A practical Claude Code guide for anyone learning to build with AI.
Amazon #1 New Release
AI for Disease Prediction & Early Diagnosis
Welcome to Dr. Jo's Medical AI Research Lab
Research Tools
AI platforms for Alzheimer's disease genomics and systematic review screening
DuAL-Net
Dual Approach Local-global Network
Hybrid framework combining local and global genomic features for AD prediction from WGS.
TrUE-Net
Transformer Uncertainty Ensemble
Uncertainty-aware genomic deep learning framework using transformer ensembles for AD classification.
SWAT-web
Sliding Window Association Test
Genome-wide sliding window association analysis of whole-genome sequencing data using deep learning.
ReviewFast
AI Screening for Systematic Reviews
Ranks search results against a review's eligibility criteria, then supports screening, stopping, and data extraction.
Latest Publications
Recent publications and preprints
-
2026
Label-free, Low-cost AI Ranking for Systematic Review Screening
Jo*, Lee, Lee 路 medRxiv (preprint)
-
2026
DuAL-Net: A Hybrid Deep Learning Framework for Alzheimer's Disease Prediction from Whole-Genome Sequencing
Lee & Jo* 路 Computational and Structural Biotechnology Journal
-
2025
Uncertainty-Aware Genomic Deep Learning Classification of Alzheimer's Disease
Jo* & Lee 路 Briefings in Bioinformatics
-
2025
Longitudinal Plasma Proteomics in Alzheimer's Disease
Lee, ..., Saykin*, Jo*, Nho* 路 Alzheimer's & Dementia
-
2025
LD-Informed Deep Learning for Alzheimer's Disease from Whole-Genome Sequencing
Jo*, Bice, Nho*, Saykin* 路 Alzheimer's & Dementia: TRCI
Research Areas
Core research themes of our lab
Genomics & AI
We combine large-scale genomic data with AI to identify genetic variants linked to Alzheimer's disease, helping identify individuals at higher risk more accurately.
Neuroimaging & AI
Combining brain imaging technologies like PET and MRI with AI to detect early changes in the brain associated with Alzheimer's before symptoms appear.
Metabolomics / Proteomics & AI
Analyzing metabolites and proteins in biological fluids to track biochemical changes as Alzheimer's progresses, predicting progression before cognitive decline begins.
Research Support
