This book examines how the digital revolution has reorganized the model of healthcare during the COVID-19 pandemic and argues for a continued paradigm shift to digital healthcare.

Katarzyna Kolasa sets the vision of healthcare 5.0 that relieves the burden on limited healthcare resources and creates better health outcomes by switching the focus from treatment to prediction and prevention. She advocates for a patient-centric ecosystem that empowers patients to take control of their health via new knowledge-based technologies such as next-generation sequencing (NGS), nanotechnology, artificial intelligence and digital therapeutics.

Highlighting the mindset shift needed to transform healthcare and outlining in detail a futuristic vision of healthcare 5.0, this book will be of interest to academics and professionals of health policy, health economics and digital health.

Table of Contents

1.The birth of the healthcare system. 2.Changes in the healthcare organization to prepare for the digital era. 3. How to change the mindset to embrace opportunities of the digital revolution in healthcare? 4.Are we ready for healthcare 5.0? 5.Case study. Concluding remarks

Many analysts around the world have found themselves in a situation of continuing (or even beginning) psychoanalytic treatment from a distance - either by telephone or other means of communication. No one has found the courage, however, to recognize this as a formal method, as Ricardo Carlino does in this brave, honest, and rigorous book. Freud's ingenious structure of the couch and chair was considered to be the only suitable format for more than one hundred years. Carlino's lucid book takes into account the changes that have taken place in our daily lives, as the result of the resounding technological changes that have influenced our means of communication. Carlino has had the courage to assimilate the changes that have come about in the modern world and argues that Freud's psychoanalytic method can continue to be applied in this new setting. The analytic system, with a patient freely associating his/her occurrences, together with an analyst who listens in silence and communicates his/her interpretation, has remained unaltered.

Pocket-sized and easy to use, Pocket Emergency Medicine, Fifth Edition, provides accurate, actionable, and up-to-date information essential to caring for patients in life-threatening situations. Edited by Drs. Richard D. Zane and Joshua M. Kosowsky, this handy, loose-leaf resource is designed to be used at the bedside by clinicians on the front lines of emergency care. A volume in the popular Pocket Notebook series, it organizes chapters by presenting condition and supports the thought processes needed to hone everyday diagnostic decision making. Offers easily accessible information on the entire field of emergency medicine-from history and physical exam to differential diagnosis testing to therapeutics to disposition-all in one easy-to-navigate notebook Follows the popular Pocket Notebook format, featuring bulleted lists, tables, diagrams, and algorithms that make essential facts easy to find and retain Features fully updated content throughout, including the latest research and best practices, as well as a new subsection on COVID-19 Covers all major organ systems, plus emergencies related to the environment, pediatrics, the psychiatric patient, toxicology, airway management, trauma, and more Contains useful quick-reference appendices on abbreviations, PALS, ICU medications, equations, and more Written by emergency medicine residents from the University of Colorado and Harvard Medical School, and edited by senior faculty

The E-Medicine, E-Health, M-Health, Telemedicine, and Telehealth Handbook provides extensive coverage of modern telecommunication in the medical industry, from sensors on and within the body to electronic medical records and beyond. Telemedicine and Electronic Medicine is the first volume of this handbook. Featuring chapters written by leading experts and researchers in their respective fields, this volume: Describes the integration of-and interactions between-modern eMedicine, telemedicine, eHealth, and telehealth practices Explains how medical information flows through wireless technologies and networks, emphasizing fast-deploying wireless body area networks Presents the latest developments in sensors, devices, and implantables, from medical sensors for mobile communication devices to drug-delivery systems Illustrates practical telemedicine applications in telecardiology, teleradiology, teledermatology, teleaudiology, teleoncology, acute care telemedicine, and more The E-Medicine, E-Health, M-Health, Telemedicine, and Telehealth Handbook bridges the gap between scientists, engineers, and medical professionals by creating synergy in the related fields of biomedical engineering, information and communication technology, business, and healthcare.

While conventional similar books focus on medical science and social aspects, this book emphasizes computing science and engineering design. This feature can help with both industry development and academic research. It book explains in detail both entire telehealthcare engineering system and individual hardware components. For example, it has circuit design details on ECG /EEG sensors. Highlighting basic principles and deep research development (R&D) details, the book focuses on two important design aspects: medical sensor design and medical signal processing. Their principles can be directly used for practical product design.

