The Cell contains five parts. The first part, Part I, introduces the topic
with fundamentals and foundations including an examination of molecules and membranes,
bioenergetics, metabolism, and genomics. Part II is about the flow of genetic information. It
looks at genes and genomes, replication, maintenance, RNA synthesis, RNA processing, protein
synthesis, processing, and regulation. The third part is about cell structure and function. It
looks at the nucleus, the plasma membrane, and cell walls amongst other topics. The final part,
Cell Regulation, looks at cell signaling, the cell cycle, cell renewal and cell death, and
cancer.
Book
Geoffrey M. Cooper and Kenneth W. Adams
Book
Edited by Guy Orchard and Brian Nation
Cell Structure & Function starts by introducing cell structure, molecular construction, and communication strategies. It looks at techniques for studying cells; anatomy, embryology, and cell families; blood cell genesis; nerves; and lungs. Next it turns to the alimentary canal, cells and commercial bacteria of the alimentary canal, and the cells of the vascular and lymphatic systems. There is then a chapter on connective tissue, bones, cartilage, and muscle. Next, the text deals with the cells of the liver and kidney, reproductive cells and gametogenesis, and the endocrine system. Finally, the book looks at the cells of the skin.
Book
William Fullick and James Fullick
Organs, Systems, and Surgery covers the anatomy and physiology of the key organ systems in the human body. It provides an overview of the anatomical details and physiological principles of the organ systems of the body and discusses the pathophysiology of common diseases that can affect them. It also considers how surgical approaches can be used to manage commonly presenting diseases of these systems. In addition, the primer explores surgery and anaesthesia both in an historical and contemporary context, examining how surgical and anaesthetic approaches have advanced over the centuries and how they continue to evolve to make surgery safer and more effective.
Book
Duncan MacDougall and Digby Sale
The Physiology of Training for High Performance consists of three parts. Part I, which is about the physiological bases for athletic training, starts off with an introduction to training for high performance. It moves on to look at the biochemical bases and cardiorespiratory bases for performance. It looks at muscle physiology and then finishes with the neuromuscular bases for performance. Part II covers training for different sports and activities. It looks at endurance sports, anaerobic events, team sports, as well asnd training for power, strength, and speed as well. The last part, which presents additional factors affecting performance, looks at peaking, tapering, and overtraining; stretching and flexibility, and, finally, some other considerations, including nutrition, testing, altitude, and para-athletics.
Book
Ian Kay and Gethin Evans
Thrive in Human Physiology provides an initial introduction to human physiology. It then looks at control and co-ordination in terms of the nervous system and the endocrine system. It moves on to musculoskeletal physiology and movement, cardiovascular physiology, respiratory physiology, renal physiology, gastrointestinal physiology, reproductive physiology, and integrative physiology.
