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11 Nov 2019
For additional student resources, please visil accurate electrolyte results if a grossly lipemic is used? a. Direct ISE b. Indirect ISE c. Flame emission photometry d. Atomic absorption 8. Which method of analysis will provide the sample questions 1. What is the major intracellular cation? a. Potassium b. Calcium d. Sodium 2. What is the major extracellular 9. The most frequent cause of hypermagnesemia is due to a. Renal failure b. Increased intake of magnesium c. Hypoaldosteronism d. Acidosis Sodium b. Chloride d. Calcium 3. Osmolality can be defined as a measure of the concentration of a solution based on the a. Number of dissolved particles b. Number of ionic particles present c. Number and size of the dissolved particles d. Density of the dissolved particles 1ó. A hemolyzed sample will cause falsely increased leves of each of the following EXCEPT a. Sodium b. Potassium c. Phosphate d. Magnesium 4. Hyponatremia may be caused by each of the following EXCEPT 11. The largest portion of total body water is found in which tissue? a. Intracellular fluid b. Extracellular fluid c. Intravascular extracellular fluicd d. Interstitial cell fluid e. Plasma b. Aldosterone deficiency c. Prolonged vomiting or diarrhea d. Acute or chronic renal failure 5. Hypokalemia may be caused by each of the following a. Acidosis b. Prolonged vomiting or diarrhe c. Hypomagnesemia d. Hyperaldosteronism 12. Osmoreceptors in the hypothalamus are key ,a 1%to2% shift in osmolality causes a circulating concentration of AVP a. Twofold b. Fourfold c. Eightfold d. Tenfold 6. Hyperkalemia may be caused by each of the following EXCEPT a. Alkalosis b. Acute or chronic renal failure c. Hypoaldostcronism d. Sample hemolysis 7. The main difference between a direct and indirect ISE is a. Sample is daluted in the indirect method, not in the 13. The quantitative relationship between to blood osmolality and the normal expec direct method b. The type of membrane that is used c. Direct ISE by AVP is best described as a(n): a. Indirect relationship b. Direct relationship c. Logarithmic relationship d. There is no quantitative relat s use a teference electrode, whereas indirect ISEs do not d. Whole blood samples can be measured with the direct method and not with the indirect method
For additional student resources, please visil accurate electrolyte results if a grossly lipemic is used? a. Direct ISE b. Indirect ISE c. Flame emission photometry d. Atomic absorption 8. Which method of analysis will provide the sample questions 1. What is the major intracellular cation? a. Potassium b. Calcium d. Sodium 2. What is the major extracellular 9. The most frequent cause of hypermagnesemia is due to a. Renal failure b. Increased intake of magnesium c. Hypoaldosteronism d. Acidosis Sodium b. Chloride d. Calcium 3. Osmolality can be defined as a measure of the concentration of a solution based on the a. Number of dissolved particles b. Number of ionic particles present c. Number and size of the dissolved particles d. Density of the dissolved particles 1ó. A hemolyzed sample will cause falsely increased leves of each of the following EXCEPT a. Sodium b. Potassium c. Phosphate d. Magnesium 4. Hyponatremia may be caused by each of the following EXCEPT 11. The largest portion of total body water is found in which tissue? a. Intracellular fluid b. Extracellular fluid c. Intravascular extracellular fluicd d. Interstitial cell fluid e. Plasma b. Aldosterone deficiency c. Prolonged vomiting or diarrhea d. Acute or chronic renal failure 5. Hypokalemia may be caused by each of the following a. Acidosis b. Prolonged vomiting or diarrhe c. Hypomagnesemia d. Hyperaldosteronism 12. Osmoreceptors in the hypothalamus are key ,a 1%to2% shift in osmolality causes a circulating concentration of AVP a. Twofold b. Fourfold c. Eightfold d. Tenfold 6. Hyperkalemia may be caused by each of the following EXCEPT a. Alkalosis b. Acute or chronic renal failure c. Hypoaldostcronism d. Sample hemolysis 7. The main difference between a direct and indirect ISE is a. Sample is daluted in the indirect method, not in the 13. The quantitative relationship between to blood osmolality and the normal expec direct method b. The type of membrane that is used c. Direct ISE by AVP is best described as a(n): a. Indirect relationship b. Direct relationship c. Logarithmic relationship d. There is no quantitative relat s use a teference electrode, whereas indirect ISEs do not d. Whole blood samples can be measured with the direct method and not with the indirect method
Casey DurganLv2
12 Sep 2019