When administering medications to infants, it is essential to remember which of the following? (Select all that apply.)
Oral medications are contraindicated in infants.
Breastfeeding infants are more likely to develop toxicity when given lipid-soluble drugs.
Immaturity of renal function in infancy causes infants to excrete drugs less efficiently.
Infants are more sensitive to medications that act on the central nervous system.
Infants have immature livers, which slow drug metabolism.
Correct Answer : C,D,E
a) This is false because oral medications can be given to infants if they are in liquid form, have a suitable dose, and are administered with a dropper or syringe. However, oral medications should be given with caution and only when prescribed by a doctor.
b) This is false because lipid-soluble drugs are not easily passed into breast milk and do not affect breastfeeding infants. However, some drugs can be harmful to breastfeeding infants and should be avoided or used with caution by nursing mothers.
c) Immaturity of renal function in infancy affects drug excretion, potentially leading to prolonged drug effects and increased risk of toxicity.
d) Infants are more sensitive to medications that act on the central nervous system, and dose adjustments may be needed to prevent adverse effects.
e) Immature liver function in infants can slow down drug metabolism and elimination, leading to a higher risk of drug accumulation and toxicity.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A) Sildenafil and finasteride can both lower blood pressure, and concomitant use may increase the risk of hypotension.
B) Nitroglycerin use is a contraindication for sildenafil due to the risk of severe hypotension.
C) Benign prostatic hypertrophy alone may not be a contraindication for sildenafil use.
D) Mild hypertension alone may not be a contraindication for sildenafil, but it should be considered in the overall assessment of cardiovascular health.
Correct Answer is B
Explanation
a) Naloxone does not increase the excretion of opioids by altering serum pH; its primary action is at the receptor level.
b) Naloxone is an opioid receptor antagonist, meaning it blocks or prevents the activation of opioid receptors. This is how it counteracts the effects of opioids like morphine.
c) Naloxone does not regulate the sensitivity of opioid receptors by neurochemical alterations. Its action is more direct as an antagonist.
d) Naloxone is not an agonist; it does not produce opioid-like effects. Instead, it competes with opioids for receptor binding and blocks their effects.
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