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Lesondak D: Fascia / LF

Fascia

Structural, Functional and Innovative Diagnostic and Therapeutic Approaches

Fascia and Hypermobility Disorders

Living in Sync With Our Circadian Rhythms

The Inner Clock

A groundbreaking, richly informative exploration of the central role of muscle in human life and health

The Untold Story of Muscle in Our Lives

Stronger

Interdisciplinary Applied Mathematics

The intersection of mathematics and physiology has a rich history, with mathematical models playing a critical role in advancing our understanding of physiological systems, from basic cellular dynamics to complex systems biology. Through the examination of both classic and contemporary models, this book shows how real-world physiological problems can be studied and understood using mathematical techniques.This updated edition offers new features specifically designed to assist students and instructors.<ul><li>Complete code
 : Most of the models are accompanied by computational code—available in a variety of formats, including&nbsp;
 Matlab
 ,&nbsp;
 Python&nbsp;
 and&nbsp;
 XPPAUT
 —enabling readers to experiment with the models themselves.
 </li><li>Solutions
 : Full solutions, including code, for all exercises, are provided to reinforce key concepts and help teachers and students develop hands-on experience with the mathematical tools discussed.
 </li><li>Figures
 : All figures are now available for download in PDF format, making them ideal for inclusion in lecture slides or presentations.
 </li></ul>
 This third edition builds upon the solid foundation of the earlier versions, with updated material that ensures the book remains a valuable resource for anyone studying or teaching quantitative physiology. Whether you're a student diving into the world of mathematical modeling or an instructor looking for clear, practical resources for your course,&nbsp;
 Mathematical Physiology&nbsp;
 provides the perfect balance of theory, application, and computational tools.
 James Keener is a Distinguished Professor of Mathematics at the University of Utah. He and his wife live in Salt Lake City, but don't be surprised if he moves to the mountains.James Sneyd is a Professor of Mathematics at the University of Auckland in New Zealand, where he has worked for about five thousand years. He lives with his wife beside a beach, and would rather be swimming.Reviews of the&nbsp;first edition:...probably the best book ever written on the interdisciplinary field of mathematical physiology. Mathematical Reviews, 2000In addition to being good reading, excellent pedagogy, and appealing science, the exposition is lucid and clear, and there are many good problem sets to choose from... Highly recommended. Mathematical Biosciences, 1999Both authors are seasoned experts in the field of mathematical physiology and particularly in the field of excitability, calcium dynamics and spiral waves. It directs students to become not merely skilled technicians in biological research but masters of the science. SIAM, 2004The first edition was the winner of the 1998 Association of American Publishers "Best New Title in Mathematics.”

The intersection of mathematics and physiology has a rich history, with mathematical models playing a critical role in advancing our understanding of physiological systems, from basic cellular dynamics to complex systems biology. Through the examination of both classic and contemporary models, this book shows how real-world physiological problems can be studied and understood using mathematical techniques.&nbsp;Now more accessible than ever, this updated edition is specifically designed for both students and instructors. It offers a host of new features aimed at enhancing the learning experience:<ul><li>Complete code for all figures: Every figure in the book is accompanied by full computational code—available in a variety of formats, including&nbsp;Matlab,&nbsp;Python&nbsp;and&nbsp;XPPAUT—enabling readers to replicate and experiment with the models themselves.</li><li>Solutions: Full solutions, including code, for all exercises, are provided to reinforce key concepts and help teachers and students develop hands-on experience with the mathematical tools discussed.</li><li>Improved clarity: While the core material remains largely the same, numerous sections have been rewritten and clarified, with additional figures and more detailed explanations.</li><li>Convenient resources: All figures are now available for download in PDF format, making them ideal for inclusion in lecture slides or presentations.</li></ul>&nbsp;This third edition builds upon the solid foundation of the earlier versions, with carefully updated material that ensures the book remains a valuable resource for anyone studying or teaching quantitative physiology. Whether you're a student diving into the world of mathematical modeling or an instructor looking for clear, practical resources for your course,&nbsp;Mathematical Physiology&nbsp;provides the perfect balance of theory, application, and computational tools.&nbsp;James Keener is a Distinguished Professor of Mathematics at the University of Utah. He and his wife live in Salt Lake City, but don't be surprised if he moves to the mountains.James Sneyd is a Professor of Mathematics at the University of Auckland in New Zealand, where he has worked for about five thousand years. He lives with his wife beside a beach, and would rather be swimming.&nbsp;Reviews of the&nbsp;first edition:...probably the best book ever written on the interdisciplinary field of mathematical physiology. Mathematical Reviews, 2000In addition to being good reading, excellent pedagogy, and appealing science, the exposition is lucid and clear, and there are many good problem sets to choose from... Highly recommended. Mathematical Biosciences, 1999Both authors are seasoned experts in the field of mathematical physiology and particularly in the field of excitability, calcium dynamics and spiral waves. It directs students to become not merely skilled technicians in biological research but masters of the science. SIAM, 2004The first edition was the winner of the 1998 Association of American Publishers "Best New Title in Mathematics.”

Mathematical Physiology

7 transformative habits to thrive in work and life

The Wellbeing Advantage

Focusing on optimising the normal biological processes of reproduction and early life, and in line with the NMC Future Midwives Standards, this comprehensive textbook introduces the fundamental anatomy and physiology knowledge needed for midwifery practice.

