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According to a statement of Gordon Moore computer performance doubles every 18 months. So it is not surprising that the "half-time" of modern computers is rapidly decreasing. Increasing demands of public health for radiology together with a rapid development of information technology and innovations result in a digital environment, where thorough guidance is necessary. This book is such a solid guidance for radiologists and other medical staff working in this field. The second edition has been brought up-to-date, revised and new aspects have been incorporated that focus on the synergy that results from the integration of digital systems used in radiology such as image fusion, "functional" imaging, electronic patient records and health networks, etc. It is intended for radiologists and all other physicians, as well as technicians, scientists, IT-experts, health care providers and health maintenance organisations. The IT-market now has changed so much that Integrated Health Care Enterprise becomes reality.
Table des matières
Outlook.- Outlook.- Basics of digital radiology.- "Are the new technologies robbing us of our human dignity?" About the new "sciences" within medicine.- Basics of computer technology and digital imaging.- The digital radiology in the digital hospital of the future.- Planning digital radiology: practical approaches.- Radiology information systems in the digital hospital.- Radiology information system and picture archiving and communication system: interfacing and integration.- Horizontal PACS deployment in an integrated system.- Hospital PACS as an agent of continuous change.- Large PACS projects.- A view to the past of the future - Digital (r)evolution at the Danube hospital.- Digital history of radiology.- Medical image archives.- Storage and networks.- Applications using new digital technologies.- Reporting from monitors.- Medical reporting using speech recognition - The KFJ solution (Kaiser Franz Josef Hospital, Vienna, Austria).- Physiological tests and functional diagnosis with digital methods.- eHealth: The economic perspective.- Image fusion.- Expanding the digital revolution to physical anthropology.- Metropolitan healthcare networking.- Teleconsultation in medicine and radiology - theory and legal aspects.- Application service providing (ASP) - a challenge for the future of medicine. An example: marc - major centre for digital image exchange.- Information Technology (IT) in radiology tele-consultation.- Multimodality registration in daily clinical practice.- Ten years experience with computer-assisted interventions from head to toe.- The therapeutic value of mapping and 3D modeling of cartilage lesions in the knee.- Experiences and future aspects of neuronavigation.- F-18-FDG PET in oncology.- Perfusion and spectroscopy in cerebral magneticresonance tomography (MRT).- Digital mammography.- New advances for imaging laryngo / trachealstenosis by post processing of spiral-CT data.- Current development and economic issues.- Flat panel detectors - closing the (digital) gap in chest and skeletal radiology.- Digital radiology and its cost-effectiveness? - Experiences and recommendations from Vienna's Donauspital (Danube hospital).- Investing in PACS using real option theory.- Process benchmarking in radiology.- Mobile IT adoption in the enterprise: 2004 update.- Epilogue.- Virtual reality - symbiosis of science and art.- Internet activism - Beyond Microsoft's walls.
Résumé
According to a statement of Gordon Moore computer performance doubles every 18 months. So it is not surprising that the "half-time” of modern computers is rapidly decreasing. Increasing demands of public health for radiology together with a rapid development of information technology and innovations result in a digital environment, where thorough guidance is necessary. This book is such a solid guidance for radiologists and other medical staff working in this field. The second edition has been brought up-to-date, revised and new aspects have been incorporated that focus on the synergy that results from the integration of digital systems used in radiology such as image fusion, "functional” imaging, electronic patient records and health networks, etc. It is intended for radiologists and all other physicians, as well as technicians, scientists, IT-experts, health care providers and health maintenance organisations. The IT-market now has changed so much that Integrated Health Care Enterprise becomes reality.
