TAILIEUCHUNG - Ebook Renal physiology - A clinical approach: Part 2

(BQ) Part 2 book "Renal physiology - A clinical approach" presents the following contents: Maintaining the volume of body fluid-Sodium balance, concentrating the urine-Adapting to life on land, maintaining the serum concentration-water balance, maintaining the serum pH - Acid–Base balance,. | Maintaining the Volume of Body Fluid Sodium Balance CHAPTER OUTLINE INTRODUCTION INTERNAL SENSORS OF BODY VOLUME Baroreceptors Flow receptors HOW THE bOdY responds to changes IN SENSED VOLUME The renin-angiotensin-aldosterone system The natriuretic peptides Sodium handling MAINTAINING BODY VOLUME SODIUM HOMEOSTASIS LIMITATIONS OF THE BODY S SYSTEM OF SODIUM HOMEOSTASIS CLINICAL MANIFESTATIONS OF SODIUM EXCESS VERSUS SODIUM DEFICIT PUTTING IT TOGETHER SUMMARY POINTS LEARNING OBJECTIVES By the end of this chapter you should be able to describe how our body regulates its volume of fluid. describe the complexities associated with the creation of an internal sensing mechanism of fluid volume. list the internal sensors of body volume and describe how they function. describe how sensors of body volume use changes of pressure or flow as surrogate markers of volume. describe how baroreceptors and flow receptors modulate sodium handling in the kidney. describe how the tubuloglomerular feedback system protects the body from sodium wasting in the setting of blood pressure changes. delineate the importance of natriuretic peptides and the renin-angiotensin-aldosterone RAA system in maintaining body volume. detail how changes in sodium balance lead to changes of total body fluid volume without changes of fluid concentration. understand that regulation of sodium determines total body fluid volume. describe the role of the kidney particularly with respect to sodium reabsorption in the tubule in maintaining sodium homeostasis. delineate the limitations of the flow and baroreceptor system and the importance of sensed volume in maintaining hemodynamic stability. identify the factors that determine body volume and those that affect concentration. 97 98 RENAL PHYSIOLOGY A Clinical Approach Introduction How much do you weigh today How much did you weigh yesterday How about last week Most likely your weight has not changed very much at all and if you were to measure it in a week s time it

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• Renal physiology
• A clinical approach
• Sodium balanc
• Concentrating the urine
• Maintaining the serum pH
• Acid–Base balance
• Pre test physiology
• Respiratory physiology
• Cardiovascular physiology
• Gastrointestinal physiology
• Renal and urinary physiology
• Reproductive physiology
• Endocrine physiology
• Ganongs review of medical physiology
• Medical physiology
• Physiology cases and problems
• Physiology cases
• Renal and Acid–Base physiology
• Endocrine and reproductive physiology
• Gastrointestinal motility
• Cardiovascular regulatory mechanisms
• Getting started
• The approach to renal physiology
• The body’s compartments
• The distribution of fluid
• Review questions
• Essential physiology for dental students
• Essential physiology
• Dental students
• Gastrointestinal system
• Hepato renal system
• Liver physiology
• Usmle road map physiology
• Cell physiology
• Body fluids
• Renal and acid base physiology
• Medical physiology principles for clinical medicine
• Reproductive physiology
• BRS Physiology
• Netters Essential physiology
• Adrenal Hormones
• Thyroid Hormones
• Rapid review physiology
• Acid base balance
• Water balance
• Fluid compartments
• Sodium balance
• Cardiorespiratory physiology
• Cardiorenal physiology
• Respi renal physiology
• Physiology question
• Physiology of body fluids
• Function of the kidneys
• Glomerular filtration
• Regulation of body fluid osmolality
• Regulation of water balance
• Regulation of extracellular fluid volume
• Regulation of potassium balance
• Regulation of acid base balance
• Regulation of calcium
• Phosphate homeostasis
• Physiology of diuretic action
• Clinical physiology of acid
• Clinical physiology of base
• Electrolyte disorders
• Regulation of water
• Electroltye balance
• Ebook BRS Physiology (5th edition)
• BRS Physiology (5th edition)
• Elseviers integrated physiology
• Pulmonary system
• Renal system and urinary tract
• Endocrine system
• Female reproductive system
• Male reproductive system
• Psychological Impact
• Chronic Renal Failure
• Renal Replacement
• Uremic Diabetic
• Patients – Experience
• Republic of Macedonia
• Medical assisting
• Clinical procedures
• Administrative medical assisting
• Clinical medical assisting
• Urinary system
• Renal sinus
• Interdisciplinary applied mathematics
• The circulatory system
• The endocrine system
• The gastrointestinal system
• The retina and vision
• BMC Molecular and Cell Biology
• Organ physiology
• Experimental models
• Cell phenotype
• Primary cell cultures
• In vitro