Übersetzung für "Biomedical imaging" in Deutsch

This process could be used in new biomedical analysis and imaging procedures.

Bio-Imaging Bio-Imaging techniques in Zurich range from non-invasive biomedical imaging to visualization of nano-molecules.

A flexible optical arrangement for different measurement tasks in biomedical imaging is thus provided.

Academic research areas will include computer-assisted medicine, the transformation of the world of work, and biomedical imaging procedures.

Tobias Schaeffter is Professor of Biomedical Imaging and a division head at the National Metrology Institute of Germany (PTB).

Biomedical imaging is a bridging strategy in the Cells-in-Motion Cluster of Excellence.

He was member of the Committee on the Mathematics and Physics of Emerging Dynamic Biomedical Imaging of the National Research Council of the USA.

The dissemination of results was coordinated by European Institute for Biomedical Imaging Research (EIBIR) .

The MOIN CC is operated by the Departments of Biomedical Imaging, Radiology and Neuroradiology at the University Medical Center Schleswig-Holstein (UKSH).

The presentations conveyed a broad overview of the latest, state-of-the-art techniques in biomedical imaging, quantum physics and bioengineering with a view to improving the understanding of biological systems or therapeutically influencing them.

Some areas of application in which a light source according to one or more of the described exemplary embodiments can be used are biomedical imaging, for example, in the fields of ophthalmology, cardiology, or gastroenterology, profilometry having sub-nanometer resolution in mechanical engineering, sensors, in particular the readout of fiber Bragg gratings, distributed temperature measurement, distributed strain measurement, in particular in the mechanical field, vector sonar, encryption of an optical communication line, or monitoring/management of telecommunication networks.

The scientists in the team of Prof. Franz Pfeiffer are particularly interested in developing new approaches for biomedical X-ray imaging and therapy – including X-ray phase-contrast imaging.

His main interests are biomedical imaging, including recording and reconstruction procedures within magnetic resonance imaging in order to measure the biophysical parameters that are used in the diagnosis and therapy monitoring of cardiovascular disease.

He has lived in Singapore since 1991, where he continues his work with Biomedical Imaging Lab, a research centre founded by ASTAR.

Review the chemical structures on the provided worksheet and assign each substance to the biomedical imaging technique(s).

The approach holds significant potential as a strategy for biomedical imaging of living subjects and shows promising diagnostic capabilities for future in vivo clinical studies.

In the Multiscale Imaging Centre (MIC) that is currently under construction, researchers will be bringing together a broad spectrum of biomedical imaging processes to be used in studying the behaviour of cells in organisms.

For example, research is supposed to be done in the areas of smart housing, smart cities, smart mobility, digital education, bioinformatics, personalized medicine, digital diagnostics or new methods in genome data analysis and biomedical imaging as well as semantic data intelligence, identity management, physical foundations of IT security, the Internet of Things and wearable technologies.

The primary pur pose of this system is to advance biomedical imaging techniques with highly brilliant X-rays and to produce proton and carbon beams from compact, laser-driven sources for tumour therapy.

The excitons are confined in all three spatial dimensions, lending to their optical and electrical properties that prove useful in biomedical imaging, as well as the possibility for use in electronic devices and solar energy systems.

The 3D printing of phantoms containing magnetic nanoparticles provides components with well-defined magnetic functions and geometries, and allows new procedures of biomedical imaging to be assessed and improved.

This feature makes the PixelCam especially useful for applications in biomedical imaging, process control and high-contrast security and surveillance environments.

The fundamental work of the institute in the modeling, the theoretical interpretation of models, and the development of numerical methods has a high practical relevance, e.g., for the development of litium-ion batteries or in biomedical imaging.

The programme’s content will include several areas of focus including biomedical imaging and engineering, medical informatics, personalised medicine, molecular health sciences, and genetics.