41-50 items (total 701)
Published At December 26, 2024
KEIO TECHNO-MALL 2024 (The 25th KEIO TECHNO-MALL) Held
Faculty of Science and Technology/Graduate School of Science and Technology
Published At December 25, 2024
´ºÓêÖ±²¥app and Sumitomo Mitsui Banking Corporation Sign Agreement on Industry-Academia Collaboration and Support for Startup Creation
Public Relations Office
Updated At December 26, 2024
Seven Researchers from ´ºÓêÖ±²¥app Selected among the World's Most Influential Researchers (Highly Cited Researchers 2024)
Public Relations Office
Published At December 20, 2024
Development of a Method for Inducing Motor Neurons from Human iPS Cells and a Single-Cell Evaluation Method¡ªToward Elucidating the Pathophysiology of Sporadic ALS and Developing New Therapies
Public Relations Office
Published At December 16, 2024
Elucidating the Mechanism by Which Social Isolation Promotes Atherosclerosis¡ªNew Findings on the Health Benefits of Oxytocin Generated Through ¡°Bonds¡±¡ª
Public Relations Office
Published At December 16, 2024
Heart Failure with Preserved Ejection Fraction Ameliorated by Cardiac Direct Reprogramming¡ªSuccessful Development of a Novel Gene Therapy Targeting Cardiac Fibrosis in Heart Failure¡ª
Public Relations Office
Published At December 13, 2024
Utilizing Commercially Available Reagents: Development of a Simple Method for Conjugating Functional Molecules to the N-Terminus of Proteins¡ªExpected Applications in the Development of Biopharmaceuticals and Biomaterials¡ª
Public Relations Office
Published At December 13, 2024
New Model Developed to Elucidate Blood-Brain Barrier Breakdown in ALS Patients! - Hopes for the Development of New Therapies Targeting Completely Different Mechanisms -
Public Relations Office
Published At December 10, 2024
How to Maintain a Balanced Information Diet in a Digital Space Swirling with Vast Amounts of Information? - ´ºÓêÖ±²¥app X-Dignity Center to Hold International Symposium (12/21) -
Public Relations Office
Published At December 06, 2024
Development of a groundbreaking Raman microscopic imaging method for highly sensitive visualization of cellular senescence - A new label-free visualization method using denatured proteins as an indicator -
Public Relations Office