Keio University

Press Release

701-710 items (total 1560)
Published At March 25, 2022

Success in Fabricating Aluminum Superatom Substrates: Development of Novel Functional Nanostructured Substrates for Chemical Conversion and Sensors

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 17, 2022

Discovery of a Mechanism for Producing Electromotive Forces from Magnetic Materials via the Gyromagnetic Effect: Toward Applications of Spintronic Devices by Sound Waves

Published At March 15, 2022

Successful Creation of Aluminum Superatom-Modified Substrates: Development of Functional Substrates for Chemical Conversion, Sensors, and More Using Novel Nanostructures

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 11, 2022

High-Speed Silicon On-Chip Optical Switch Based on a Graphene Microheater: Applications Anticipated in Next-Generation High-Capacity Optical Communication Technologies, Optical Integrated Circuits, and Quantum Chips

Published At March 10, 2022

World's First Elucidation of the Magma Generation Mechanism of an Active Volcano in Myanmar- Findings Reveal It Is an Active Volcano with a High Probability of Future Eruptions -

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 09, 2022

Development of a Thermal Light Source That Directly Generates Polarized Light over a Broad Wavelength Band—Expected Applications in a Wide Range of Fields, Including Analysis, Sensing, and Optical Devices

Published At March 09, 2022

Discovery That Gut Bacteria Enhance Defense Against Oxidative Stress—Hopes for Drug Discovery and Food Development Utilizing Reactive Sulfur-Producing Bacteria That Suppress Oxidative Stress