Keio University

Press Release

861-870 items (total 1552)
Published on May 28, 2021

KGRI Launches "2040 Independence and Self-Respect Project": Aiming to Establish Global Standards for a Sustainable Super-Aging Society

Published on May 28, 2021

"Keio Object Hub," a Portal Site for Keio University's Cultural Collections, Begins Collaboration with "Japan Search"

Published on May 28, 2021

Discovery of a New Candidate Factor Associated with the Pathogenesis of Amyotrophic Lateral Sclerosis (ALS)—Toward Elucidating the Mechanism of Selective Motor Neuron Degeneration Using Patient-Derived iPS Cells—

Published on May 28, 2021

A Global Atlas of Urban Microbes and Antimicrobial Resistance Genes—Metagenomic Analysis of Approximately 5,000 Samples Collected from 60 Cities Worldwide

Published on May 28, 2021

KGRI Establishes the "Research Project Keio 2040" to Disseminate a Global Standard for Sustainable Aging Societies

Published on May 27, 2021

Establishment of a Large-Scale Genome Cohort of 366,000 People: Six Domestic Research Institutions Collaborate for the Early Realization of Personalized Medicine and Personalized Prevention—Mutual Utilization of Data to Contribute to the Early Realization of Next-Generation Medicine

Published on May 26, 2021

New Industry-Academia-Government Collaboration Project Launched to Connect Municipalities and Companies Through the 17 SDGs, Aiming to Solve Issues and Promote Regional Co-creation

Published on May 26, 2021

Research Results on Predicting the Performance of OLED Light-Emitting Materials Published in a Nature Journal—World's First Successful Calculation of the Excited State of OLED Light-Emitting Materials Using a Real Quantum Computer

Published on May 26, 2021

A Joint Paper on Prediction of Optical Properties of OLED Materials was Published in a Nature Research Journal -The World-First Calculation of the Excited States of OLED Materials on Quantum Computers-

Published on May 25, 2021

Violet Light Suppresses Myopia Progression via the Non-visual Photoreceptor OPN5—Elucidating the Function of the Photoreceptive Protein OPN5 and Its Potential as a Therapeutic Target for Myopia