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Alvarez includes his smooth diet for duodenal ulcer on pg. 111.
The Mechanics of the Digestive Tract, Fourth Edition: An Introduction to Gastro-Enterology provides information pertinent to the mechanics of the digestive tract. This book reviews the various explanations for the downward progress of intestinal waves. Organized into 34 chapters, this edition begins with an overview of the main types of activity in the small bowel. This text then explains the nature of the polarity and the location of the mechanism that produces it. Other chapters consider the duodenal tonus contraction in which the wave seems to originate generally appears a few seconds before a gastric wave reaches the pylorus. This book discusses as well the polarity of the bowel that caused every contraction ring to spread caudad as soon it formed. The final chapter provides a list of books that are likely to be helpful to readers who are starting on their lifework in the fields of gastro-enterology and gastro-intestinal physiology. This book is a valuable resource for students, teachers, physicians, and research workers.
Gastroenterologie.
This concise introduction to the gastrointestinal system encapsulates the fundamental facts and principles of this rapidly growing and changing specialty. Written by experienced clinicians and teachers, the text covers the basic concepts of both the science surrounding the gastrointestinal system and the basics of clinical practice in an accessible, lucid format. Now fully supported by a companion website at www.ataglanceseries.com/gastro containing interactive MCQs and downloadable digital flashcards, The Gastrointestinal System at a Glance is the ideal revision aid for medical and allied health students, and provides valuable insight for anyone seeking a comprehensive and concise guide to this subject area. Fully revised and updated to include further coverage of diagnostic and therapeutic endoscopy, revised liver chapters and a new chapter on embryology Now in full colour throughout Supported by a companion website containing interactive self-assessment and digital flashcards - perfect for both study and revision Provides an integrated approach to both the basic and clinical science of this core specialty
The gastrointestinal tract is a series of organs each with distinct mechanical functions. Each organ within the system brings food contents in the gut lumen to the site of absorption through separate mechanical functions. These mechanical functions are generated by a fine-tuned interaction between neuronal networks and active muscle layers. The passive components of the gastrointestinal wall such as the collagen-rich submucosa also play an important role in these mechanical actions. Clinical Mechanics in The Gut provides a thorough understanding of the anatomy and biomechanics of the physiological function and pathophysiology of the gastrointestinal tract. The book first gives an introduction to readers about the physical geometry of the gastrointestinal tract followed by a detailed explanation of biomechanical theory and its application to approximating and modeling gut mechanics. This is expanded further by detailed explanations of gut muscle and motor nerve functions in proceeding chapters. A biomechanical evaluation of disorders of regulatory mechanisms such as achalasia and Hirschsprung disease and disorders of effector mechanisms such as reflux disease, systemic sclerosis of the gastrointestinal tract and colonic diverticular disease are also included. Readers will, therefore, gain an understanding about clinical problems in gastroenterology from a bioengineering and modeling perspective. Clinical Mechanics in The Gut is a useful reference for gastroenterology researchers, biomedical engineers and systems biologists seeking to understand the physiology of the gut and applying this knowledge to surgical procedures, computer-based modeling systems and robotics.
The basis of this book is a ten-lecture course on the control of gastrointesti nal motility given each year to the final year undergraduate students in Physiology at Sheffield University. A naive thought led me to believe that the conversion of my lecture notes into the present book would be a relatively easy task. I now know differently. As there is no equivalent undergraduate course elsewhere that I know of, it would be dishonest of me to claim this book to be an undergraduate text. The comprehensive way in which I have dealt with the subject, together with the inclusion of the most up-to-date material, make the book more relevant to postgraduate students of physiology, medicine and related sciences who require an introduction to the field of gastrointestinal motility and its control. I have, however, attempted to present the current concepts on the physiological mechanisms regulating motility in a way which under graduates, as well as postgraduates, will find readable, informative and, hopefully, enjoyable.