Focusing on optimising the normal biological processes of reproduction and early life, and in line with the NMC Future Midwives Standards, this comprehensive textbook introduces the fundamental anatomy and physiology knowledge needed for midwifery practice. This textbook follows the journey from pre-conception to the puerperium. Divided into six parts, it begins with foundational material before moving onto reproduction, embryology and fetal development. The central sections of the book consider maternal changes and adaptations during pregnancy, the intrapartum period, and the puerperium and transition from fetal to neonatal life. The book finishes with a section looking at lactation. Containing numerous full colour illustrations, each chapter includes application to practice boxes, “challenge” sections, and “interrupters” to help you consolidate their learning. The text is accompanied by a downloadable interactive workbook to complete as you read. Written in a clear and accessible style, The Midwifery Anatomy and Physiology Textbook is an essential read for pre-registration midwifery students, studying at both BSc and MSc levels.

The Anatomy and Physiology Textbook for Midwives

Move Well For Life

A practical guide to restoring pain-free function to your upper body.

Back, neck and shoulders

Make Movement Your Medicine

Instant #1 New York Times bestseller! ¿ #1 Washington Post bestseller! ¿ #1 Indie Bestseller! ¿ USA Today Bestseller! 'Earnest and empathetic.' - New York Times Tuberculosis has been entwined with hu­manity for millennia. Once romanticized as a malady of poets, today tuberculosis is seen as a disease of poverty that walks the trails of injustice and inequity we blazed for it. In 2019, author John Green met Henry Reider, a young tuberculosis patient at Lakka Government Hospital in Sierra Leone. John be­came fast friends with Henry, a boy with spindly legs and a big, goofy smile. In the years since that first visit to Lakka, Green has become a vocal advocate for increased access to treatment and wider awareness of the healthcare inequi­ties that allow this curable, preventable infec­tious disease to also be the deadliest, killing over a million people every year. In Everything Is Tuberculosis, John tells Henry's story, woven through with the scientific and social histories of how tuberculosis has shaped our world-and how our choices will shape the future of tuberculosis.

The History and Persistence of Our Deadliest Infection

Everything Is Tuberculosis

This book serves as an invaluable resource for physicians utilizing ultrasound in their practice, emphasizing its crucial role in imaging and guidance for pain interventions. It introduces and explores the concept of "sonoanatomy," offering a practical and concise guide for pain and musculoskeletal specialists.The application of ultrasound has grown significantly across various clinical disciplines in recent years. In pain management, it has become a practical and widely adopted tool. By using ultrasound, clinicians can improve the success rates of pain interventions while reducing the risk of complications. Compared to fluoroscopy and CT, ultrasound is more convenient; however, it requires a solid understanding of clinical anatomy and hands-on experience for effective and safe application."Sonoanatomy" refers to the integration of detailed anatomical knowledge with ultrasound imaging. Mastery of sonoanatomy is essential for accurately targeting structures during pain interventions. This synthesis of anatomy and practical ultrasound techniques is the cornerstone of successful procedures.The book prioritizes sonoanatomy while detailing relevant techniques. Designed as a concise guide, it is tailored for physicians across specialties, including residents and specialists in physical medicine and rehabilitation, anesthesiology, pain medicine, and anatomy. It also serves as a valuable reference for all clinicians involved in ultrasound-guided procedures.

Practical Guide for Pain Interventions: Head and Neck Sonoanatomy

Move Better, Train Smarter, and Build and Unbreakable Body

Pain-Free Performance

There are countless reports on microorganisms and their special abilities. The saga of the ergot fungus is perhaps the most unusual of them all. The unique history of this plant pathogenic microbe, which began with its infection of grasses, is told through a broad storyline that stretches from the early medical writings of Mesopotamia, Greece, and China, to the industrial and academic laboratories of pharmaceutical research in the 21st century....Among cultivated grasses, the ergot fungus mainly infests rye. Its overwintering structure, the black-purple ergot kernel, grows out of the ears of the grain. The highly active substances it contains caused mass poisonings in Europe over a period of 1,000 years, in the course of which the victims suffered from terrible symptoms of illness. Only in the 17th century, doctors recognized ergot as the corpus delicti for the regularly recurring waves of mass poisoning. The development of drugs from pure ergot compounds is one of the fascinating contributions of pharmaceutical natural product and medicinal chemistry and was of great importance for the modernization of medicine. A straight line can be drawn from this research to the synthesis of LSD, whose accidentally observed psychotropic effect revealed the chemical basis of the psyche. In combination with other centrally active substances, the LSD studies opened the therapeutic research field of psychopharmacology.The ergot fungus stands for legendary advances in pharmaceutical science and human therapy. At the same time, the people who investigated this unique microorganism scientifically, for a wide variety of reasons, became part of its cultural history. Throughout the centuries, they have kept the wheels turning - an innovative power which is still effective today.&nbsp;Frank Petersen studied biology in Stuttgart-Hohenheim and Tübingen and has been Head of the Natural Product Research department at the pharmaceutical company Novartis AG in Basel for many years.

Ergot and LSD – A Cultural-Historical Quest

The Mystery in the Rye

Fascia

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