A pioneering research group at the intersection of Artificial Intelligence, Bioinformatics, and Multi-Omics — illuminating the molecular hallmarks of aging and cancer.
Aging is not the last chapter, but an incredibly special time unlike any other.
— Arnold J. ToynbeeTwo principal investigators with complementary expertise in molecular genetics and biomedical informatics — united by a passion for decoding life at genomic scale.
Ph.D. Molecular Genetics & D.M.D., SNU · Former Postdoc, Harvard Medical School · Epigenetics & Skeletal Biology
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Ph.D. Biomedical Informatics, SNU · Multi-Omics, Deep Learning & AI-driven genomics for cancer and aging
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Spanning DNA, RNA, and Epigenome sequencing with single-cell resolution — powered by novel AI pipelines.
View Projects →From single-cell resolution to population-scale genomics — spanning the full spectrum of next-generation sequencing methodologies.
scRNA-seq, scATAC-seq, Spatial Transcriptomics — resolving cellular heterogeneity in cancer and aging at unprecedented resolution.
WGS, WXS, Target Panel, Bulk RNA-seq — uncovering population-level genomic landscapes across diverse disease contexts.
ATAC-seq, ChIP-seq, Hi-C — mapping chromatin accessibility and 3D genome architecture to regulatory gene programs.
GPU-accelerated machine learning and novel methodology development for clinical prediction and biomarker discovery.
We welcome collaborations with clinicians, experimental scientists, and computational researchers worldwide.