Today's ideal source for essential physiologic knowledge makes learning easier through a systematic, step-by-step approach; covers this subject matter in a succinct yet thorough fashion, emphasizing its relevance to clinical medicine; uses an organ-system approach; features superb 2-color illustrations and flow charts that clarify complex physiologic processes; tables summarize key information at a glance; emphasizes clinical relevance through boxed case studies in which clinical findings are explained in terms of their underlying physiologic principles; offers sample problems that challenge your mastery of the material; solutions and rationales are included; and provides easy access to the physiology information that you need for your course work and additional study for the USMLE.
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Cellular Physiology l
Autonomic Nervous System
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acidosis action potential activity adenylyl cyclase adrenal afferent aldosterone alveolar amino acids anion arterioles ascending limb ATPase bile acids blood flow blood vessels buffer cardiac output causes cell membrane collecting ducts contraction cortex cortisol cotransport creases curve decreased depolarization diffusion distal tubule ECF volume effect enzymes excreted fibers Figure filtered load filtration function gastric gastrin gastrointestinal tract gland glomerular glucose gradient Gs protein H+ secretion heart rate hemoglobin hypothalamus increased inhibits innervation insulin interstitial fluid intracellular kidney levels lipid lumen lungs mechanism membrane potential mEq/L metabolic ml/min motoneurons nephron nerve nervous system neurons normal occurs osmolarity pancreatic Pao2 parasympathetic Pco2 peptide phosphate physiologic pituitary plasma principal cells produce prolactin proximal tubule pulmonary reabsorbed reabsorption receptors reflex renal respiratory skeletal muscle small intestine smooth muscle solute steroid stimulates sympathetic synapse synthesis tion tissues tubular fluid urine vascular venous ventricle ventricular