TPE: finding the turning point in disease progression
Disease trajectories are not lines. They bend, and the bend is where the clinical meaning hides.
Disease trajectories are not lines. They bend, and the bend is where the clinical meaning hides.
I will remotely attend AAIC 2026 in London to present recent work in neuroimaging and machine learning for Alzheimer's disease.
A podium talk on a 2.5D deep learning classifier for PET tracer identification, and a poster introducing the tau therapeutic window as an eligibility criterion for anti-amyloid …
Deep learning identifies PET radiotracers directly from brain scans to improve quality control in multi-site studies.
MRI-based machine learning distinguishes multiple system atrophy subtypes from Parkinson's disease and quantifies disease heterogeneity.
THETA measures the spatial heterogeneity of tau PET signal in Alzheimer's disease using machine learning.