Keio University

Press Release

61-70 items (total 1561)
Published At 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

Published At May 23, 2025

Fukuzawa Yukichi Memorial Keio History MuseumSpring 2025 Special Exhibition (June 19–August 30)Now Open: "Modernity and War for One Family: Yoshiharu, Tatsuo, and Ryoji Uehara and Their Family"

Published At May 22, 2025

Report on the World's Largest Butterfly Fossil from Approximately 2.5 Million Years Ago! - Specimen Discovered by a Local High School Teacher Identified as a New Species After 37 Years -

Published At May 21, 2025

Discovery of Similarities Between Prolonged "Long COVID" and Chronic Pain—Long COVID Symptoms Are Not Specific to SARS-CoV-2 Infection—

Published At May 20, 2025

Keio University and ABeam Consulting to Drive Social Transformation with "Force and Tactile Transmission Technology"—Accelerating the Demonstration and Business Development of Real Haptics Technology to Promote Solutions for Industrial and Public Sector Challenges

Published At May 20, 2025

Instantly Determine the Severity of Atopic Dermatitis with Smartphone Images and AI: Development of a Digital Biomarker to Assess Symptoms from Home—Published in the International Medical Journal Allergy—

Published At May 20, 2025

AI Tool Enables Real-World Assessment of Eczema Severity via Smartphone Photos

Published At May 19, 2025

Keio University Collaborates with KTIP to Develop an Auction System for AgedSakeUsing NFTs: Creating New Value forSakethrough the Fusion of Market Design and Fintech

Published At May 14, 2025

Keio University and Mitsubishi Chemical to Launch New Endowed Course in April 2025 to Create a Platform for Research and Human Resource Development for the Future Society—Theme: "New Social Systems and Science and Technology in the Society 5.0 Era"

Published At May 14, 2025

Discovery of Heat Shock Metabolites (HSMs) Produced by Actinomycetes: Elucidating a New Function that Stabilizes Cell Membranes and Enables Growth at High Temperatures