The healthcare provider gives a pregnant woman a prescription for one prenatal vitamin with iron daily and tells her to increase iron-rich foods in her diet because her hemoglobin is 8.2 g/dL or (5.09 mmol/L).
When a list of iron-rich foods is given to the client, she tells the practical nurse (PN) that she is vegetarian and does not eat anything that "bleeds." Which instruction should the PN provide? (Select all that apply.)
Add lentils and black beans to soups
Eat red meat just until the anemia is resolved
Take two prenatal vitamins with iron daily
Oatmeal is a good choice for breakfast
Increase green leafy vegetables in the diet
Correct Answer : A,D,E
Since the pregnant woman is vegetarian and does not eat meat, the practical nurse (PN) should provide alternative sources of iron-rich foods. Lentils and black beans are excellent vegetarian sources of iron and can be added to soups to increase iron intake (option a).
Oatmeal is a good choice for breakfast as it is often fortified with iron (option d). This can help supplement
iron intake in the diet.
Green leafy vegetables, such as spinach, kale, and broccoli, are also rich in iron and should be increased in the client's diet (option e).
Option b, which suggests eating red meat just until the anemia is resolved, is not appropriate for a vegetarian client.
Option c, taking two prenatal vitamins with iron daily, is not necessary unless specifically advised by the healthcare provider. It is important to follow the prescribed dosage of medication and supplements as directed by the healthcare provider.
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Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
The correct answer and explanation is:
c) Call the healthcare provider and clarify the prescription.
This is the action that the PN should take if they believe that a prescription for a child is incorrect because the dosage prescribed is the usual adult dosage. Calling the healthcare provider and clarifying the prescription is the safest and most effective way to prevent medication errors and ensure the child's safety.
The PN should not administer the medication until they are sure that it is correct and appropriate for the child.
a) Tell the pharmacy to send an accurate child's dosage.
This is not the action that the PN should take if they believe that a prescription for a child is incorrect because the dosage prescribed is the usual adult dosage. Telling the pharmacy to send an accurate child's dosage is not appropriate, as it may cause confusion, delay, or conflict with the healthcare provider's orders. The PN should not assume that they know the correct dosage for the child without consulting with the healthcare provider.
b) Ask another nurse if adult dosages are ever given to children.
This is not the action that the PN should take if they believe that a prescription for a child is incorrect because the dosage prescribed is the usual adult dosage. Asking another nurse if adult dosages are ever given to children is not helpful, as it may not provide accurate or reliable information. The PN should not rely on another nurse's opinion or experience without verifying it with the healthcare provider.
d) Request verification of the prescription by the charge nurse.
This is not the action that the PN should take if they believe that a prescription for a child is incorrect because the dosage prescribed is the usual adult dosage. Requesting verification of the prescription by the charge nurse is not necessary, as it may waste time and resources. The PN should be able to communicate directly with the healthcare provider and clarify any doubts or concerns about the prescription.
Correct Answer is ["1"]
Explanation
This is the correct answer because the concentration of cefazolin after reconstitution is 1 gram/2.5 mL, which is equivalent to 400 mg/1 mL. Therefore, to administer 400 mg of cefazolin, the PN should draw up 1 mL of the reconstituted solution. This can be calculated using the formula:
Desired dose / Available dose = Volume to administer
400 mg / 1000 mg = x mL / 2.5 mL
x = (400 x 2.5) / 1000
x = 1 mL

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