Keio University

Press Release

181-190 items (total 448)
Published At March 24, 2022

Mechanism of Hard Tooth Formation by Blood Vessels Uncovered—Hopes for Application in Regenerative Medicine for Teeth Lost to Cavities and Periodontal Disease—

Published At March 11, 2022

Development of an Organoid Culture Technology to Predict Drug Efficacy for Colorectal Cancer—Dramatically Improving the Culture Efficiency of Normal "Mini-Organs"

Published At March 09, 2022

Development of a Treatment for Drug-Induced Hearing Loss Using Human iPS Cell-Derived Inner Ear Organoids—Establishing a Highly Efficient Culture Method and the World's First Drug Efficacy Evaluation System Using Cochlear Ganglion-Like Cells

Published At March 03, 2022

World's First Successful Regeneration of a Partially Resected Kidney in a Pig's Body—Accelerating Research in Kidney Regenerative Medicine—

Published At February 24, 2022

Elucidating the Mechanism of Immune Responses that Exacerbate Infectious Diseases—A Clue for Developing New Therapies for Infectious Diseases—

Published At February 14, 2022

Elucidating the Unique Mechanism by Which Blood Vessels Promote Cancer Cell Metastasis—Hopes for the Development of New Anti-cancer Drugs to Suppress Metastasis—

Published At February 04, 2022

Confirming the Usefulness of Genome Analysis for Infants with Diseases of Unknown Etiology—Causes Identified in Approximately Half of 85 Infants Nationwide with Diagnostic Challenges—

Published At February 01, 2022

Changes in Reasons for Suicide During the COVID-19 Pandemic Revealed—A Time-Series Analysis of Suicide Research Using a Japanese Database—

Published At January 27, 2022

Keio University Hospital Begins Operation of "Expanded Cloud-Based Blood Glucose Management System" Through Cloud Collaboration with Medical Device Manufacturers for Remote Medical Care for Diabetes and Obesity—Consolidating Information from Various Manufacturers' Self-Monitoring Blood Glucose Meters

Published At January 21, 2022

Shedding Light on Challenges for DNA Vaccines and Other Therapies: Visualizing the Mechanism of Foreign DNA Uptake into the Nucleus in Living Cells