Subject
Respiration Books
Best books
Edward Lankow
The New Science of Controlled Breathing, Vol. 2 (of 2) The Secret of Strength, Energy and Beauty—Through Breath Control
"The New Science of Controlled Breathing, Vol. 2 (of 2)" by Edward Lankow is a scientific publication written in the early 20th century. This book explores the importance and techniques of controlled breathing, presenting it as a powerful tool for enhancing strength, energy, and overall health. The author, a renowned singer and teacher, emphasizes the practical aspects of breath control rather than just the theoretical. In this volume, Lankow provides detailed exercises aimed at mastering breath control, linking breathing techniques with physical exercises to improve health and vitality. He highlights the detrimental effects of improper breathing habits and presents a series of systematic exercises designed to cleanse and strengthen the respiratory system. The book advocates the necessity of breathing clean air and teaches the readers to appreciate its value, ultimately aiming to instill a lifelong practice of healthy breathing for improved physical and mental well-being.
Edward Lankow
The New Science of Controlled Breathing, Vol. 1 (of 2) The Secret of Strength, Energy and Beauty—Through Breath Control
"The New Science of Controlled Breathing, Vol. 1 (of 2)" by Edward Lankow is a scientific publication written in the early 20th century. The book discusses the vital importance of conscious breathing and its effects on health, energy, and physical beauty. Lankow draws on historical practices from various cultures to emphasize the significance of breath control and how it can profoundly impact one's well-being. In this insightful work, Lankow presents the art of controlled breathing as a transformative practice that holds the key to enhanced health and vitality. He shares anecdotes from his experiences as a singer and teacher, illustrating the dramatic improvements in physical condition and vitality that can result from proper breath control. Through a series of lessons, the author outlines exercises that aim to strengthen the respiratory system, improve blood oxygenation, and promote overall wellness. By integrating these techniques, Lankow argues that individuals can achieve not only better health but also greater resilience against diseases, ultimately improving their quality of life.
Francis Gano Benedict
Respiration Calorimeters for Studying the Respiratory Exchange and Energy Transformations of Man
"Respiration Calorimeters for Studying the Respiratory Exchange and Energy Transformations of Man" by Francis G. Benedict and Thorne M. Carpenter is a scientific publication written in the early 20th century. This work focuses on the design and functionality of respiration calorimeters used for experimental studies in human metabolism and energy transformation. It serves as a detailed account of the apparatus employed in the Nutrition Laboratory and provides extensive descriptions of various components and methodologies used in measuring respiration and calorimetry. At the start of the text, the authors introduce the need for specialized apparatus to aid in the study of metabolism and respiration, which led to the establishment of a dedicated laboratory in Boston. They express gratitude to contributors and outline the purpose of the publication as a means to document the calorimeters currently in use. Key features of the calorimeter are introduced, including its construction and the precise controls related to temperature and air circulation for accurate measurements. The opening details are foundational and set the tone for a comprehensive exploration of nutritional science, aiming for high precision in calorimetric and respiratory research methodologies.
Emma Willard
Theory of circulation by respiration : $b synopsis of its principles and history
"Theory of Circulation by Respiration: Synopsis of Its Principles and History" by Emma Willard is a scientific publication that likely emerged in the mid-19th century. This book delves into the intricate relationship between respiration and blood circulation, presenting a unique theory that asserts respiration is the primary motive power behind blood circulation. Willard, an influential figure in education and physiology, articulates her convictions through a mix of personal narrative, scientific inquiry, and historical context. In the text, Willard recounts her intellectual journey and the development of her theory, which emphasizes that animal heat generated by respiration plays a critical role in driving blood circulation. She challenges established medical views, particularly those attributing circulation solely to the heart's mechanical action. Through her theoretical framework, supported by experiments and anecdotal evidence of cases involving cholera and other ailments, she posits that respiratory processes—particularly the formation of heat and steam during breathing—are essential for blood flow. Willard's passionate advocacy for her ideas, despite facing skepticism, underlines her commitment to advancing medical understanding and the importance of scientific inquiry in health.
Daniel Bernoulli
Dissertatio inauguralis physico-medica de respiratione quam consensu & auctoritate gratiosissimi medicorum ordinis in universitate patria pro summis in arte medica honoribus & privilegiis doctoralibus rite consequendis....
"Dissertatio inauguralis physico-medica de respiratione" by Daniel Bernoulli is a scientific publication written in the early 18th century. This treatise explores the complex mechanisms of respiration, diving into the physiological processes involved in inhalation and exhalation. Bernoulli, a notable figure in the history of science and mathematics, works to elucidate how air enters the lungs and its subsequent role in blood oxygenation and overall bodily function. In this detailed examination, Bernoulli presents a thorough analysis of the mechanics of respiration, identifying the roles of different muscles, such as the intercostal muscles and diaphragm, in facilitating the act of breathing. He elaborates on the physiological aspects of breathing, asserting that inspiration involves the elevation of the ribs and the lowering of the diaphragm, which together expand the thoracic cavity and draw air into the lungs. Furthermore, Bernoulli tackles the significant question of whether the air inhaled is entirely expelled during exhalation, or if a portion enters the bloodstream, proposing arguments to support his conclusions about the respiratory system’s critical function for sustaining life. The work combines observations, mathematical reasoning, and anatomical knowledge, making it both a technical document and an important contribution to early respiratory physiology.
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