Many analysts around the world have found themselves in a situation of continuing (or even beginning) psychoanalytic treatment from a distance - either by telephone or other means of communication. No one has found the courage, however, to recognize this as a formal method, as Ricardo Carlino does in this brave, honest, and rigorous book. Freud's ingenious structure of the couch and chair was considered to be the only suitable format for more than one hundred years. Carlino's lucid book takes into account the changes that have taken place in our daily lives, as the result of the resounding technological changes that have influenced our means of communication. Carlino has had the courage to assimilate the changes that have come about in the modern world and argues that Freud's psychoanalytic method can continue to be applied in this new setting. The analytic system, with a patient freely associating his/her occurrences, together with an analyst who listens in silence and communicates his/her interpretation, has remained unaltered.

In Sight is a memoir about how a love of science and discovery drove Julia Levy, a celebrated scholar and biotech CEO, to work her way through gender bias in order to achieve academic and professional recognition. Her story traces the unconventional invention of a breakthrough drug treatment from its development from laboratory research to its application as a medical treatment for vision loss. Told from a female perspective, In Sight is a unique and personal story covering Levy's early years as a refugee, her university training in the UK, and her appointment as professor at the University of British Columbia. Years spent as an academic led the author to unexpected exposure to the biotechnology industry and a chance meeting with colleagues that led to the formation of a lucrative biotechnology company, known today as QLT Inc. The bulk of the book covers the years spent building the company, and Levy's surprising transition from chief scientific officer to CEO. In Sight is an honest description of the trials of drug development, the tensions inherent in the commercialization of health innovations, and the truly remarkable hurdles faced by women in the scientific community.

The concept of medical treatment from a distance (in absentia care) is actually quite ancient, dating back to tribal days where smoke signals were used to warn of serious disease in a community. Nowadays, telemedicine is used to facilitate treatment in rural areas, where the nearest doctor is miles away, through various forms of information technology, including videoconferencing and digital imaging. It can also be used to conveniently monitor chronically ill patients through electronic devices so that they can enjoy a better quality of life. But despite the strides that have been made in utilizing the telemedicine technology, there remain a number of limitations and weaknesses that must be overcome before this treatment paradigm can reach its full potential. In Mobile Telemedicine: A Computing and Network Perspective, noted computer scientists Yang Xiao and Hui Chen examine those computing and networking dilemmas arising from wireless and mobile telemedicine. Comprised of the contributions of many prominent international researchers, the book discusses the relative merits and limitations of the existing technology and sheds light on future developments. It begins with a discussion of patient care and monitoring through items such as personal alarm systems. It then reviews the current methods available to monitor cardiac and diabetic patients, analyzes the security and privacy considerations that arise with respect to the transmission of sensitive information, and examines issues relating to networking support. Finally, it concludes with a section on the opportunities and challenges faced by those involved at this intersection of healthcare and communications. By bridging the fields of medicine and information technology, this volume serves as a useful springboard for those pioneering IT researchers looking for a comprehensive reference. The book also provides information for those involved with either communications or healthcare who want to learn about the current state and potential use of this technology.

In today's changing medical climate, more physicians than ever before are incorporating telemedicine into their clinical practice. Teleneurology provides comprehensive, practical answers to the many questions clinicians have on implementing and growing a teleneurology practice. Covering everything from historical perspectives to future possibilities in this evolving field, it provides the information you need to successfully use this promising new option in providing optimal and adaptable patient care. Covers all aspects of practical implementation including technology requirements, legal requirements, and billing concerns. Provides a thorough discussion of how to perform a neurological exam via telemedicine, including links to view real-world examples and find updated regulatory information. Reviews teleneurological evaluation for various disorders including stroke, epilepsy, and movement disorders. Enhanced eBook version included with purchase. Your enhanced eBook allows you to access all of the text, figures, and references from the book on a variety of devices.

