrolls its first patient
ClaiD maps which conditions tend to follow which, and over what interval, across 300,000 patient records
A multi-agent system writes, tests, and revises its own prompts to detect 72 signs and symptoms in clinical notes
Pythia, the multi-agent prompt optimization engine behind our clinical symptom detection work, is now open source
Diagnostic codes capture fewer than half of Long COVID cases across 58 US hospitals
A NAM Perspective on what health systems give up when AI spending outruns the evidence
When AI Systems That Improve Themselves Make Themselves Worse
Coordinating federal broadband funding with clinical AI could extend care to the regions with the fewest physicians
Five AI Agents That Critique Each Other — And Outperform Human Prompt Engineering
Why AI Models Fail When They Leave Home—And How to Fix It
Why Medical AI Fails the Patients Who Need It Most—And How to Fix It
A Looming Threat to Medical Transparency
Boston, MA - September 20th, 2023
estimating and predicting the true severity of SARS-CoV-2
A data-centric approach AI/ML system that learns over time
a lab for CLinical Augmented Intelligence
Mining meaningful temporal representations from clinical data
story of how we find true moments of individual records from the EHR with tSPM
Research with national and international impact
Instrumenting Machine Learning Operations for Clinical Research
An objective framework for evaluating unrecognized bias in medical AI models
Introducing Generative Transfer Learning
A generative modeling approach for ML-based phenotyping with observational data
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