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ATI Community Health Proctored Exam 2019 Quizlet
1. In the past year, Barangay A had an average population of 1655. There were 46 babies born in that year, 2 of whom died less than 4 weeks after birth, and 4 stillbirths were recorded. What is the neonatal mortality rate?
- A. 27.8/1000
- B. 43.5/1000
- C. 86.9/1000
- D. 130.4/1000
Correct answer: B
Rationale: Neonatal mortality rate is calculated by dividing the number of babies who died before reaching the age of 28 days by the total number of live births, then multiplying by 1,000. In this case, 2 babies died within 28 days out of 46 total live births. Therefore, the neonatal mortality rate is (2/46) * 1000 = 43.5/1000.
2. Which vaccine leaves a permanent scar at the site of injection?
- A. BCG
- B. DPT
- C. Hepatitis B vaccine
- D. Measles vaccine
Correct answer: A
Rationale: The BCG vaccine, which is used for tuberculosis, is known to leave a permanent scar at the site of injection. This distinctive scar formation is one of the characteristic features of receiving the BCG vaccine and is used as a marker of vaccination in some regions.
3. Which biological used in Expanded Program on Immunization (EPI) is stored in the freezer?
- A. DPT
- B. OPV
- C. Hepatitis B vaccine
- D. Measles vaccine
Correct answer: B
Rationale: The correct answer is OPV. Oral Polio Vaccine should be stored in the freezer to maintain its potency. Vaccines like DPT, Hepatitis B vaccine, and Measles vaccine are typically stored in the refrigerator to ensure their efficacy.
4. What is the minimum interval between the administration of two doses of the MMR vaccine?
- A. 2 weeks
- B. 4 weeks
- C. 6 weeks
- D. 8 weeks
Correct answer: B
Rationale: The minimum interval between two doses of the MMR vaccine is 4 weeks. This interval is necessary to allow the immune system to respond to the first dose and develop a sufficient immune response before receiving the second dose. Administering the doses too close together may not provide optimal protection.
5. Which of the following is a benefit of providing Vitamin A supplements to children?
- A. Improves cognitive development
- B. Reduces the risk of severe measles
- C. Prevents iron deficiency anemia
- D. Enhances physical growth
Correct answer: B
Rationale: The correct benefit of providing Vitamin A supplements to children is reducing the risk of severe measles. Vitamin A supplementation is known to lower the risk of severe measles and its associated complications, making it an important intervention in regions where measles is prevalent.
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