Information technology has dramatically changed our lives in areas ranging from commerce and entertainment to voting. Now, policy advocates and government officials hope to bring the benefits of enhanced information technology to health care. Already, consumers can access a tremendous amount of medical information online. Some physicians encourage patients to use email or web messaging to manage simple medical issues. Increasingly, health care products can be purchased electronically. Yet the promise of e-health remains largely unfulfilled. Digital Medicine investigates the factors limiting digital technology's ability to remake health care. It explores the political, social, and ethical challenges presented by online health care, as well as the impact that racial, ethnic, and other disparities are having on the e-health revolution. It examines the accessibility of health-related websites for different populations and asks how we can close access gaps and ensure the reliability and trustworthiness of the information presented online. Darrell West and Edward Miller use multiple sources, including original survey research and website analysis, to study the content, sponsorship status, and public usage of health care-related websites, as well as the relationship between e-health utilization and attitudes about health care in the United States. They also explore the use of health information technology in other countries. The result is an important contribution to our understanding of health information innovation in America and around the world.

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.

This book provides an introduction into the field of digital medicine, its wide spectrum of current clinical applications, and the future practice of medicine. With "digital health" and "digital medicine" at its core, it focuses on the combination of therapeutics with modern hard- and software solutions, including artificial intelligence and advanced diagnostic technologies such as augmented imaging and ingestible or wearable (nano)sensors, to provide best patient care. In the four parts of this book, experts in the field have authored use cases and guiding principles on the visualization of patient data analytics and clinical decision support tools, including robotic-guided interventions, as well as nursing research along with palliative and inpatient care. The book also provides examples of "digital medicine" from almost all clinical disciplines together with technical and e-learning solutions.

Technology is changing how we practice medicine. Sensors and wearables are getting smaller and cheaper, and algorithms are becoming powerful enough to predict medical outcomes. Yet despite rapid advances, healthcare lags behind other industries in truly putting these technologies to use. A major barrier is the cross-disciplinary approach required to create digital tools, a process that requires knowledge from many people across a range of fields. 'Fast Facts: Digital Medicine – Measurement' aims to overcome that barrier, introducing the reader to core concepts and terms and facilitating dialogue. Contrasting 'clinical research' with routine 'clinical care', this short colorful book describes types of digital measurement and how to use and validate digital measures in different settings. And with the burgeoning development of digital medicine tools, the authors provide a timely overview of the security, ethical, regulatory and legal issues to be considered before a product can enter the market. Table of Contents: • What is digital medicine? • Where does digital medicine fit? • Regulatory considerations • Ethical principles and our responsibilities • Ethics in practice • Security, data rights and governance • Digital biomarkers and clinical outcomes • Measurement in clinical trials • Verification and validation • The future of digital medicine

To improve efficiency and reduce administrative costs, healthcare providers, insurance companies, and governments are increasingly using integrated electronic health record (EHR) and picture archiving and communication systems (PACS) to manage patients' medical information. Reflecting the latest applications of PACS technology, PACS and Digital Med

Digital technologies shape the way in which individuals and health systems interact to promote health and treat illness. Their propensity to exacerbate inequalities is increasingly being highlighted as a concern for public health. Personal, contextual and technological factors all interact and determine uptake and consequent use of digital technologies for health. Digitalization and the introduction of telemedicine services have demonstrably improved equity in delivering health care services. Digital tech is making healthcare proactive as opposed to reactive, enlarging and enabling access to quality healthcare for communities that were traditionally underserved or marginalized and for home health care. In this scenario, there are still relevant ethical issues that need to be addressed in order to ensure an effective and efficient care in digital medicine. The Topic Editors are inviting papers on a range of research, practices, and educational topics regarding ethical issues particularly related to the experience of patients, front line healthcare professionals, and healthcare managers.

Digitization offers great potential – especially in medicine. Cross-domain and cross-institutional linkage, big data, artificial intelligence and robotics can all help to improve research and care, but they also pose new challenges to all those involved. This book presents the joint proceedings of the GMDS (German Medical Data Sciences) and TMF (its Technology, Methodology and Infrastructure platform), held entirely online from 26 – 30 September 2021 as a result of restrictions due to the Coronavirus pandemic. This joint event addresses the opportunities and risks of using new information technologies in medicine, as well as the resulting requirements for data protection, data security and ethics. Methodological challenges associated with the preparation, evaluation and interpretation of data volumes which constantly increase in type and scope in the course of digitization are also examined in detail. The 25 papers included here are divided into 5 sections: editorials; artificial intelligence and clinical decision support systems (CDSS); data integration and interoperability; human computer interaction; and software systems and frameworks, and the topics covered are very diverse, ranging from disease detection using retinal imaging, through data management and sharing, to interactive web applications. Providing an overview of regional research and developments in the field, the book will be of interest to all those working in health technology and medical informatics; researchers and practitioners alike.

On March 24, 2020, a 1-day public workshop titled The Role of Digital Health Technologies in Drug Development was convened by the National Academies of Sciences, Engineering, and Medicine. This workshop builds on prior efforts to explore how virtual clinical trials facilitated by digital health technologies (DHTs) might change the landscape of drug development. To explore the challenges and opportunities in using DHTs for improving the probability of success in drug R&D, enabling better patient care, and improving precision medicine, the workshop featured presentations and panel discussions on the integration of DHTs across all phases of drug development. Throughout the workshop, participants considered how DHTs could be applied to achieve the greatest impactâ€"and perhaps even change the face of how clinical trials are conductedâ€"in ways that are also ethical, equitable, safe, and effective. This publication summarizes the presentations and discussions from the workshop.

Digital Health: Telemedicine and Beyond describes practical ways to use digital health tools in clinical practice. With a strong focus on case studies and patient outcomes, this title provides an overview of digital medicine, terms, concepts, and applications for the multidisciplinary clinical practitioner. Chapters provide a concise, yet comprehensive understanding of digital health, including telemedicine, mHealth, EHRs, and the benefits and challenges of each. The book gives insights on risks and benefits associated with storing and transmitting patient information via digital tools and educates clinicians in the correct questions to ask for advocacy regarding state laws, scope of practice, and medicolegal implications. It also addresses the ethical and social challenges that digital health raises, how to engage patients to improve shared decision-making models and how digital health tools can be integrated into clinical practice. This book is a valuable resource for clinicians and medical educators of all health professions, including physicians, physician associates, nurses, pharmacists, physical therapists, occupational therapists, speech therapists, students, and all those who wish to broaden their knowledge in the allied field. - Provides a clinical perspective on digital health - Written by clinicians for clinicians with the patient in mind - Describes practical ways to use digital health tools in clinical practice - Includes case studies to incorporate workflows into practice to improve patient outcomes