Offering significant benefits to both healthcare providers and patients, telehealth is a key component in the future of urology and patient care. Telehealth in Urology is a step-by-step, illustrated guide for clinicians who are beginning a telehealth offering or are interested in adopting new digital technologies-all specific and relevant to today's urology practice. It covers the key information you need to know-from necessary equipment to the practice team-with clear explanations of how you can best use telemedicine to provide timely, effective care to every patient. Explains how to establish and conduct telehealth consultations and describes the growing number of options in telehealth diagnostics, patient monitoring, and digital therapeutics. Offers practical examples of conducting telehealth visits for common adult and pediatric urological complaints, for both benign and malignant conditions. Guides readers step by step through the many practical challenges of telemedicine for clinicians, patients, and practices, and describes the opportunities that lay ahead for the field. Covers regulatory, compliance, and technical principles of telehealth devices and applications for use in urology, including key topics such as data protection, patient privacy, e-prescribing, remote diagnostics and monitoring, and much more.

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.

This book is a must-read guide for those entering the world of HealthTech startups. Author David Putrino, a veteran in the world of HealthTech and Telemedicine, details the roles, necessity, and values of key members of a typical HealthTech team, and helps readers understand the motivations and core priorities of all people involved. In ventures that typically depend upon effective communication between members from business, science, regulatory, and academic backgrounds, this book helps develop the core competencies that team members need to work harmoniously. Four detailed case studies are shared that exemplify the spectrum of HealthTech possibilities, including large corporations, tiny startups, elite athletes, and social good enterprises. Each case study shows how the success or failure of a project can hinge upon strong team dynamics, a deep understanding of the target population's needs and a strong awareness of each team member's long-term goals. This book is essential reading for entrepreneurs, scientists, clinicians, marketing and sales professionals, and all those looking to create new and previously unimagined possibilities for improving the lives of people everywhere.

This book explains how telemedicine can offer solutions capable of improving the care and survival rates of cancer patients and can also help patients to live a normal life in spite of their condition. Different fields of application - community, hospital and home based - are examined, and detailed attention is paid to the use of tele-oncology in rural/extreme rural settings and in developing countries. The impact of new technologies and the opportunities afforded by the social web are both discussed. The concluding chapters consider eLearning in relation to cancer care and assess the scope for education to improve prevention. No medical condition can shatter people's lives as cancer does today and the need to develop strategies to reduce the disease burden and improve quality of life is paramount. Readers will find this new volume in Springer's TELe Health series to be a rich source of information on the important contribution that can be made by telemedicine in achieving these goals.

The number of patients using social media and the number of applications and solutions used by medical professionals online have been sky-rocketing in the past few years, therefore the rational behind creating a well-designed, clear and tight handbook of practical examples and case studies with simple pieces of suggestions about different social media platforms is evident. While the number of e-patients is rising, the number of web-savvy doctors who can meet the expectations of these new generations of patients is not, this huge gap can only be closed by providing medical professionals with easily implementable, useful and primarily practical pieces of advice and suggestions about how they should use these tools or at least what they should know about these, so then when an e-patient has an internet-related question, they will know how to respond properly. As all medical professionals regardless of their medical specialties will meet e-patients, this issue with growing importance will affect every medical professionals which means there is a huge need for such a easily understandable handbook.

Comprehensively presents the foundations and leading application research in medical informatics/biomedicine.

The concepts and techniques are illustrated with detailed case studies.

Authors are widely recognized professors and researchers in Schools of Medicine and Information Systems from the University of Arizona, University of Washington, Columbia University, and Oregon Health & Science University.

Related Springer title, Shortliffe: Medical Informatics, has sold over 8000 copies

The title will be positioned at the upper division and graduate level Medical Informatics course and a reference work for practitioners in the field.

The development of new therapeutic strategies and the minimization of both direct and indirect costs represent crucial goals in the management of chronic diseases, particularly when these are characterized by a high degree of disability.

Chronic respiratory insufficiency (CRI) represents an example of a persistent disease worldwide, for which home management (i.e., daily nursing and treatment) was introduced more than two decades ago according to traditional operating protocols. "Home long-term oxygen treatment" (H-LTOT) was expected to produce significant clinical improvements, together with a substantial drop in CRI social costs (e.g., hospital admissions, number of exacerbations, pharmaceutical costs, and patienta (TM)s reduced productivity).

