Michael J. Joyner – författare

Written at a graduate level, the Second Edition of ACSM’s Advanced Exercise Physiology enables experienced students to develop an in-depth understanding of exercise physiology along with its related topics and applications. Both the immediate and long-term effects of exercise on individual body systems are described in detail, and the text emphasizes how each body system’s physiological response to exercise is interdependent. Moreover, it examines how these physiological responses are affected by heat, cold, hypoxia, microgravity, rest, and hyperbaria.This Second Edition features a team of international authors and editors whose expertise spans general physiology, exercise physiology, and research. Together, they have substantially revised, updated, and reorganized the text to incorporate feedback from both instructors and students.

This volume reviews key scientific principles and practices of passive antibody therapy for the treatment of infectious diseases. The main focus is on convalescent plasma, which is the most useful therapeutic option early in an epidemic, and may be especially important in low- and middle-income countries. The book’s first section reviews the history of passive antibody therapies prior to the COVID pandemic, while the second section assesses convalescent plasma use during the COVID pandemic including evidence for safety and effectiveness, factors affecting efficacy, and the importance of convalescent plasma treatment of COVID-19 infections in the immunosuppressed. This section also addresses the roles played in the pandemic by monoclonal antibodies and hyperimmune globulins. Section three discusses the logistics of retrieving, storing and delivering convalescent plasma for therapy, and section four considers the role of passive antibody therapies in the event of a new pandemic involving an unknown microbial pathogen.In March 2020 the editors of this volume founded the national COVID-19 convalescent plasma project (ccpp19), an association of academic physicians organized to investigate the safety and effectiveness of convalescent plasma and to facilitate access to its use in the treatment of this new international pandemic.Since that time, the project has produced more than 100 papers on almost every aspect of convalescent plasma usage in COVID-19 – treatment protocols, randomized trials, considerations of safety, conditions required for effectiveness, variability in use geographically and over time, application to vulnerable populations, regulatory issues, impact on overall COVID-19 mortality in the US and much else. At the same time, another form of antibody therapy – monoclonal antibodies – was being shown effective for out-patient use in COVID-19, confirming the principle of the value of antibody therapy in the early stages of disease, but lost effectiveness with viral mutation. A third form of antibody therapy – hyperimmune globulin, a preventive therapy with an excellent historical record of efficacy in several infectious diseases - holds great potential but was not effectively developed for COVID-19. This edited work brings together the central findings gained over the past years about passive antibody use and serves as an indispensable guide to best practices in the use of antibody therapies.