21-30 items (total 704)
Published on June 10, 2025
The Mechanism Behind the Snap of a Jumping Toy—Applications for Next-Generation Soft Robot Technology
Office of Communications and Public Relations
Published on June 10, 2025
Collaboration between Nursing and Care Staff in Elderly Care Facilities is Key to Detecting Changes in Residents' Health Status—Interview Survey with Nurses Clarifies Specific Nursing Roles
Office of Communications and Public Relations
Published on June 09, 2025
Development of a New Nonlinear Raman Spectroscopy Method Using a Twin-Beam Light Source—Toward a Low-Cost, Compact, High-Resolution Raman Measurement Device—
Office of Communications and Public Relations
Published on June 04, 2025
Generation of Microgel Particles from an Ultra-High Viscosity Pre-gel Solution by Fusing Ultrasonic Irradiation Technology with Centrifugation
Office of Communications and Public Relations
Published on June 04, 2025
Launch of a Partner Robot to Work Alongside Healthcare Professionals—Keio University Hospital Begins Operation of an Automated Delivery Service Using Kawasaki Heavy Industries' Indoor Delivery Service Robot "FORRO"—
Office of Communications and Public Relations
Published on June 03, 2025
Discovery of Biomarkers for Atopic Dermatitis Symptoms and Treatment Response—New Indicators Found in Patient Skin Advance the Realization of Personalized Medicine—
Office of Communications and Public Relations
Published on May 28, 2025
Keio University Partners with the Kokushu Tech Innovation Promotion Organization to Develop an AI-Powered Sake and Food Pairing System—Creating New Value in Gastronomy Using Market Design
Office of Communications and Public Relations
Published on May 27, 2025
Preparing for an Era of 10 Million Dementia Patients. Alzheimer's Disease Risk in Japanese Individuals Can Now Be Predicted from Genetic Information. - Development of a Model to Accurately Predict Future Risk of Amyloid-β Accumulation in the Brain -
Office of Communications and Public Relations
Published on May 26, 2025
New Technology Developed to Generate Neurons from Blood Cells! Pioneering the Future of Drug Discovery and Regenerative Medicine—Successful Direct Conversion Achieved Through Partial Reprogramming Using the NEUROD1 Gene—
Office of Communications and Public Relations
Published on May 26, 2025
Molecular Classification of Nodal T-Follicular Helper Cell Lymphoma and Its Clinical Utility: Classification into Four Molecular Subtypes and Identification of a Poor-Prognosis Group with TP53 and CDKN2A Abnormalities
Office of Communications and Public Relations