Center for iPS Cell Research and Application (CiRA)

Unlocking new regenerative pathways in iPS cell-derived epicardium for cardiac repair

Creating a more accurate model of inflammatory bowel disease

Creating a more accurate model of inflammatory bowel disease

Drug testing evolved

Drug testing evolved

Leveraging the power of iPS cell technology to study myeloid neoplasm

Mixing in the flow to build more realistic small intestinal tissues

Refining turbulent flow to scale up iPS cell-based platelet manufacturing

Refining turbulent flow to scale up iPS cell-based platelet manufacturing

Unraveling the Mystery of Atherosclerosis in Patients with Werner Syndrome

Unraveling the Mystery of Atherosclerosis in Patients with Werner Syndrome

Suppressing Graft-versus-host Disease Using Immunosuppressive iPS Cell-derived Regulatory T Cells

Suppressing Graft-versus-host Disease Using Immunosuppressive iPS Cell-derived Regulatory T Cells

Probing small molecule-RNA interactions by looking through the FOREST

Probing small molecule-RNA interactions by looking through the FOREST

Limiting certain light exposure has a potential to prevent inherited renal dystrophy

Limiting certain light exposure has a potential to prevent inherited renal dystrophy

Improving the Safety of iPS Cell-Derived Pancreatic Islets by Eliminating Unwanted Cells

Improving the Safety of iPS Cell-Derived Pancreatic Islets by Eliminating Unwanted Cells

Linking H1FOO to better iPS cell generation

Linking H1FOO to better iPS cell generation

Designing a novel substrate for myogenic differentiation from iPS cells

Elucidating pathogenic mechanisms underlying α-synucleinopathy-related dementia using patient iPSC-derived neurons

Elucidating pathogenic mechanisms underlying α-synucleinopathy-related dementia using patient iPSC-derived neurons

Optimizing differentiation protocols and experimental assays to study patient-specific astrocytes

Optimizing differentiation protocols and experimental assays to study patient-specific astrocytes

Predicting real-world SARS-CoV-2 evolution by monitoring mutations of viral isolates from an immunocompromised patient

Predicting real-world SARS-CoV-2 evolution by monitoring mutations of viral isolates from an immunocompromised patient