A nurse is completing discharge teaching to a client in her 35th week of pregnancy who has mild preeclampsia. Which of the following information about nutrition should be included in the teaching?
Drink 48 to 64 ounces of water daily.
Avoid salting foods during cooking.
Consume 40 to 50 g of protein daily.
Limit intake of whole grains, raw fruits, and vegetables.
The Correct Answer is A
Choice a reason:
Hydration is crucial during pregnancy, especially for those with preeclampsia. Adequate water intake helps maintain blood volume and reduce blood viscosity, which can help manage blood pressure levels. Drinking 48 to 64 ounces of water daily is recommended to support the increased blood volume needed during pregnancy and to help prevent dehydration, which can exacerbate preeclampsia symptoms.
Choice b reason:
While reducing salt intake can be beneficial for managing blood pressure, it is not necessary to completely avoid salting foods during cooking. Instead, moderation is key. Excessive salt can lead to water retention, which can worsen preeclampsia, but some salt is needed for electrolyte balance and proper body function.
Choice c reason:
Protein is an essential nutrient for fetal growth and the repair and maintenance of maternal tissues. A daily intake of 40 to 50 grams of protein is generally recommended during pregnancy. However, for those with preeclampsia, protein needs may be higher due to potential protein loss in the urine. It's important to monitor protein intake and adjust as needed under medical guidance.
Choice d reason:
Limiting the intake of whole grains, raw fruits, and vegetables is not recommended. These foods provide essential nutrients, fiber, and antioxidants that are beneficial for both maternal and fetal health. They should be included as part of a balanced diet unless there are specific dietary restrictions advised by a healthcare provider.
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Related Questions
Correct Answer is D
Explanation
Choice A reason:
Administering oxygen via face mask is a common intervention for late decelerations; however, it is not the first-line action. Oxygen is given to improve fetal oxygenation, but repositioning the mother has a more immediate effect on improving uteroplacental blood flow and, consequently, fetal oxygenation12.
Choice B reason:
Increasing the infusion rate of IV fluid is an intervention used to expand maternal blood volume, which can improve placental perfusion. However, this is not the primary action to be taken when late decelerations are noted, as it may take time for the increased fluid to affect the uteroplacental circulation.
Choice C reason:
Elevating the client’s legs can help increase venous return to the heart, potentially improving uteroplacental circulation. Nonetheless, this is not the most immediate action to take for late decelerations, as it does not directly address the potential compression of the vena cava or aorta.
Choice D reason:
Positioning the client on her side, particularly the left side, is the priority nursing action for late decelerations. This position helps relieve pressure on the inferior vena cava, enhancing maternal cardiac output and increasing blood flow to the placenta, which can quickly improve fetal oxygenation and resolve late decelerations
Correct Answer is C
Explanation
The correct answer is choice C. Dry, cracked skin.
Choice A rationale:
Increased subcutaneous fat is more commonly seen in full-term infants, but post-term infants (born after 42 weeks) often have decreased subcutaneous fat due to the aging placenta’s reduced efficiency in nutrient delivery.
Choice B rationale:
Scant scalp hair is typically seen in preterm infants. Post-term infants usually have more developed features, including more scalp hair.
Choice C rationale:
Dry, cracked skin is a common finding in post-term infants because the protective vernix caseosa, which covers the skin in utero, has often been shed by this stage. The prolonged exposure to amniotic fluid can lead to skin that appears dry, cracked, and peeling.
Choice D rationale:
Copious vernix is usually seen in preterm infants. By 42.5 weeks, most of the vernix has been absorbed or shed, leading to the dry skin observed in post-term infants.
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