Technology and Health Care

Journal: Technology and Health Care

Abbreviation

Technol. health care

Publisher

IOS Press

ISSN

0928-7329
1878-7401

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Publications1 - 10 of 20

Micro-compression
Müller, Ralph; Gerber, S.C.; Hayes, W.C. (1998)
Technology and Health Care
Implementing an interprofessional user-centered design approach to develop a bedside leg exercise device
Rostetter, Renzo; Jenni, Beatrice; Eggmann, Sabrina; et al. (2022)
Technology and Health Care
BACKGROUND: Early mobilization is important to improve critically ill patients' outcomes, but barriers to its implementation are common. A suitable in-bed device to exercise patients' legs might facilitate early mobilization.
Resolution dependency of microstructural properties of cancellous bone based on three-dimensional mu-tomography
Müller, Ralph; Koller, B.; Hildebrand, T.; et al. (1996)
Technology and Health Care
Hierarchy and inhomogeneity in the systematic structure of the mammalian myocardium
Lunkenheimer, Paul Peter; Niederer, Peter (2012)
Technology and Health Care
Evaluation of the mechanical properties of human liver and kidney through aspiration experiments
Nava, Alessandro; Mazza, Edoardo; Kleinermann, Frederic; et al. (2004)
Technology and Health Care
Collision handling of deformable anatomical models for real-time surgery simulation
Heidelberger, Bruno; Teschner, Matthias; Frauenfelder, Thomas; et al. (2004)
Technology and Health Care
Development of a model to mimic pleural space mechanics
Schmitt, K.-U.; Walti, M.; Schälli, O.; et al. (2013)
Technology and Health Care
Editorial
Niederer, Peter F. (2012)
Technology and Health Care
Reminiscences of the retiring (Co-)Editor-in-Chief
Niederer, Peter F. (2022)
Technology and Health Care
Magnetic resonance angiography: methods and its applications to the coronary arteries
Scheidegger, Markus B.; Müller, Ralph; Bösiger, Peter (1994)
Technology and Health Care
The non-invasive visualisation of the coronary arteries with magnetic resonance imaging would be a highly useful tool for the diagnosis of coronary artery disease, with a potential to partly replace current invasive imaging modalities, and would be a step towards more patient comfort. While magnetic resonance (MR) angiography of most larger blood vessels can nowadays be performed routinely, current techniques are inadequate to image the coronary arteries. This paper provides a short overview of the principal techniques for MR angiography. The combination of a multiple-slice MR angiography technique with a simple and easily performed breathhold scheme is described, which allows to image the main branches of the coronary artery tree within one scan of 9 to 12 min duration. For display the coronary vessels are segmented semi-automatically and reconstructed as 3D-objects. Results of volunteer scans and examinations of patients with known coronary artery disease show the feasibility of the approach. However, due to the need for a breathhold scheme, patient cooperation is required.

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Journal: Technology and Health Care

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