1. Discuss the steps in a Quality Control Chart Preparation.
2. Discuss the 4 major processes in Quality Assurance Program.
3. Explain the Westgard Rules and their indications.
WATCH OUT FOR THE ANSWERS NEXT WEEK.
Sunday, July 25, 2010
Quality Assurance Exam Questions
Essay:
1. Discuss the steps in a Quality Control Chart Preparation.
2. Discuss the 4 major processes in Quality Assurance Program.
3. Explain the Westgard Rules and their indications.
WATCH OUT FOR THE ANSWERS NEXT WEEK.
1. Discuss the steps in a Quality Control Chart Preparation.
2. Discuss the 4 major processes in Quality Assurance Program.
3. Explain the Westgard Rules and their indications.
WATCH OUT FOR THE ANSWERS NEXT WEEK.
Thursday, July 15, 2010
Problem Solving: Molarity, Normality, Percent Solutions
PROBLEM SOLVING :
1. WRITE DOWN FORMULA.
2. SHOW COMPUTATIONS.
3. ENCLOSE ANSWERS IN BOXES.
ATOMIC WEIGHTS:
Na = 23 H = 1 S = 32
Cl= 35.5 O = 16
1. If you weigh 5 g NaCl solution and dissolve it in 1000 ml of diluent. ( 5 pts. each)
A. What is the Molarity?
B. What is the Normality?
C. What is the percent solution?
2. What is the Molarity of a 0.5 N H2SO4 solution? (5 pts.)
3. What is the dilution if you add 0.75 ml of serum to 3.0 ml of diluent? ( 5 pts.)
4. How would you prepare 1:20 serum dilution? (5 pts.)
5. How would you prepare a 0.5 % NaCl solution? (5 pts.)
6. You are asked to prepare 200 ml of the following standard concentrations from a 20 mg/dL standard stock solution: Tabulate volume of solute and solvent and also dilution. ( 5 pts. each)
A. 2 mg/dL C. 8 mg/dL
B. 4 mg/dL D. 10 mg/dL
E. 15 mg/dL
PARTIAL ANSWERS ARE FOUND IN THIS POST
1. WRITE DOWN FORMULA.
2. SHOW COMPUTATIONS.
3. ENCLOSE ANSWERS IN BOXES.
ATOMIC WEIGHTS:
Na = 23 H = 1 S = 32
Cl= 35.5 O = 16
1. If you weigh 5 g NaCl solution and dissolve it in 1000 ml of diluent. ( 5 pts. each)
A. What is the Molarity?
B. What is the Normality?
C. What is the percent solution?
2. What is the Molarity of a 0.5 N H2SO4 solution? (5 pts.)
3. What is the dilution if you add 0.75 ml of serum to 3.0 ml of diluent? ( 5 pts.)
4. How would you prepare 1:20 serum dilution? (5 pts.)
5. How would you prepare a 0.5 % NaCl solution? (5 pts.)
6. You are asked to prepare 200 ml of the following standard concentrations from a 20 mg/dL standard stock solution: Tabulate volume of solute and solvent and also dilution. ( 5 pts. each)
A. 2 mg/dL C. 8 mg/dL
B. 4 mg/dL D. 10 mg/dL
E. 15 mg/dL
PARTIAL ANSWERS ARE FOUND IN THIS POST
Tuesday, July 13, 2010
ANSWERS TO IDENTIFICATION: Basic Questions
ANSWERS TO IDENTIFICATION: Basic Questions
1. The supernatant fluid when clotted blood has been centrifuged. - SERUM
2. The supernatant fluid when anti-coagulated blood has been centrifuged.- PLASMA
3. Reference method for electrolyte determination.- ION SELECTIVE ELECTRODE
4. A process wherein a needle is introduced into a vein to obtain blood.- VENIPUNCTURE
5. Main function is water electrolyte balance.- SODIUM
6. How many minutes do you centrifuge the blood for serum preparation? - 5 TO 10 MINUTES
7. It is the precision and accuracy of a method.- RELIABILITY
8. Normal anion-gap value. - 8 to 12 mEq/L
9. The normal pH of serum.- 7.35 to 7.45
10. The most common sample for clinical chemistry - SERUM
1. The supernatant fluid when clotted blood has been centrifuged. - SERUM
2. The supernatant fluid when anti-coagulated blood has been centrifuged.- PLASMA
3. Reference method for electrolyte determination.- ION SELECTIVE ELECTRODE
4. A process wherein a needle is introduced into a vein to obtain blood.- VENIPUNCTURE
5. Main function is water electrolyte balance.- SODIUM
6. How many minutes do you centrifuge the blood for serum preparation? - 5 TO 10 MINUTES
7. It is the precision and accuracy of a method.- RELIABILITY
8. Normal anion-gap value. - 8 to 12 mEq/L
9. The normal pH of serum.- 7.35 to 7.45
10. The most common sample for clinical chemistry - SERUM
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