This issue of Critical Care Clinics, edited by Dr. Kianoush Kashani in collaboration with Consulting Editor Dr. John Kellum, is focused on Intensive Care Unit Telemedicine. Topics in this issue include: ICU telemedicine program administration: from start to full implementation; ICU telemedicine multidisciplinary care teams; ICU telemedicine technology; Impact of ICU telemedicine on outcomes; Quality assurance of ICU telemedicine; ICU telemedicine cost-effectiveness and financial analyses; ICU telemedicine care models; ICU telemedicine in the era of big data, artificial intelligence, and computer clinical decision support systems; ICU Telemedicine: Innovations and Limitations; ICU telemedicine: provider-patient satisfaction; and ICU telemedicine services beyond medical management: Tele-pharmacy, tele-procedure, tele-dialysis, tele-stroke: evidence, benefits, risks, and legal ramifications.

As online therapy becomes more mainstream, the importance of using a means of supervision which parallels this is increasingly being recognised by practitioners and the professional bodies. Very little has been written about this newly developing way of working, so this book is timely. Online Supervision: A Handbook for Practitioners covers a wide range of issues, from the practical aspects of how supervision happens, through research, legal and ethical issues to specific therapeutic settings and issues. Existing models of supervision are considered in the context of the online setting and new models which have been developed specifically for supervising online are explored. All chapters are authored by experienced online therapists and supervisors, who bring their considerable knowledge from their practice to illuminate this growing area of the profession. In many chapters, anonymised case examples illustrate the text, alongside reflective activities which readers can choose to undertake. While the book aims to develop the practice of online supervision of online therapists, it is recognised that there are circumstances which mean that some practitioners may choose to engage in online supervision of their face-to-face work. This is recognised and guidelines for offering and engaging in online supervision are discussed. Many practitioners begin to offer online supervision without specialised training and the final chapter centres on a discussion about the value and necessity of undertaking preparation for working in a new medium. Online Supervision: A Handbook for Practitioners will be highly readable and accessible to both experienced practitioners and newcomers to this field.

Telemental Health in Resource-Limited Global Settings is a collaborative edited book that aims to introduce the reader to experiences of using the technology in providing mental health care, education and Capacity building approaches in resource limited settings around the globe. The book includes experiences from Africa, India, the Middle East, and resource-limited communities in Australia and the USA. This book will enrich the reader's understanding of the state of TMH globally, and challenges facing this application.

Pervasive healthcare is an emerging research discipline, focusing on the development and application of pervasive and ubiquitous computing technology for healthcare and wellness. Pervasive healthcare seeks to respond to a variety of pressures on healthcare systems, including the increased incidence of life-style related and chronic diseases, emerging consumerism in healthcare, need for empowering patients and relatives for self-care and management of their health, and need to provide seamless access for healthcare services, independent of time and place. Pervasive healthcare may be defined from two perspectives. First, it is the development and application of pervasive computing (or ubiquitous computing, ambient intelligence) technologies for healthcare, health and wellness management. Second, it seeks to make healthcare available to anyone, anytime, and anywhere by removing locational, time and other restraints while increasing both the coverage and quality of healthcare. This book proposes to define the emerging area of pervasive health and introduce key management principles, most especially knowledge management, its tools, techniques and technologies. In addition, the book takes a socio-technical, patient-centric approach which serves to emphasize the importance of a key triumvirate in healthcare management namely, the focus on people, process and technology. Last but not least the book discusses in detail a specific example of pervasive health, namely the potential use of a wireless technology solution in the monitoring of diabetic patients.

With the exception of some additions in Section 3.1 and minor changes, the English edition of the "Medizinische Informatik" is a translation of the German edition. Because there is frequently no one-to-one correspondence between the Ger man and the English terminology, misinterpretations are possible. I have tried to avoid this situation as far as possible. The main problem re mains within the academic setting. In recent years, the term 1 for.atics has become popular in Europe, but is widely unknown in the United States. The field covers mostly what is understood as computer science and in formation science. The corresponding term medical inforaatics, now used in the name of international societies such as the "International Medical Informatics Association," covers "medical computer science," "medical information science," as well as "biomedical engineering" and has no de finite boundary to "biomathematics." The book has not been translated on a professional basis in order to keep my own style, although there has been assistance by Dr. S. Raymond, for which I am very grateful. Dipl.-Phys. N. Osada has been of great help both by proof-reading and by excellent support during preparation of the camera-ready manuscript. Further valuable advice has been given by: A.W. Pratt, M.D.; M. Ebstein, Ph.D.; M. Pacak, Ph.D.; G.S. Dunham; L.D. Nadel, Ph.D.; P.O. Miller."

