Debulking in Cardiovascular Interventions And Revascularization Strategies Between a Rock And The Heart

Video simulations for CompTIA A+ Core 1

Video simulations for CompTIA A+ Core 2

This book provides a comprehensive framework for developing heart teams to manage a variety of cardiovascular diseases. Management of cardiovascular diseases has changed dramatically in recent years due to developments in evidence-based practices and treatments as well as the introduction of new devices. The sequential method of referring patients from doctor to doctor is becoming an antiquated model. The future of cardiac care lies in developing multidisciplinary "Heart Teams" to provide patient-focused treatment for complex cardiovascular problems.

This book examines how governments around the world responded to the health emergency created by the COVID-19 pandemic. Before vaccines became available, non-medical interventions were the main means to protect the public. Non-medical interventions were put in place by governments as public health policies. In every nation, politicians and governments faced a choice situation, and worldwide, they made different choices. Public health policies came at a price, in economic, social, and ultimately electoral costs to the political incumbents. The book discusses differences in governments’ policy efforts to mitigate the virus spread. The authors conduct in-depth analysis of country-cases from Africa, North and South America, Asia, and Europe. They also offer small-n- comparative analyses as well as report global patterns and trends of governments’ responsiveness to the medical emergency. It will appeal to all those interested in public policy, health policy and governance.

This book uses a validated cardiovascular simulator to illustrate cardiovascular physiology and pathophysiology, principles of hemodynamic monitoring, and the impact of therapy in patients with a wide spectrum of critical care diseases. The simulator considers the closed-loop nature of the cardiovascular system and is thus ideally suited for demonstrating the complex and dynamic nature of the cardiovascular system.