Keio University

Press Release

131-140 items (total 1563)
Published on February 10, 2025

Keio Museum Commons Exhibition (March 17–May 16)The Century Akao Collection × Institute of Oriental Classics (Shido Bunko) Exhibition "Adventures of a Bibliophile Hunter: An Investigative Record of Materials Formerly in the Collection of Shigemi Komatsu I" Now Open—An Exhibition Delving into the All-Too-Unique Collection of the Founder of Paleography, Who Poured His Extraordinary Passion into Exploring the Culture of "Writing"—

Published on February 10, 2025

Discovery of a New Principle for Generating Magnetic Flow via Differential Rotation—Toward Applications in Spintronics Devices Using the Magneto-Rotational Effect

Published on February 07, 2025

Organized by the Keio University Art Center (KUAC)Art Archive Exhibition XXVII "Correspondence-Poem or Letters and Inspiration: Shuzo Takiguchi and Shusaku Arakawa/Madeline Gins" (March 17–May 30, 2025)

Published on February 06, 2025

Adjuvant Chemotherapy After Gastric Cancer Surgery Is Also Effective for Elderly Patients Over 75—Avoiding Postoperative Complications Remains a Challenge

Published on February 03, 2025

Inflammation from Periodontitis Promotes Aging and Leads to Damage in Various Organs—Suggesting the Importance of Comprehensive Care Through Collaboration Between Geriatric and Dental Medicine

Published on January 29, 2025

Keio Museum Commons New Exhibition Series: point of view ― Kazuo Okazaki (January 9 ― February 7)

Published on January 28, 2025

New Cancer Immunotherapy Formulation Developed Using Cell Membrane Vesicles

Published on January 23, 2025

Development of a Novel Antibody Purification Method Using Peptidomimetic Polymers—An Achievement That Will Lead to Reduced Purification Costs for Therapeutic Antibodies

Published on January 23, 2025

Simultaneous Observation of Cells Glowing in 20 Colors Now Possible! - New Method to Track Multiple Cellular Activities Paves the Way for Analyzing Cell Individuality -

Published on January 23, 2025

Bioluminescent cell imaging gets a glow-up― Researchers from Osaka University and Keio University develop a method to increase the number of bioluminescence colors for cell imaging, making it easier to track many targets simultaneously ―