The present volume describes the evolution in the home management of severe CRI over the last two decades in Italy. It reviews a range of topics including the epidemiological aspects, complicating events, current systems for oxygen delivery with the most convenient interfaces, changing approaches to the patient--caregiver relationship, and the economic burden. Particular attention is paid to the new trends in telemedicine, which is regarded as the future step in respiratory medicine for home-assisted and home-ventilated patients. Data concerning the new role of nursing, the patienta (TM)s expectation of life, and the patienta (TM)s, family's, and doctora (TM)s perspective are also reported, together with an update on the economic impact of telemedicine and the continuing improvements in the quality of telematic H-OTLT.

Filling a gap in literature, this concise and practical book presents the principles of virtual orthopedic assessment and shares insights into the use of technology for distance patient-physician communication. Offering expert know-how and best practices, it equips readers with essential information on how to best remotely manage the diagnosis, treatment and follow-up of patients.The book starts by defining telemedicine and presenting the basic requirements. The following chapters each focus on a specific joint or compartment, highlighting its peculiarities in terms of remote clinical assessment, and also discussing data security, patient confidentiality and consent as well as medico-legal issues. Moreover, the book features a dedicated chapter that analyzes specific issues related to remote assessment in children, older patients, noncompliant patients, and patients with pain. Covering all the basic and practical aspects of this emerging field, this book is a must-read for orthopedists and other professionals, such as general practitioners and physiotherapists, wanting to gain insights into remote orthopedic patient care.

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 describes in detail the potential role of ICT and electronic systems, together with the application of Web 2.0 technologies, in telepediatrics and child health. Rather than simply proposing engineering solutions that may soon become outdated, it is designed to address those real needs that telemedicine and developers are asked to meet. The orientation of the book is very much toward primary care and both low and high-income settings as well as extreme or complex scenarios are considered. The first two sections of the book describe different fields of application, such as the community, the hospital and children with chronic illnesses or special needs, and examine technical issues. The use of telemedicine in delivery of care in extreme rural settings and developing countries is then discussed, with attention also to major emergencies and humanitarian crises. The closing chapters consider the role of modern technologies in the education of caregivers who work with children.

Child health is a crucial issue in both industrialized and developing countries. "Telemedicine for Children s Health" will be an excellent guide to the potential value of telemedicine devices in reducing the burden for children and parents and in offering quick and concrete solutions in low-resource scenarios."

The Covid 19 pandemic took the world by surprise. Even those advanced countries with a well-established healthcare infrastructure were caught out by the speed that the virus spread and took hold. As a new virus, very little was known about its properties, how it was spread, and the short and long-term effects on health. The death toll was growing fast. The world needed answers, and fast. What was clear from the beginning was that existing healthcare structures were not adequate to manage the situation. Every country reacted in different ways. In Pakistan, The Punjab Government deployed "Smart Lockdown" as a policy to limit the Corona epidemic in March 2020. The essential services of the Patient-Doctor physical visit posed the risk of spreading the Corona epidemic. However, in addition to the growing numbers was a real danger that people rushing to the medical facilities (Hospital and Family Doctors) to obtain advice for suspected Corona virus symptoms, could have flooded the Government hospitals and private clinics. No matter what the crisis, in the moment of most need a solution presented itself. This is the story of what happened.

Now in it's 5th edition, this powerful decision-support tool will guide triagers thorough each call with the same step-by-step checklist organization and ease-of-use features as its companion resource, Pediatric Telephone Protocols. This comprehensive resource includes protocols that cover 95% of the most common adult complaints. Look here for triage guidelines ranging from everyday problems such as back pain, insect bites, and sunburn to more serious conditions such as breathing difficulty, seizures, and wound care. KEY FEATURES Completely updated and revised 6 new protocols-Anxiety and Panic Attack, Breast Symptoms, Coronavirus (COVID-19), Flank Pain, Hip Pain, and Shoulder Pain Triage guidance updated to include video visit options

Telehealth is a valuable tool for the profession of pharmacy to extend its reach to patients for the provision of medication management and complex patient care. Telehealth services have grown significantly over recent years and have been leveraged expressly during the COVID-19 global pandemic. These services have the potential to improve patient access to care, cost efficiencies, and quality while meeting consumer demand.. This title will serve as a guide to pharmacists who are beginning to implement telehealth services, and will also serve as a valuable resource to those with existing services by providing insight on best practices and revenue opportunities.

Telebehavioral Health: Foundations in Theory and Practice for Graduate Learners provides readers with a comprehensive overview of telebehavioral health, including definitions and concepts, the benefits and barriers associated with practice, and an interprofessional framework for telebehavioral health competencies. The competencies outlined help readers develop an engaged, ethical, and effective telebehavioral health practice. The book discusses and provides examples of the knowledge, skills, and attitudes involved in the seven telebehavioral health competency domains. The chapters include differentiated content for novice, proficient, and authority practitioners throughout, allowing readers to adjust their exposure, in terms of depth and breadth, to each topical area. The text provides an overview of the characteristics and practices unique to telebehavioral health treatment, guidance for competent evaluation and care, review of legal and regulatory issues related to the use of technology, valuable insight for telepractice development, and more. Designed to help practitioners thoughtfully consider the use of technology to support optimal therapeutic experiences for their patients, Telebehavioral Health is an ideal text for students within the discipline. It can also serve as a beneficial reference for novice and seasoned practitioners.

Video Protocols and Techniques for Movement Disorders presents this visually-based subspecialty through a truly unique product, illustrating how to establish a start-of-the-art videotaping workspace as well as how to instruct patients on how to participate in videotaped examination. The authors cover various technical issues-space, lighting, equipment-as well as medical protocols related to filming movement disorders, accounting for patient variability and abilities. This essential guide teaches the reader how to capture the key features of a given patient's disorder, detailing the ideal interactions between the videographer and patient. Issues of video storage and editing are addressed in practical terms. Your purchase of Video Protocols and Techniques for Movement Disorders provides you personal access to this online-only product as part of Oxford Medicine Online (www.oxfordmedicine.com http://www.oxfordmedicine.com). At the time of this printing, Oxford Medicine Online allows you to print, save, cite, email, and share content; download high-resolution figures as PowerPoint (R) slides; save often-used books, chapters, or searches; annotate; and quickly jump to other chapters or related material on a mobile-optimized platform. Oxford Medicine Online's applicable Privacy Policy and Legal Notice (available at www.oxfordmedicine.com) shall govern your use of the site. Technical Requirements In order to access Video Protocols and Techniques for Movement Disorders as part of the Oxford Medicine Online website, you need a standard web browser such as: Internet Explorer 9; Mozilla Firefox 9; Safari 5; Google Chrome 17 or 18. You will also need an internet connection, HTML and JavaScript support. Your operating system should be one of the following: Windows XP; Windows Vista; Windows 7; MAC OSX+. You will also need MS Office installed on your computer to be able to open images in PowerPoint files. The Oxford Medicine Online products are best viewed with a screen resolution of 1024x768, although they will also work at higher and lower resolutions. Please note that some tables are wide and so require 1024x768 screen resolution.

While the history of telemedicine dates back to the invention of the telephone about a hundred and fifty years ago where medical consultations were provided by physicians over the telephone, breakthrough technological advancements over the past couple of decades brought medical care to nearly all corners of the world. Considering the impact on the medical care sector, telemedicine has become a growing interdisciplinary field, which will undoubtedly be able to improve access to affordable health care and bypass space and time barriers. However, successful deployment of this vision is not only determined by innovative telemedicine applications but also on continuous technology support. Moreover, in practice, new social, economic, and political challenges are continuously emerging, which require serious attention. This book, organised into ten chapters, reviews the emerging technologies, applications, and current trends in telemedicine. Moreover, it introduces new research findings, case studies, and continental experiences in this exciting field. The book is primarily intended for readers ranging from health management professionals, medical doctors, nurses, biomedical engineers, to scientists in areas of research and development, as well as university professors. Moreover, the book potentially serves as a reference for graduate students working on relevant telemedicine topics.

This book represents the most current development on the expanding and changing field of telemedicine and e-health, especially in the developing countries. Many things have changed since the publication of the first book in 2004 (Establishing Telemedicine in Developing Countries: From Inception to Implementation). Telemedicine has become more popular, and still continues to grow. While there are many good books and materials on telemedicine, this publication can be seen at the work of reference for all of those who want to practice telemedicine and e-health, particularly in developing countries. This publication deals with ways to establish telemedicine and e-health system, not only in the developing countries, but also in the developed world. Hopefully, this book will be a guide that reflects the status of telemedicine at the given time. It is dedicated to all future generations of telemedicine and e-health students which include healthcare practitioners, administrators, policy makers, technical professionals and others.

This book provides an overview of the innovative concepts, methodologies and frameworks that will increase the feasibility of the existing telemedicine system. With the arrival of advanced technologies, telehealth has become a new subject, requiring a different understanding of IT devices and of their use, to fulfill health needs. Different topics are discussed - from the basics of TeleMedicine, to help readers understand the technology from ground up, to details about the infrastructure and communication technologies to offer deeper insights into the technology. The use of IoT and cloud services along with the use of blockchain technology in TeleMedicine are also discussed. Detailed information about the use of machine learning and computer vision techniques for the proper transmission of medical data - keeping in mind the bandwidth of the network - are provided. The book will be a readily accessible source of information for professionals working in the area of information technology as well as for the all those involved in the healthcare environment.