Medical Physiology E-Book: Medical Physiology E-BookFor a comprehensive understanding of human physiology — from molecules to systems —turn to the latest edition of Medical Physiology. This updated textbook is known for its unparalleled depth of information, equipping students with a solid foundation for a future in medicine and healthcare, and providing clinical and research professionals with a reliable go-to reference. Complex concepts are presented in a clear, concise, and logically organized format to further facilitate understanding and retention. - Clear, didactic illustrations visually present processes in a clear, concise manner that is easy to understand - Intuitive organization and consistent writing style facilitates navigation and comprehension - Takes a strong molecular and cellular approach that relates these concepts to human physiology and disease - Student Consult eBook version included with purchase. This enhanced eBook experience includes access -- on a variety of devices -- to the complete text with thorough hyperlinking, images, 10 animations, and copious linkout notes prepared by the Editors - An increased number of clinical correlations provides a better understanding of the practical applications of physiology in medicine - Highlights new breakthroughs in molecular and cellular processes, such as the role of epigenetics, necroptosis, and ion channels in physiologic processes, to give insights into human development, growth, and disease - Several new authors offer fresh perspectives in many key sections of the text, and meticulous editing makes this multi-authored resource read with one unified voice |
Contents
III The Nervous System | 253 |
IV The Cardiovascular System | 409 |
V The Respiratory System | 589 |
VI The Urinary System | 721 |
| 851 | |
VIII The Endocrine System | 973 |
| 1071 | |
X Physiology of Everyday Life | 1169 |
| 1249 | |
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Common terms and phrases
AChR acid action potential activity amino arteries astrocytes axons bilayer binding brain brane CaČ Ca2+ channels capillary cardiac cell membrane cellular chemical complex concentration cotransporter cytoplasm cytosolic dendrites depolarization diffusion domain electrical endothelial cells enzymes epithelial Equation example extracellular Figure filaments fluid function G protein gap junctions gene glucose glutamate gradient hair cells hormone increase inhibit interact ion channels K+ channels kinase lipid mechanisms mediate membrane proteins molecular molecules motor neurons myelin myosin Na-K pump nerve nervous system neural neurons neurotransmitter nicotinic nucleus organs osmotic pathway permeability phospholipids phosphorylation Physiol physiology plasma membrane pore postsynaptic pressure presynaptic receptor region regulation release response segment sensory sequence signal skeletal muscle smooth muscle solutes spinal cord stimulation structure subunits synaptic tion tissue transcription factors transmembrane transmitter transport types ventricle vesicles vessel voltage voltage-gated ΝΕ