The constantly evolving digital world must be used in the practice of medicine to improve the care of patients. However, the only way to do so effectively is via evidence-based, meaningful and strategic use. Empowering the Connected Physician in the E-Patient Era provides practical guidance in this mission and is thus essential reading for all health stakeholders looking into approaching this. Drawing on the author's research and consulting practice, as well as on the practical experience of managers in medium-large organizations worldwide, the book will provide a proven framework to improve the development and implementation of physicians' empowering digital programs in these organizations, a step-by-step guide for how companies can develop and implement programs aiming at empowering physicians while empowering patients. It is an engaging how-to/how-not-to book which will include tips, advice and critical reviews that every stakeholder must have in order to participate in the evolving healthcare system and be more active in making strategic patient-centered choices. This book will help healthcare organizations chart a course within this new territory and thereby improve their ability to engage with empowered patients.

About the Book The book provides details of applying intelligent mining techniques for extracting and pre-processing medical data from various sources, for application-based healthcare research. Moreover, different datasets are used, thereby exploring real-world case studies related to medical informatics. This book would provide insight to the learners about Machine Learning, Data Analytics, and Sustainable Computing. Salient Features of the Book Exhaustive coverage of Data Analysis using R Real-life healthcare models for: Visually Impaired Disease Diagnosis and Treatment options Applications of Big Data and Deep Learning in Healthcare Drug Discovery Complete guide to learn the knowledge discovery process, build versatile real life healthcare applications Compare and analyze recent healthcare technologies and trends Target Audience This book is mainly targeted at researchers, undergraduate, postgraduate students, academicians, and scholars working in the area of data science and its application to health sciences. Also, the book is beneficial for engineers who are engaged in developing actual healthcare solutions.

As telehealth and virtual instruction in schools become commonplace, occupational therapy practitioners have the opportunity to apply their flexibility, adaptability, and unique skill set to serve students in schools, regardless of physical location. This text, the first in a series on telehealth by AOTA, acknowledges that telehealth is a critical part of school-based occupational therapy. It equips practitioners to effectively bridge the digital divide, ensure equitable access to services, determine whether telehealth is an appropriate fit, and work with caregivers for the best possible outcomes. CHAPTERS INCLUDE Chapter 1. Equity Considerations for Telehealth in Schools Chapter 2. Best Practices in Providing Telehealth to Support Participation in School Chapter 3. Telehealth Evaluation and Assessment in Schools Chapter 4. Supporting Student Self-Regulation in Telehealth Chapter 5. Implementing Interventions in Schools Through Telehealth Chapter 6. Coaching and Supporting Caregivers via Telehealth Appendixes-Telehealth in Occupational Therapy; Guidelines for Occupational Therapy in Early Intervention; Legal, Ethical, and Procedural Considerations Case examples illustrate how to apply content in realistic scenarios. Practical and evidence based, practitioners can immediately integrate information into their occupational therapy practice to support students and participation in school.

A trip to the doctor is almost a guarantee of misery. You'll make an appointment months in advance. You'll probably wait for several hours until you hear "the doctor will see you now",but only for fifteen minutes! Then you'll wait even longer for lab tests, the results of which you'll likely never see, unless they indicate further (and more invasive) tests, most of which will probably prove unnecessary (much like physicals themselves). And your bill will be astronomical.In The Patient Will See You Now , Eric Topol, one of the nation's top physicians, shows why medicine does not have to be that way. Instead, you could use your smartphone to get rapid test results from one drop of blood, monitor your vital signs both day and night, and use an artificially intelligent algorithm to receive a diagnosis without having to see a doctor, all at a small fraction of the cost imposed by our modern healthcare system. The change is powered by what Topol calls medicine's "Gutenberg moment." Much as the printing press took learning out of the hands of a priestly class, the mobile internet is doing the same for medicine, giving us unprecedented control over our healthcare. With smartphones in hand, we are no longer beholden to an impersonal and paternalistic system in which "doctor knows best." Medicine has been digitized, Topol argues now it will be democratized. Computers will replace physicians for many diagnostic tasks, citizen science will give rise to citizen medicine, and enormous data sets will give us new means to attack conditions that have long been incurable. Massive, open, online medicine, where diagnostics are done by Facebook-like comparisons of medical profiles, will enable real-time, real-world research on massive populations. There's no doubt the path forward will be complicated: the medical establishment will resist these changes, and digitized medicine inevitably raises serious issues surrounding privacy. Nevertheless, the result,better, cheaper, and more human health care,will be worth it.Provocative and engrossing, The Patient Will See You Now is essential reading for anyone who thinks they deserve better health care. That is, for all of us.

