Clinical Physiology of Acid-Base and Electrolyte Disorders
McGraw Hill Professional, 2001 - Medical - 992 pages
This superbly written text gives students, residents, and practitioners the edge in understanding the mechanisms and clinical management of acid-base disorders. Presents the core information to understand renal and electrolyte physiology, and reviews the treatment rationale for all major acid-base and electrolyte disturbances. The entire text is exhaustively revised, and now includes questions and answers in each chapter.
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Introduction to Renal Function
Renal Circulation and Glomerular Filtration Rate
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acid acid-base acidemia activity acute aldosterone angiotensin anion gap Ann Intern arterial basolateral bicarbonate buffering Ca2+ calcium capillary cardiac cells Chap chronic cirrhosis Clin Invest clinical collecting tubule creatinine decrease disease disorders diuresis diuretic edema elevation Engl enhanced extracellular fluid function glucose gradient HCO7 HCOJ heart failure hormone hyperaldosteronism hypercapnia hypertension hypokalemia hyponatremia impaired increase induced insulin intake interstitial K+ secretion ketoacidosis Kidney Int loop diuretic loop of Henle loss luminal membrane mechanism mediated medullary collecting meq/L metabolic acidosis metabolic alkalosis mmHg mosmol/kg Na+ excretion Na+ reabsorption Na+-K+-ATPase NaCl natriuretic nephron occur oncotic pressure osmolality osmotic patients percent perfusion phosphate Physiol plasma HCO plasma K+ plasma Na+ concentration Posm potassium protein proximal tubule reabsorbed receptor reduction regulation release renal failure renal tubular renin respiratory acidosis response result retention role sodium solute syndrome therapy tion transport Uosm urea urinary urine Na+ volume depletion