1
Q
The phosphate buffer system consists of
A
The anion dihydrogen phosphate, H2PO4, which is a weak acid.
2
Q
The reversible reaction involved is
A
Dihydrogen phosphate to hydrogen plus mono hydrogen phosphate
H2PO4 ↔️ H + PO4
3
Q
The phosphate buffer system is important in buffering the pH of
A
The ICF
And
In stabilizing the pH of urine
4
Q
In addition, cells contain a
A
Phosphate reserve in the form of the weak base sodium monohydrogen phosphate (Na2HPO4)
5
Q
The dissociation of sodium monohydrogen phosphate provides additional
A
Monohydrogen phosphate for use by this buffer system
2Na + HPO4 ↔️ Na2HPO4
Fluid Balane
flashcards
Decks in class (32)
# Cards
-
Fluid, Electrolyte, A/b Balance13
-
ECF And ICF Fluid Compartments32
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Fluid Movement Within eCF7
-
Fluid Gains And Losses23
-
Fluid Shifts4
-
Electrolyte Balance And Homeostasis10
-
Sodium Balance11
-
Potassium Balance9
-
Calcium Balance15
-
Magnesium balance5
-
Phosphate Balance5
-
Chloride Balance3
-
Acid Base Balance9
-
Importance Of PH Control5
-
Types Of Acids11
-
Mechanisms Of Ph Control4
-
Phospate Buffer System5
-
Protein Buffer Systems15
-
Hemoglobin Buffer System6
-
Carbonic Acid-Bicarbonate Buffer10
-
Maintenance Of Acid-Base Balance4
-
Respiratory Compensation5
-
Renal Compensation14
-
Renal Response To Acidosis And Alkalosis5
-
Classes Of Acid-Base Disturbance4
-
Respiratory Acidosis12
-
Respiratory Alkalosis7
-
Metabolic Acidosis9
-
Combined Resp. Metab Acidosis2
-
Metabolic Alkalosis6
-
Detection Of Acidosis And Alkalosis3
-
Aging Affects7
