Yohei Hayashi

This study uses patient-derived iPSCs to model VHLS-associated excessive vasculogenesis and identifies HNRNPC as a key factor in VHL-driven vascular lesions independent of HIF2A.

This paper develops a laser-based micropatterning method to create flexible, size-dependent neural structures from hiPSCs for tissue engineering and teratogenic testing.

This study develops a suspension culture method for hiPSCs using PKCβ and Wnt inhibitors to prevent spontaneous differentiation, enabling scalable and stable clinical-grade hiPSC production.

This study transplants human iPSC-derived pancreatic progenitors into Pdx1-deficient mice, extending their lifespan and demonstrating functional engraftment of human pancreatic cells.