Nursing Elites

1. During a routine prenatal health assessment for a client in her third trimester, the client reports that she had fluid leakage on her way to the appointment. Which technique should the nurse implement to evaluate the leakage?

• A. Insert a straight urinary catheter to drain the bladder.
• B. Scan the bladder for urinary retention.
• C. Palpate the suprapubic area for fetal head position.
• D. Test the fluid with a nitrazine strip.

Correct answer: D

Rationale: Testing the fluid with a nitrazine strip is the appropriate technique to differentiate between amniotic fluid and urine. This test helps in determining if the fluid leakage is amniotic fluid, which is crucial for guiding further management and ensuring appropriate care for the client during the third trimester of pregnancy. Inserting a straight urinary catheter to drain the bladder (Choice A) is unnecessary and invasive in this scenario as the concern is fluid leakage, not urinary retention. Scanning the bladder for urinary retention (Choice B) is also not indicated since the client reported fluid leakage, not retention. Palpating the suprapubic area for fetal head position (Choice C) is unrelated to assessing fluid leakage and not the appropriate technique in this situation.

2. The LPN/LVN is counseling a woman who wants to become pregnant. The woman tells the nurse that she has a 36-day menstrual cycle and the first day of her last menstrual period was January 8. The nurse calculates that the woman's next fertile period is

• A. January 14-15.
• B. January 22-23.
• C. January 30-31.
• D. February 6-7.

Correct answer: C

Rationale: To determine the fertile period, subtract 14 days from the length of the woman's menstrual cycle. In this case, 36-14 = 22. Counting forward from the first day of the last menstrual period (January 8), the fertile period falls around January 30-31. This is because ovulation typically occurs approximately 14 days before the start of the next menstrual period, marking the fertile window for conception.

3. When teaching a gravid client how to perform kick (fetal movement) counts, which instruction should the nurse include?

• A. If 10 kicks are not felt within one hour, drink orange juice and count for another hour.
• B. Count the movements once daily, for one hour, before breakfast.
• C. Avoid caffeinated drinks for 24 hours before conducting the kick test.
• D. Exercise for 15 minutes before starting the counting to help increase fetal movement.

Correct answer: A

Rationale: When teaching a gravid client about kick (fetal movement) counts, the nurse should instruct them that if 10 kicks are not felt within one hour, they should drink orange juice and continue counting for another hour. This instruction is crucial as a drop in fetal movements could indicate potential issues with fetal well-being, and taking action such as rechecking after food intake is recommended to monitor the situation closely.

4. At 20 weeks gestation, a client is scheduled for an ultrasound. In preparing the client for the procedure, the nurse should explain that the primary reason for conducting this diagnostic study is to obtain which information?

• A. Sex and size of the fetus.
• B. Chromosomal abnormalities.
• C. Fetal growth and gestational age.
• D. Lecithin-sphingomyelin ratio.

Correct answer: C

Rationale: The primary reason for an ultrasound at 20 weeks gestation is to assess fetal growth, gestational age, and anatomical development. This evaluation helps ensure the fetus is developing appropriately and can detect any potential issues that may require intervention. Choices A, B, and D are incorrect because at 20 weeks, the primary focus of the ultrasound is not to determine the sex of the fetus, detect chromosomal abnormalities, or assess the lecithin-sphingomyelin ratio. While these factors may be evaluated in pregnancy, they are not the primary reasons for an ultrasound at 20 weeks gestation.

5. In which chromosome pattern is Duchenne disease inherited?

• A. Autosomal dominant
• B. Autosomal recessive
• C. X-linked recessive
• D. Mitochondrial

Correct answer: C

Rationale: Duchenne disease is caused by a mutation in the DMD gene located on the X chromosome, leading to an X-linked recessive inheritance pattern. Males are typically affected by this disorder as they have only one X chromosome, while females are carriers with one normal and one affected X chromosome.

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