Center for iPS Cell Research and Application (CiRA)

Rethinking the governance of human embryo model research

Illuminating the Mechanics of Membrane-less Organelles

Decoding ALS-Associated Molecular Patterns from Peripheral Blood

Toward the Responsible Conduct of Human Fetal Tissue Research

Designing a Comprehensive Pipeline for CRISPR Safety Evaluation

Overcoming a Key Barrier to iPS Cell-Based T Cell Immunotherapy

Unlocking Durable Immunotherapy with Stem Cell-Derived CD4⁺ T Cells

Visualizing Early Myelin Formation Using a Nanofiber-Based Platform: A Human Cell-Based System as a Novel MPS (Microphysiological Systems) Tool

Unveiling a Core Stress Pathway Linking Repair, Aging, and Cancer

Uncovering a Translational Firewall That Maintains Adult Intestinal Stem Cell Identity

Engineering the Hindbrain in a Dish to Model Development and Disease

Illuminating the immunomodulatory potential of xeno‑free iPSC‑derived MSCs

A New Method to Achieve Precise Gene Editing in Embryos ― Reducing Variability through AI Prediction ―

Charting the path to human airway multiciliated cells

BIVID‑MaPPing hidden RNA-small molecule interactions

Unlocking the Antimicrobial Potential of iPSC‑Derived Platelets