Related news: Research Center for Advanced manufacturing technologies and life innovation

Two-Photon Excitation Enables 3D Cell Guidance (Assoc. Prof. Kazutoshi Iizima, Research Center for Advanced manufacturing technologies and life innovation)

Research Findings Showcased at BioJapan and CEATEC

Small Molecules Mimic Oxytocin to Promote Hair Growth (Prof. Fukuda, Research Center for Advanced manufacturing technologies and life innovation)

A Roadmap for Better Models in AGA Drug Development (Prof. Fukuda, Research Center for Advanced manufacturing technologies and life innovation)

Exhibiting at University Fair: Innovation Japan (Prof. Maruo, Research Center for Advanced manufacturing technologies and life innovation) [in Japanese]

Highly Heat-Resistant Epoxy Resins for Next-Generation Devices (Prof. Oyama, Research Center for Advanced manufacturing technologies and life innovation)

Oxytocin in Hair Follicles Promotes Hair Growth and Stem Cells (Prof. Fukuda, Research Center for Advanced manufacturing technologies and life innovation)

Fully Recyclable 3D Printing Resin Solidified by Light and Reversible by Heat (Prof. Maruo, Research Center for Advanced manufacturing technologies and life innovation)

New Insights into Hair Follicle Stem Cell Heterogeneity (Prof. Fukuda, Research Center for Advanced manufacturing technologies and life innovation)

Selected for the Step-Up Course of the GTIE GAP Fund Program (Prof. Fukuda, Research Center for Advanced manufacturing technologies and life innovation)