For optimal pain management, when is the best time to administer prescribed analgesics for a client who had abdominal surgery 12 hours ago?
When the client exhibits physiologic symptoms of pain.
Prior to painful activities, such as bathing.
On a regular schedule around the clock.
Whenever the client requests it.
The Correct Answer is C
On a regular schedule around the clock. This is because when pain is present for more than 12 hours a day, analgesic dosages are best administered around the clock rather than on an as-needed basis.
Choice A is wrong because waiting for the client to exhibit physiologic symptoms of pain may delay the administration of analgesics and cause unnecessary suffering. Physiologic symptoms of pain are not always reliable indicators of pain intensity or quality.
Choice B is wrong because administering analgesics prior to painful activities may not provide adequate pain relief throughout the day. Painful activities may vary depending on the client’s condition and preferences.
Choice D is wrong because relying on the client’s request may not ensure optimal pain management. Some clients may be reluctant to ask for analgesics due to fear of addiction, side effects, or being perceived as weak.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
An idiosyncratic drug effect is an unpredictable and uncommon reaction to a drug that is not related to the dose, the pharmacology, or the patient’s allergy or intolerance. It may be caused by genetic factors, metabolic abnormalities, or interactions with other drugs or substances. An example of an idiosyncratic drug effect is paradoxical agitation or excitement after receiving a sedative.
B. A toxic drug effect is a harmful reaction to a drug that is related to the dose or the pharmacology of the drug. It may cause symptoms such as nausea, vomiting, drowsiness, confusion, or respiratory depression. A toxic drug effect is unlikely to cause agitation after receiving a sedative unless there is an overdose or a drug interaction that increases the level of the sedative in the blood.
C. An allergic drug response is an immunological reaction to a drug that is not related to the dose or the pharmacology of the drug. It may cause symptoms such as rash, itching, swelling, fever, or anaphylaxis. An allergic drug response is unlikely to cause agitation after receiving a sedative unless there is a severe anaphylactic reaction that affects the brain or the circulation.
D. An unexpected drug interaction is a modification of the effect of one drug by another drug or substance that is not predictable based on their pharmacology. It may cause an increase or a decrease in the efficacy or toxicity of one or both drugs. An unexpected drug interaction may cause agitation after receiving a sedative if there is a synergistic effect that enhances the central nervous system stimulation of another drug or substance (such as caffeine, cocaine, or amphetamines) or if there is an antagonistic effect that reduces the central nervous system depression of the sedative (such as flumazenil, naloxone, or physostigmine). However, these interactions are usually known and avoidable by checking the patient’s history and medication list.
Correct Answer is ["A","B"]
Explanation
Increased heart rate and decreased blood pressure are common signs of dehydration, as the body tries to compensate for the fluid loss by increasing the heart rate and lowering the blood pressure.
Choice C is wrong because increased temperature is not a typical symptom of dehydration, although it can be a cause of it.
Choice D is wrong because hypoactive muscle responses are not related to dehydration, but rather to neurological or muscular disorders.
Choice E is wrong because alert and oriented is the normal mental status for most people, and dehydration can cause confusion and disorientation in severe cases.
Normal ranges for heart rate and blood pressure vary depending on age, gender, physical activity, and other factors, but generally they are:
- Heart rate: 60 to 100 beats per minute for adults
- Blood pressure: less than 120/80 mmHg for adults
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