Technische Universität Dresden

🇩🇪Germany
Ownership
-
Employees
-
Market Cap
-
Website

Read Again: Expert Insights on Biomarker Potential

Experts debate biomarkers' potential at a health conference, with Manuel Marina Breysse, MD, and Łukasz Kołtowski, MD, discussing their clinical relevance and digitization. Despite challenges, digital biomarkers are advancing in specialties like radiology, potentially improving patient care and clinical trial recruitment.
rcrwireless.com
·

What is the Hexa-X II 6G flagship project?

Hexa-X II, led by Nokia, aims to evaluate 6G technology readiness, focusing on environmental sustainability, inclusion, and trustworthiness. The project includes 44 partners, such as Ericsson and Orange, to develop a pre-standardized 6G platform.
news.asu.edu
·

ASU researchers involved in scientific breakthrough unveiling method to distinguish 'mirror ...'

An international team, including researchers from ASU and UCLA, developed a new NMR technique to distinguish chiral molecules, potentially revolutionizing pharmaceuticals, electronics, and biological research. Published in Nature Communications, the study challenges the belief that NMR couldn't differentiate chiral molecules, revealing variations in nuclear spin coupling based on chirality. This breakthrough could lead to more accurate drug development and deeper insights into molecular behavior.

Expert Insights on Biomarker Potential

Experts discuss the potential of digital biomarkers at a health conference, with Manuel Marina Breysse, MD, and Łukasz Kołtowski, MD, highlighting their transformative capabilities and the challenges of clinical adoption. Jakob Nikolas Kather, MD, emphasizes the role of AI in improving image analysis reliability, while Berger discusses the future of patient monitoring with sensor-equipped blankets.
chemeurope.com
·

Breakthrough in hydrogen research: More efficient isotope separation in sight

Researchers from Leipzig University and TU Dresden have made a breakthrough in separating hydrogen isotopes (protium, deuterium, tritium) at room temperature, potentially reducing costs and energy consumption. Their findings, published in Chemical Science, detail the influence of framework environment on binding selectivity, enabling targeted optimization of materials for high selectivity. Funded by the German Research Foundation, the 1,2,3H Research Training Group aims to develop novel materials and more effective drugs through hydrogen isotope research.
© Copyright 2024. All Rights Reserved by MedPath