251-260 items (total 701)
Published At September 11, 2023
First-Ever Establishment of a Method for the Social Implementation of Clinical Practice Guidelines—Hopes for Enabling Everyone to Receive Recommended Medical Care—
Public Relations Office
Published At September 07, 2023
Optimal Control × Air Traffic Control: An Environmentally Friendly Air Traffic Management Method
Public Relations Office
Published At September 07, 2023
Detecting Atrial Septal Defect from Electrocardiograms Using Artificial Intelligence—A New Diagnostic Approach for Undiagnosed Congenital Heart Disease
Public Relations Office
Published At September 01, 2023
A New Key to Alzheimer's Disease: Discovery of an Astrocyte Factor that Destroys Neural Connections—Toward the Realization of Tailor-Made Drug Discovery for Alzheimer's Disease Patients
Public Relations Office
Published At September 01, 2023
Elderly Individuals with High-Quality Primary Care More Likely to Receive Shingles Vaccine on Physician's Recommendation
Public Relations Office
Published At August 30, 2023
Development of a Mesoscale Computational Method for Proteins Diffusing in Cell Membranes Phase-Separated into Ordered and Disordered Phases—Elucidating the Mechanisms of Molecular Diffusion and Localization in Heterogeneous Fields
Public Relations Office
Published At August 28, 2023
Keio University to Hold "Experience Japan Exhibition 2023 | Tokyo Symposium: Unleash your Potential in Japan"(Date: September 1, 2023)
Public Relations Office
Published At August 28, 2023
Supple Mechanical Response of Randomly Stacked Cylindrical Shells: Material Design through Computer Graphics and Model Experiments
Public Relations Office
Published At August 17, 2023
Successfully Converting the Pro-tumorigenic Action of IL-6 into an Antitumorigenic One—Deletion of SOCS3 Enhances the Antitumor Activity of T-cells via IL-6
Public Relations Office
Published At August 17, 2023
Successful Measurement of the Flow Properties of Granular Materials in a Low-Gravity Environment- Hourglass Mission: An Experiment Simulating the Gravitational Environments of Various Celestial Bodies to Observe the Fall of Lunar and Planetary Sand -
Public Relations Office