Medical Phisiology: Principles for Clinical MedicineMedical Physiology presents the physiological concepts essential to clinical medicine. Each chapter provides conceptual diagrams to facilitate comprehension of difficult concepts, and presents both normal and abnormal clinical conditions to illustrate how physiology serves as an important basis for diagnosis and treatment. Hallmark pedagogical features emphasize problem-solving skills and promote review and retention: Clinical Focus and From Bench to Bedside boxes, a comprehensive glossary, and online USMLE-style review questions with answers and explanations. Companion web site offers additional resources for students (question bank, animations, searchable text) and faculty (image and test banks, PowerPoint slides for use in class). |
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Table des matières
1 | |
42 | |
Blood and Immunology | 166 |
Cardiovascular Physiology | 212 |
Respiratory Physiology | 326 |
Renal Physiology and Body Fluids | 399 |
Gastrointestinal Physiology | 471 |
Temperature Regulation and Exercise Physiology | 550 |
Endocrine Physiology | 589 |
Reproductive Physiology | 676 |
Appendix | 732 |
Glossary | 735 |
Index | 795 |
Normal Blood Plasma or Serum Values | 820 |
Autres éditions - Tout afficher
Medical Physiology: Principles for Clinical Medicine Rodney Rhoades,David R. Bell Aucun aperçu disponible - 2012 |
Expressions et termes fréquents
action potential activity afterload airway alveolar antigen arterial pressure axons bile blood flow blood volume body brain Ca2+ calcium capillary cardiac output cardiovascular causes cell membrane changes channels Chapter circulation collecting ducts concentration contractile contraction cortex decrease depolarization diffusion disease effect enterocytes enzyme excretion factors fibers Figure fluid function gastric glucose gradient HCO3 heart hormones hypothalamus immune increase inhibition inhibitory innervate inotropic intracellular ions kidneys lipid liver lung mean arterial pressure mechanisms medulla membrane potential metabolic molecules motor neurons muscle cells Na+/K+-ATPase nerve nervous system normal occurs organs osmolality osmotic oxygen pathway patients Pco2 plasma membrane produced protein pulmonary reabsorbed reabsorption receptors reflex regulation release renal respiratory response result secretion sensory signal skeletal muscle small intestine smooth muscle sodium spinal stimulation stroke volume sympathetic synapse tion tissue tract transport tubule urine vascular venous ventilation ventricle ventricular vessels vitamin