Improving the quality of healthcare, while increasing accessibility and lowering costs, is a complex dilemma facing rural communities around the world. The Center for Rural Pennsylvania believed that telehealth, the use of electronic information and telecommunications technologies to support long-distance clinical healthcare was a viable solution so it recently provided grants to conduct a thorough investigation into the factors involved. Telehealth in Rural Hospitals: Lessons Learned from Pennsylvania reports the outcome of this year-long investigation. Illustrating telehealth implementations in rural settings, it supplies an overview of telehealth as well as an assessment of its economic impact. The book skillfully intertwines the research and academic aspects of telehealth with helpful insights from the author. One of the most important discoveries made by the author and her team of researchers is that all too often money is wasted by implementing telehealth for services that don't impact many people. This book shares valuable insights on using telehealth for integrative health practices that could improve the health of a greater portion of the population. This book illustrates how telehealth can, indeed, be the healthcare savior that some people believe it will be, but only under the right circumstances. It details exactly what those circumstances are so that everyone, including clinicians, patients, government entities, and vendors, can steer toward the best future path. The author identifies the obstacles preventing wider implementation of telehealth and explains how recent federal legislation will affect telehealth implementation in rural communities. She also points out the folly of developing electronic health records before federal data standards are put into place. The book concludes by detailing best practices and lessons learned for implementing a telehealth program in any state. It also outlines helpful recommendations for health systems providing healthcare services in rural communities.

Too often, healthcare workers are led to believe that medical informatics is a complex field that can only be mastered by teams of professional programmers. This is simply not the case. With just a few dozen simple algorithms, easily implemented with open source programming languages, you can fully utilize the medical information contained in clinical and research datasets. The common computational tasks of medical informatics are accessible to anyone willing to learn the basics. Methods in Medical Informatics: Fundamentals of Healthcare Programming in Perl, Python, and Ruby demonstrates that biomedical professionals with fundamental programming knowledge can master any kind of data collection. Providing you with access to data, nomenclatures, and programming scripts and languages that are all free and publicly available, this book - Describes the structure of data sources used, with instructions for downloading Includes a clearly written explanation of each algorithm Offers equivalent scripts in Perl, Python, and Ruby, for each algorithm Shows how to write short, quickly learned scripts, using a minimal selection of commands Teaches basic informatics methods for retrieving, organizing, merging, and analyzing data sources Provides case studies that detail the kinds of questions that biomedical scientists can ask and answer with public data and an open source programming language Requiring no more than a working knowledge of Perl, Python, or Ruby, Methods in Medical Informatics will have you writing powerful programs in just a few minutes. Within its chapters, you will find descriptions of the basic methods and implementations needed to complete many of the projects you will encounter in your biomedical career.

Adding to a growing body of knowledge about how the social-ecological dynamics of the Anthropocene affect human health, this collection presents strategies that both address core challenges, including climate change, stagnating economic growth, and rising socio-political instability, and offers novel frameworks for living well on a finite planet. Rather than directing readers to more sustainable ways to structure health systems, Health in the Anthropocene navigates the transition toward social-ecological systems that can support long-term human and environmental health, which requires broad shifts in thought and action, not only in formal health-related fields, but in our economic models, agriculture and food systems, ontologies, and ethics. Arguing that population health will largely be decided at the intersection of experimental social innovations and appropriate technologies, this volume calls readers to turn their attention toward social movements, practices, and ways of living that build resilience for an era of systemic change. Drawing on diverse disciplines and methodologies from fields including anthropology, ecological economics, sociology, and public health, Health in the Anthropocene maps out alternative pathways that have the potential to sustain human wellbeing and ecological integrity over the long term.

