Keio University

Press Release

31-40 items (total 1561)
Published At July 10, 2025

Reflecting on the 80 Years Since World War II at the Third Osaka Special Archive Exhibition (7/10―8/31) "Stories Told by Remnants: Keio and WWII―80 years after WWII, remnants of the time hold records and memories of war"

Published At July 09, 2025

Genetic Factors of BRCA2 and TP53 Genes Found to Be Involved in Some Cases of Early-Onset Lung Adenocarcinoma—Results from the First Large-Scale Genomic Analysis of Early-Onset Lung Adenocarcinoma in a Japanese Population—

Published At July 09, 2025

Combination of Fasting and Microbiota-Accessible Sugars Rapidly Reshapes Gut Environment—A Precise Dietary Intervention Strategy for Selectively Proliferating Specific Gut Bacteria

Published At July 08, 2025

Elucidating the Mechanism by Which Artificial Sweeteners Exacerbate Enteritis: Identifying a Novel Inflammatory Pathway Linking Gut Bacteria and Immune Cells

Published At July 07, 2025

Keio University's Graduate School of Media Design (KMD) Announces "KMD Forum 2025" with the Theme "PLUS+"—Now Accepting Sponsorship Applications

Published At July 02, 2025

Successful Development of AI to Automatically Determine Mouse Spermatogenesis Stages Leading to Pregnancy—Contributing to the Evaluation of Spermatogenesis Quality, a Cause of Infertility—

Published At July 02, 2025

Developing an App to Support the Daily Lives of Patients with Heart Failure– Confirming the Efficacy and Safety of an Exercise Support App Using Wearable Devices –

Published At June 30, 2025

The physics of popping: Building better jumping robots―Researchers in Japan unlock the secrets of shell-structure jumping

Published At June 25, 2025

Osaka Special Archive Exhibition III (July 10–August 31) Tracing 80 Years Since the War: "Keio University and the War: From Objects to People"—80 Years After the War: Records and Memories of War Passed Down from Surviving "Objects" to "People"—

Published At June 24, 2025

World's First! Successful Rapid Generation of Mouse Lung Cells via Direct Reprogramming—Hopes for New Stem Cell-Free Lung Regenerative Medicine—