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The use of new technology in prevention and treatment of psychiatric diseases - preliminary results
- A. Häussl, F. Fellendorf, E. Fleischmann, S. Guggemos, E. Schönthaler, T. Stross, I. Zwigl, D. Albert, J. Mosbacher, K. Stix, S. Draxler, G. Lodron, T. Orgel, M. Pszeida, S. Russegger, M. Schneeberger, M. Uray, W. Weiss, M. Fellner, T. Fruhmann, R. Hartmann, P. Hauptmann, R. Pfiszter, G. Pötz, U. Prattner, N. Saran, S. Spat, E. Zweytik, T. Lutz, S. Lindner-Rabl, R. Roller-Wirnsberger, S. Schüssler, J. Zuschnegg, K. Ceron, M. Danilov, C. Grossegger, M. Macher, O. Sokolov, S. Egger-Lampl, B. Roszipal, L. Paletta, M. Lenger, N. Dalkner, E. Reininghaus
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- Journal:
- European Psychiatry / Volume 66 / Issue S1 / March 2023
- Published online by Cambridge University Press:
- 19 July 2023, pp. S853-S854
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Introduction
The COVID-19 outbreak is a serious global public health issue with wide-ranging negative effects on people’s lives, which is reflected in steadily rising mental health problems. In order to appropriately respond to the increased occurrence of psychiatric illness, protect mental health and strengthen resilience it is necessary to include new technologies, such as extended reality (XR) or socially assistive robots (SAR) in not only psychiatric treatment but also in the prevention of psychiatric diseases. In this context, the use of new technologies offers innovative ways to strengthen resilience, self-efficacy and stress coping skills and plays an important role in improving psychological wellbeing.
ObjectivesPreliminary results from studies at the Clinical Department of Psychiatry and Psychotherapeutic Medicine in Graz, Austria, dealing with new technologies in psychiatry, show new options for psychiatric settings.
MethodsProject AMIGA: The aim of this study is to test the effectiveness of a cognitive training session, conducted with the SAR named Pepper. In this randomized controlled trial, the effectiveness of SAR on depressive symptoms and correlates is evaluated in a sample of 60 individuals with major depression. While the intervention group will receive cognitive training with the SAR Pepper, the control group will receive “treatment-as-usual” therapy with a common PC software. Participants will receive 30 minutes of training 2 times per week over a period of 3 weeks.
Project XRes4HEALTH: The aim of this study is to develop an XR resilience training to increase resilience and stress coping mechanisms in healthcare workers. A total of 40 people will be included. To test the effectiveness of the resilience training, 3 XR training sessions of 15 minutes each will be held. A pre-post measurement will test the effectiveness of the training on wellbeing and stress levels as well as the acceptance and satisfaction with the training.
Project AI-REFIT: The overall goal of this study is to explore key information to increase resilience in healthy individuals who are at increased risk for mental health problems. Through a usability study, the artificial intelligence-based prototype app of the resilience training will be tested for acceptance, usability, functionality, and efficiency. During the resilience training, participants are wearing a smartwatch which measures psychophysiological parameters. Conclusions about the success of the therapy can be drawn based on digital data acquisition.
ResultsNew technologies including XR and SAR support classical psychiatric treatment in the topics of resilience and cognitive training as an add-on therapy in times of reduced availability of healthcare workers.
ConclusionsThe rapid development of new technologies holds a lot of potential in the treatment of psychiatric disorders, which is why it is important to scientifically evaluate those innovative tools.
Disclosure of InterestNone Declared
X-rays in art and archaeology: An overview
- M. Schreiner, B. Frühmann, D. Jembrih-Simbürger, R. Linke
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- Journal:
- Powder Diffraction / Volume 19 / Issue 1 / March 2004
- Published online by Cambridge University Press:
- 06 March 2012, pp. 3-11
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An overview of the techniques used in art and archaeology is presented and the applicability of X-ray radiography, X-ray fluorescence (XRF), and X-ray diffraction analysis (XRD) as a tool for nondestructive investigations of objects of art and archaeology is discussed. X-ray radiography, for example, is a standard technique widely used and accepted by art historians, archaeologists, curators, and conservators as this method enables information about the manufacturing process and the condition of an object without “touching” the artifact. XRF and XRD enable a nondestructive determination of the material composition of artifacts and the determination of the crystalline structure of the components too. Air path systems and instruments with the micro-beam of X-ray and synchrotron radiation were applied for the analysis of easel paintings, pigments in paint layers, glass artifacts, and coins.
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