321-330 items (total 704)
Published on April 03, 2023
Discovery that SARS-CoV-2 and its variants efficiently infect microglia, the brain's immune cells, without infecting neurons
Office of Communications and Public Relations
Published on April 03, 2023
Keio University's Faculty of Nursing and Medical Care and Fujisawa City Sign Agreement to Promote Community Health Activities
Office of Communications and Public Relations
Published on April 03, 2023
Controlling the Diradical Character of Charged π-Electron Systems through Ion Pair Formation—Promising for the Development of Electronic and Photofunctional Materials Using Electron Spins
Office of Communications and Public Relations
Published on March 30, 2023
A Computational Method for Evaluating the Frictional Properties of Various Lubricants—An approach combining molecular dynamics simulations and machine learning makes it possible to estimate frictional properties from molecular motion—
Office of Communications and Public Relations
Published on March 29, 2023
Olfactory Training Device "yokun" Wins Multiple International Design Awards—A KGRI and Keio SDM Joint Research Project
Office of Communications and Public Relations
Published on March 27, 2023
The Faculty of Policy Management Publishes the "Sogo Seisaku Gaku wo Hiraku" (Opening Up Policy Management) Series in Five Volumes
Office of Communications and Public Relations
Published on March 23, 2023
Elucidating the Exciton Multiplication Process that Dynamically Changes with Pressure—Achieving Hydrostatic Pressure Control of Intramolecular Singlet Fission
Office of Communications and Public Relations
Published on March 23, 2023
[Press Release and Video Release] Launch of the KGRI Centre for Strategy (March 1, 2023) and more
KGRI
Published on March 16, 2023
New Method Developed to Evaluate the Efficacy of Poorly Absorbed Antimicrobial Agents- Contributing to the Proper Use of Therapeutics for Clostridioides difficile Infection and Promoting the Development of New Treatments -
Office of Communications and Public Relations
Published on March 16, 2023
Proposal of a Bio-Inspired Molecular-Scale Water Transport Method: Toward the Construction of an Ultra-Low Energy Water Transport System
Office of Communications and Public Relations