A male client receives a scopolamine transdermal patch 2 hours before surgery. Four hours after surgery, the client tells the nurse that he is experiencing pain and asks why the patch is not working. Which action should the nurse take?
Check for correct placement of the patch behind the client's ear.
Explain that the medication is not given to prevent pain.
Advise the client that the effects of the medication have worn off.
Offer to apply a new transdermal patch to relieve the pain.
The Correct Answer is B
A) Check for correct placement of the patch behind the client's ear: While ensuring correct placement is important for the effectiveness of transdermal patches, the scopolamine patch is primarily used for motion sickness and nausea, not for pain relief. Checking placement does not address the client's pain, which is not the intended use of the medication.
B) Explain that the medication is not given to prevent pain: Scopolamine is used to prevent nausea and motion sickness, not to manage pain. The client’s pain is unrelated to the patch’s intended purpose. Educating the client about the medication's purpose and recommending appropriate pain management would address the issue effectively.
C) Advise the client that the effects of the medication have worn off: The scopolamine patch's effects for nausea or motion sickness would not typically wear off within four hours. The medication was not intended to address pain, so advising the client about its effectiveness for nausea rather than pain would be more appropriate.
D) Offer to apply a new transdermal patch to relieve the pain: Applying a new patch would not be effective for pain management, as scopolamine is not designed for pain relief. Instead, the focus should be on addressing the client's pain with suitable analgesics and explaining the purpose of the scopolamine patch.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","B","D","F"]
Explanation
A. No known allergies:
Having no known allergies is a significant factor in determining the safety of administering vancomycin, as it reduces the risk of an allergic reaction. Vancomycin can cause allergic reactions or hypersensitivity, so it’s important to ensure the client is not allergic to this medication.
B. Peripheral IV in large vein:
Vancomycin should be administered through a large vein because it can be irritating to smaller veins and potentially cause thrombophlebitis or vein damage. Using a large vein helps to minimize these risks and ensure safe administration.
C. Potassium 4.4 mEq/L (4.4 mmol/L):
While potassium levels are important to monitor, they are not directly related to the safety of administering vancomycin. Vancomycin does not have a direct impact on potassium levels, so this finding does not specifically indicate the safety of vancomycin administration.
D. Used for prophylaxis:
Vancomycin is often used as prophylaxis in certain surgical procedures to prevent infection, especially in cases where there is a high risk of methicillin-resistant Staphylococcus aureus (MRSA) infection. The use of vancomycin for prophylaxis is a common practice and indicates it is being administered for an appropriate reason.
E. Blood urea nitrogen 17 mg/dL (6.07 mmol/L):
A blood urea nitrogen (BUN) level of 17 mg/dL is slightly elevated but not necessarily a contraindication for vancomycin administration. However, vancomycin can impact kidney function, so it is important to monitor renal function but not the sole factor in determining safety.
F. Dosage in safe range:
Ensuring the dosage of vancomycin is within the safe range is crucial for preventing toxicity and achieving therapeutic efficacy. This is an essential consideration when administering the medication to avoid adverse effects and ensure effective treatment.
Correct Answer is ["4"]
Explanation
Calculations:
Desired dose: 1.2 million units
Available dose: 600,000 units/2 mL
To find the volume to administer, we can use the following formula:
Volume to administer = (Desired dose / Available dose) * Volume per dose
Volume to administer = (1,200,000 units / 600,000 units/mL) * 2 mL = 4 mL
Therefore, the nurse should administer 4 mL of the penicillin solution.
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