This book details the practice of telerheumatology. Telemedicine is defined as the delivery of healthcare and the exchange of healthcare information across distances. Following, telerheumatology is the delivery of rheumatology care through telemedicine. There exists an increasing demand from patients, caregivers, and healthcare systems for access to academic specialists through telemedicine. This has been the case for the past several years and the demand has only increased with the ongoing COVID-19 pandemic. There is currently a lack of rheumatologists in rural areas and that is expected to spread to a general lack by 2025. Telerheumatology offers an excellent and timely solution to fill these gaps and provide care. Telerheumatology care has been shown to be feasible and quite effective. The current COVID-19 pandemic has thrust the concept of telemedicine into the spotlight. However, not all telerheumatology care is the same and there exists many nuances and differences when examining telerheumatology care across the United States and the world. After comprehensively reviewing the origins of telerheumatology, this work defines in detail the current practice of telerheumatology, along with the specific impact of the COVID-19 pandemic and all applications of telerheumatology. Expert authors also provide a detailed roadmap for providers to initiate, sustain, and grow a telerheumatology program. The book concludes by covering future directions of telerheumatology, including areas for expansion, improvement, and innovation. After reading this work, the editor and all the contributing authors hope that it will inspire, provoke thought and discussion, and lead to increased adaptation of providing telerheumatology care by rheumatologists and rheumatology providers.

This book includes high-quality research on various aspects of intelligent interactive multimedia technologies in healthcare services. The topics covered in the book focus on state-of-the-art approaches, methodologies, and systems in the design, development, deployment, and innovative use of multimedia systems, tools, and technologies in healthcare. The volume provides insights into smart healthcare service demands. It presents all information about multimedia uses in e-healthcare applications. The book also includes case studies and self-assessment problems for readers and future researchers. This book proves to be a valuable resource to know how AI can be an alternative tool for automated and intelligent analytics for e-healthcare applications.

As the healthcare landscape evolves towards value-based treatment models, healthcare providers will be forced to find ways to deliver healthcare in a cost-effective, resource mindful way that provides good care, all the while maintaining appropriate patient satisfaction. Telemedicine offers a way to achieve this goal, in both rural and urban settings and with a varied and diverse patient population - not to mention during global health emergencies, where in-person visits and consultations are not ideal. This book will serve as an introduction to telemedicine and digital health for the orthopedic and sports medicine provider. It will provide a general overview of telemedicine as well as specific suggestions and recommendations: where and how to get started, how to implement a telemedicine program, how to do research in telemedicine, and how to develop clinical guidelines and best practices for work in telemedicine. Specific chapters cover important nuts-and-bolts topics like regulation and licensing, billing and coding, and ethics and etiquette. Suggestions and considerations for provider-to-provider, direct-to-consumer, and school-based telemedicine service are likewise presented. Finally, insights into global telemedicine implementation and research are detailed. While describing specific applications to orthopedic and sports medicine practices, Telemedicine in Orthopedic Surgery and Sports Medicine will cater to any clinician - from the individual solo practitioner to the C-suite level executive - who has a vision for implementation of telemedicine across an entire health system.

Patient empowerment is examined as a multi-dimensional factor influencing the use of diabetes self-management apps. The research design includes three studies conducted in Singapore. Study 1 examines how features of diabetes self-management apps correspond with theoretical indicators of empowerment, as well as app quality. Study 2 uses semi-structured face-to-face interviews with diabetes patients to draw first conclusions about the relevance of empowerment for diabetes app use. Study 3 includes an online patient survey, and uses cluster analytical methods to test the preliminary Study 2 results (typology of app use), as well as binary logistic regression to compare the strength of influence of various anteceding factors on the likelihood of diabetes app use. The studies show that especially the support by private social patient networks and the medical specialties of supervising physicians play a crucial role for technology-supported self-management.