This textbook provides a comprehensive overview of the part of dentistry that links basic physiologic and pathophysiologic mechanisms to frequently encountered problems in dental practice. Themes that are covered include the structure and function of the

Oral Physiology contains the proceedings of the Wenner-Gren Center International Symposium held in Stockholm, Sweden in August 1971. Contributors explore common problems and trends in oral physiology, from the regulation of salivary glands and the role of electrolytes in the formation of saliva to neural mechanisms underlying salivary excretion, the effect of citric acid on parotid flow, and secretion of salivary glycoproteins. Circulation of the tongue, monitoring of oral circulation, physiology of mastication, and development of fetal gustatory receptors are also covered. This volume consists of 27 chapters and begins with a discussion of mechanisms underlying control of different types of effector cells that comprise the salivary gland. The reader is methodically introduced to the nerves to the parotid gland, electrolyte and water transport in salivary glands, neural mechanisms controlling the excretion of saliva, and how the function of salivary fibers is affected by different conditions situated along the course of the seventh and ninth cranial nerves. The next chapters focus on the effect of citric acid on the variance of the parotid flow rate, ductal transport processes and glandular effects of neurotransmitters and pharmacological agents, and neuro-effector sites in salivary glands. The book concludes by presenting experimental evidence indicating that nerve impulses can be recorded from dentine. This book will be useful for researchers and teachers not only of oral physiology, but also of odontology and medicine in general.

This textbook provides a comprehensive overview of the part of dentistry that links basic physiologic and pathophysiologic mechanisms to frequently encountered problems in dental practice. It features the contributions of outstanding researchers and clinicians from across the spectrum of fields relevant to dentistry. The easy-to-read and systematic approach of the book makes it appropriate for undergraduate and postgraduate dental students as well as for practicing clinicians who wish to keep abreast of emerging oral physiologic issues and their clinical implications.

Unique textbook presents and integrates dental sciences essential for the practice of dentistry Applied Oral Physiology: The Integration of Sciences in Clinical Dentistry by prosthodontist, biologist, and educator Robin Wilding integrates basic science topics traditionally taught separately, enabling readers to understand the interconnected relationship between the scientific and clinical aspects of dentistry. On the broadest level, this well-researched, readable, and easy-to-study book brings together related elements of anatomy, physiology, microbiology, and biochemistry. Integration of these areas helps students comprehend the different elements of dental science, thereby improving their ability to understand and treat patient problems. For example, understanding how saliva influences oral health is vital information every dentist needs to know. Key Features An introduction to the structure and related function of teeth and oral soft tissues The relationship between oral ecology and biofilms, dental caries, nutrition, and mucosal immunity Discussion of clinical and neurogenic pain in context with functions including taste, reflexes, mastication, swallowing, and speech A balanced presentation of TMJ dynamics including the role that physical and psychosocial factors play in dysfunction Content considered to be non-essential is presented in appendices at the end of the book, placing the focus on need-to-know information Topics such as the oral cavity environment, cellular interactions, the extracellular matrix, and bone physiology are covered in one highly relevant resource for clinical dental practice, making this the quintessential text for undergraduate dentistry students.

This textbook is an up to date guide to dental anatomy and oral physiology for students. Beginning with an introduction and definition of terms, the following chapters discuss the anatomy and morphology of different teeth. Each chapter provides a brief outline and a narrative illustrating the key aspects of each tooth, followed by a summary organised in an easy-to-read two column format. This practical book applies dental anatomy and forensic odontology to oral medicine, general dentistry, orthodontics, prosthetics, implantology, endodontics and orofacial surgery. More than 500 colour illustrations and images of original cases are provided to assist learning. Key points Practical guide to dental anatomy and oral physiology for students Each chapter clearly presented with brief outline, narrative and summary Includes more than 500 colour images and illustrations

Fundamentals of Oral Histology and Physiology is a landmark new text streamlining the essentials of histology and physiology into one clinically accessible textbook. Written for predoctoral dental students, the book brings together structure, function, and clinical correlations for maximum retention and ease of use. Assuming a background in basic biologic sciences, this text focuses on the histology and physiology that students need to know to practice dentistry and to understand and evaluate the current literature, without repeating basic information learned in other courses. Fundamentals of Oral Histology and Physiology concentrates on Oral Structures and Features, including Development, Teeth, Tooth and Jaw Support, Mucosal Structure and Function, and Effectors.

Oral Physiology and Occlusion: An International Symposium contains the proceeding of the ""Bite Centennial"" conceived as part of the 1976 Bicentennial Celebration of the College of Medicine and Dentistry of New Jersey. The symposium aims to provide a broad based review of the ""state of science"" of oral physiology and occlusion. Organized into 13 chapters, this book first discusses the effects of lesions of jaw muscle spindle afferents on mastication and regulation of the incisal biting force in monkeys. Subsequent chapters describe the occlusal forces and mandibular movements; muscle spindles and tooth mechano-receptors in the control of mastication; relationship between integrated EMG and tension in opening of the mandible; and sensory regulation of brain stem motoneurons. Other chapters explain electrophysiological properties of nerve endings in teeth; measurement of the behavioral aspects of pain; mechanisms of oral-facial pain; hemodynamic considerations of oral-facial physiology.