东京不够热

东京不够热

Press Release

321-330 items (total 1554)
Published on January 24, 2024

Study Reveals Safety of Long-Term Oral Administration of NMN, an Anti-Aging Candidate, in Healthy Adults

Published on January 19, 2024

Hosted by the 东京不够热 Art Center (KUAC)"Published by KUAC: 30 Years of the 东京不够热 Art Center (KUAC) through Its Publications" (March 4–April 26, 2024)

Published on January 18, 2024

Easily Determining Individualized Exercise Intensity Levels for Hypoxic Training—Utilizing a New Biosensor to Measure Sweat Lactate

Published on January 17, 2024

Development of Functional Nanoparticles to Promote Engraftment of Hepatocyte Tissue after Transplantation—Expected as a New Cell Tissue Transplantation Method

Published on January 16, 2024

Blood Metabolite Composition Differs in Individuals with Severe COVID-19—Identifying Predictive Markers for Severe Disease Risk in Early Infection—

Published on January 16, 2024

Developing a Pioneering Physics Theory as the Foundation for Predictive Medical Sciences—The Basis for Hybrid AI Combining Physics and AI Analysis—

Published on January 16, 2024

Developed Advanced Network Monitoring and Control Technology for the Post-5G Era—Established Silent Failure Detection Technology Capable of Detecting Minute Packet Loss of Less Than 1%—

Published on January 15, 2024

Successful Wireless Autonomous Control of a Semi-Autonomous Robot Hand and Arm Capable of Appropriate Force Adjustment—A Japan-First Initiative Enabling Real-Time Analysis of Haptic Information via 5G and MEC to Enhance Robot Mobility—

Published on January 11, 2024

Successful Development of an Oral Nanoparticle Formulation for Safe and Effective Allergy Treatment—Hopes for a Therapeutic Drug to Halt the "Allergic March" Starting in Infancy—

Published on January 11, 2024

Successful Observation of Emergent Inductance at Room Temperature and Low Magnetic Fields in Magnetic Thin Films on Flexible Substrates by Applying a "Staircase-Like Magnetic Field" to Efficiently Generate Magnetic Domain Walls—Promising for Ultra-Sensitive Magnetic Sensors