This book is an account of the centuries of experiment and speculation that have led to our understanding of how muscles work.

Crime and criminals are a pervasive theme in all areas of our culture, including media, journalism, film and literature. This book explores how crime is constructed and culturally represented through a range of areas including Spanish, English Language and Literature, Music, Criminology, Gender, Law, Cultural and Criminal Justice Studies.

What can Jane Austen teach us about health? Prepare to have your bonnet blown... From the food secrets of Pride and Prejudice to the fitness strategies of Sense and Sensibility, there’s a modern health code hidden in the world’s most popular romances. Join Bryan Kozlowski as he unlocks this “health and happiness” manifesto straight from Jane Austen’s pen, revealing why her prescriptions for achieving total body “bloom” still matter in the 21st century. Whether that’s learning how to eat like Lizzie Bennet, exercise like Emma Woodhouse, or think like Elinor Dashwood, explore how Austen’s timeless body beliefs are more relevant, refreshing, and scientifically sensible now than ever before. After all, it's still a truth universally acknowledged – Jane Austen’s heroines don’t get fat.

Drawing on philosophical, neurological and cultural answers to the question of what constitutes a body, this book explores the interaction between mechanistic beliefs about human bodies and the successive technologies that have established and illustrated these beliefs. At the same time, it draws upon newer perspectives on technology and embodied human thought in order to highlight the limitations and inadequacies of such beliefs and suggest alternative perspectives. In so doing, it provides a position from which widely held assumptions about our relationship with technology can be understood and questioned, by both showing how these presuppositions have emerged and developed, and examining the extent to which they are dependent upon our grasp of specific technologies. Illustrated with examples from the Renaissance and Enlightenment periods, as well as the industrial age and the recent eras of informatics, gene science and nanotechnology, Embodiment and Mechanisation highlights the ways in which technological changes have led to shifts in the definition of machine and body, investigating their shared underlying belief that all matter can be reduced to a common substance. From clockwork and cadavers to engines and energy, this volume reveals our long-standing fascination with and enduring commitment to the idea that bodies are machines and that machines are in some sense bodies. As such, it will appeal to scholars across the humanities and social sciences with interests in the sociology of science and technology, embodiment, cultural studies and the history of ideas.

It’s hard to imagine, but as late as the 1950s, athletes could get kicked off a team if they were caught lifting weights. Coaches had long believed that strength training would slow down a player. Muscle was perceived as a bulky burden; training emphasized speed and strategy, not “brute” strength. Fast forward to today: the highest-paid strength and conditioning coaches can now earn $700,000 a year. Strength Coaching in America delivers the fascinating history behind this revolutionary shift. College football represents a key turning point in this story, and the authors provide vivid details of strength training’s impact on the gridiron, most significantly when University of Nebraska football coach Bob Devaney hired Boyd Epley as a strength coach in 1969. National championships for the Huskers soon followed, leading Epley to launch the game-changing National Strength Coaches Association. Dozens of other influences are explored with equal verve, from the iconic Milo Barbell Company to the wildly popular fitness magazines that challenged physicians’ warnings against strenuous exercise. Charting the rise of a new athletic profession, Strength Coaching in America captures an important transformation in the culture of American sport.

This book describes the evolution of ideas relating to the mechanism of muscular contraction since the discovery of sliding filaments in 1954. An amazing variety of experimental techniques have been employed to investigate the mechanism of muscular contraction and relaxation. Some background of these various techniques is presented in order to gain a fuller appreciation of their strengths and weaknesses. Controversies in the muscle field are discussed along with some missed opportunities and false trails. The pathway to ATP and the high energy phosphate bond will be discussed, as well as the discovery of myosin, contraction coupling and the emergence of cell and molecular biology in the muscle field. Numerous figures from original papers are also included for readers to see the data that led to important conclusions. This book is published on behalf of the American Physiological Society by Springer. Access to APS books published with Springer is free to APS members.

Proteins are the workhorses of cells, performing most of the important functions which allow cells to use nutrients and grow, communicate among each other, and importantly, die if aberrant behavior is detected. How were proteins discovered? What is their role in cells? How do dysfunctional proteins give rise to cancers? Landmark Experiments in Protein Science explores the manner in which the inner workings of cells were elucidated, with a special emphasis on the role of proteins. Experiments are discussed in a manner as to understand what questions were being asked that prompted the experiments and what technical challenges were faced in the process; and results are presented and discussed using primary data and graphs. Key Features Describes landmark experiments in cell biology and biochemistry. Discusses the "How" and "Why" of historically important experiments. Includes primary, original data and graphs. Emphasizes biological techniques, that help understand how many of the experiments performed were possible. Documents, chronologically, how each result fed into the next experiments.