La télémédecine ou la e-santé regroupent un ensemble d’applications des technologies de l’information et de la communication, lesquelles sont traitées dans cet ouvrage en partant d’idées simples. Cet ouvrage place le patient au cœur du système. La santé est vue sous cet angle à travers la multitude des technologies disponibles actuellement. L’acceptabilité de ces technologies par le patient, l’aidant et le professionnel de soin devient alors un élément clé. L’auteur liste les différentes applications ainsi que les briques matérielles et logicielles indispensables à leur réalisation. Quelques éléments de prospective complètent les évolutions récentes, comme le partage entre l’hôpital et les nouveaux lieux de soins tel le domicile du patient. L’ouvrage analyse les contraintes liées à la mise en place de ces dispositifs, en particulier les normes et certifications nécessaires, puis il aborde les différentes formations mises en œuvre au service du déploiement de ces solutions.

This book provides an up to date user friendly resource on the emerging field of digital medicine and its present and potential future role in modern healthcare. Chapters are written by a specialist on each area in an easy to read format, which broadly covers the potential of digital medicine in epidemiology, precision medicine and surgery. Chapters focus on aspects of telemedicine, the applications of big data, artificial intelligence, blockchain, regenerative medicine, legal aspects and business models. Furthermore, guidance is given on medical ethics and how to manage doctor patient relationships in the modern age. Digital Medicine comprehensively reviews the emerging field of digital medicine in modern healthcare and is therefore a critical resource for physicians and medical trainees who are looking for comprehensive resource on digital medicine and its potential role in modern healthcare.

Telemedicine networks to support healthcare workers in resource-limited settings (often for humanitarian purposes) have evolved over the last decade or so in a largely autonomous way. Communication between them has been informal and relatively limited in scope. This situation could be improved by developing a comprehensive approach to the collection and dissemination of information. A recent review identified seven telemedicine networks, each of which had been in operation for at least five years and which provided store-and-forward telemedicine services to doctors in low- and middle-income countries. These networks provide clinically useful services and improved healthcare access. However, like much of telemedicine, the formal evidence for their cost-effectiveness remains weak. Topics of current research interest therefore include the cost-effectiveness of telemedicine in resource-limited settings. Outcomes data (and methods for gathering it) such as patient quality of life following a telemedicine episode, the knowledge-gain of healthcare staff involved in telemedicine, and staff recruitment and retention in rural areas are also of interest. Finally, there is little published information about the performance of these telemedicine networks (and methods for measuring it), about how best to manage them, and about how to share resources between them. A collection of articles reporting the current evidence supporting the use of telemedicine in resource-limited settings would build the evidence base and should provide a focus for future research. It would also serve to raise the profile of this potentially important research field.

Title page -- Preface: Prof. Dr. Herbert Burkert -- Preface: Prof. Dr. Heyo Eckel -- Table of Contents -- Executive Summary -- Zusammenfassung -- Resume -- Resumen -- Sammanfattning -- The Editors, Key Authors, and Experts -- 1. Digital Signatures and Encryption as Key Elements of Security in Health Telematics -- 2. Methodologies Used in the Legal Studies -- 3. Liability Reference Model -- 4. Strategic Reference Model -- 5. Specific Issues in Health Care -- 6. Outlook -- 7. Materials -- Index of Subjects and Names

This heavily revised second edition defines the current state of the art for informatics education in medicine and healthcare. This field has continued to undergo considerable changes as the field of informatics continues to evolve. The book features extensively revised chapters addressing the latest developments in areas including relevant informatics concepts for those who work in health information technology and those teaching informatics courses in clinical settings, techniques for teaching informatics with limited resources, and the use of online modalities in bioinformatics research education. New topics covered include how to get appropriate accreditation for an informatics program, data science and bioinformatics education, and undergraduate health informatics education. Informatics Education in Healthcare: Lessons Learned addresses the broad range of informatics education programs and available techniques for teaching informatics. It therefore provides a valuable reference for all involved in informatics education.