A nurse is assessing a client who has been receiving electroconvulsive therapy. Which of the following findings indicates the treatment is effective?
Reduced frequency of panic attacks
Decreased feelings of hopelessness
Reduced frequency of seizures
Decreased fear of heights
The Correct Answer is B
A. