A global health crisis creates great uncertainty, high stress, and anxiety within society. During such a crisis, when information is unavailable or inconsistent, and when people feel unsure of what they know or what anyone knows, behavioral science indicates an increased human desire for transparency, direction, and meaning of what has happened. At such a time, the roles of stakeholders that emerge with their words and actions can help keep people safe, help them cope with emotions, and ultimately bring their experience into context leading to meaningful results. But as this crisis shifts beyond public health and workplace safety, there are implications for business continuity, job loss, and radically different ways of working. While some may already seek meaning from the crisis and move towards the ""next normal,"" others feel a growing uncertainty and are worried about the future. Therefore, it is important to analyze the role of stakeholders during these uncertain times. Stakeholder Strategies for Reducing the Impact of Global Health Crises provides a comprehensive resource on stakeholder action and strategies to deal with crises by analyzing the needs of society during global health crises, how stakeholders should communicate, and how resilience and peace can be promoted in times of chaos. The chapters cover the roles of stakeholders during a pandemic spanning from the government and international development agencies to industry and non-government organizations, community-based organizations, and more. This book not only highlights the responsibilities of each of the stakeholders but also showcases the best practices seen during the COVID-19 pandemic through existing theories and case studies. This book is intended for researchers in the fields of sociology, political science, public administration, mass media and communication, crisis and disaster management, and more, along with government officials, policymakers, medical agencies, executives, managers, medical professionals, practitioners, stakeholders, academicians, and students interested in the role of stakeholders during global health crises.

How a coalition of Black health professions schools made health equity a national issue. Racism in the US health care system has been deliberately undermining Black health care professionals and exacerbating health disparities among Black Americans for centuries. These health disparities only became a mainstream issue on the agenda of US health leaders and policy makers because a group of health professions schools at Historically Black Colleges and Universities banded together to fight for health equity. We'll Fight It Out Here tells the story of how the Association of Minority Health Professions Schools (AMHPS) was founded by this coalition and the hard-won influence it built in American politics and health care. David Chanoff and Louis W. Sullivan, former secretary of health & human services, detail how the struggle for equity has been fought in the field of health care, where bias and disparities continue to be volatile national issues. Chanoff and Sullivan outline the history of Black health care, from pre-Emancipation to today, centering on the work of AMHPS, which brought to light health care inequities in 1983 and precipitated virtually all minority health care legislation since then. Based on extensive research in the literature, as well as more than seventy interviews with the people central to this fight for legislative and policy change, We'll Fight It Out Here is the important story of a vital coalition movement, virtually unknown until now, that changed the national understanding of health inequities. The work of this coalition of Black health schools continues, both in supporting the training of more doctors and health professionals from minority backgrounds and in advancing issues related to health equity. By highlighting these endeavors, We'll Fight It Out Here brings attention to a pivotal group in the history of the health equity movement and provides a road map of practical mechanisms that can be used to advance it.

Dr. Peter Hotez discusses how an antivaccine movement became a dangerous political campaign promoted by elected officials and amplified by news media, causing thousands of American deaths.

During the height of the COVID-19 pandemic, one renowned scientist, in his famous bowtie, appeared daily on major news networks such as MSNBC, NPR, the BBC, and others. Dr. Peter J. Hotez often went without sleep, working around the clock to develop a nonprofit COVID-19 vaccine and to keep the public informed. During that time, he was one of the most trusted voices on the pandemic and was even nominated for a Nobel Peace Prize for his selfless work. He also became one of the main targets of anti-science rhetoric that gained traction through conservative news media.

In this eyewitness story of how the anti-vaccine movement grew into a dangerous and prominent anti-science element in American politics, Hotez describes the devastating impacts it has had on Americans' health and lives. As a scientist who has endured antagonism from anti-vaxxers and been at the forefront of both essential scientific discovery and advocacy, Hotez is uniquely qualified to tell this story. By weaving his personal experiences together with information on how the anti-vaccine movement became a tool of far-right political figures around the world, Hotez opens readers' eyes to the dangers of anti-science. He explains how anti-science became a major societal and lethal force: in the first years of the pandemic, more than 200,000 unvaccinated Americans needlessly died despite the widespread availability of COVID-19 vaccines. Even as he paints a picture of the world under a shadow of aggressive ignorance, Hotez demonstrates his innate optimism, offering solutions for how to combat science denial and save lives in the process.

Advances in Virus Research, Volume 108, in this ongoing series, highlights new advances in the field, with this new volume presenting interesting chapters on topics including Virus infections of the developing brain, Geminivirus assembly, Flavivirus assembly, Cell-cell transmission, Archael virus assembly, Potyvirus assembly, Poxvirus assembly and exit, Mycovirus assembly, Reo/orbivirus assembly and exit, Giant virus assembly, Quasi-enveloped virus assembly/exit, and Betaherpesvirus assembly and exit.

Government interest in wellbeing as an explicit goal of public policy has increased significantly in recent years. This has led to new developments in measuring wellbeing and initiatives aimed specifically at enhancing wellbeing, that reflect new thinking on 'what matters' and challenge established notions of societal progress. The Politics and Policy of Wellbeing provides the first theoretically grounded and empirically informed account of the rise and significance of wellbeing in contemporary politics and policy. Drawing on theories of agenda-setting and policy change, Ian Bache and Louise Reardon consider whether wellbeing can be described as 'an idea whose time has come'. The book reflects on developments across the globe and provides a detailed comparative analysis of two political arenas: the UK and the EU. Offering the first reflection grounded in evidence of the potential for wellbeing to be paradigm changing, the authors identify the challenge of bringing wellbeing into policy as a 'wicked problem' that policymakers are only now beginning to grapple with. This pioneering account of wellbeing from a political science perspective is a unique and valuable contribution to the field. The authors' theoretical and empirical conclusions are of great interest to scholars of politics and wellbeing alike.

Intelligent IoT Systems in Personalized Health Care delivers a significant forum for the technical advancement of IoMT learning in parallel computing environments across biomedical engineering diversified domains and its applications. Pursuing an interdisciplinary approach, the book focuses on methods used to identify and acquire valid, potentially useful knowledge sources. The book presents novel, in-depth, fundamental research contributions from a methodological/application perspective to help readers understand the fusion of AI with IoT and its capabilities in solving a diverse range of problems for biomedical engineering and its real-world personalized health care applications. The book is well suited for researchers exploring the significance of IoT based architecture to perform predictive analytics of user activities in sustainable health.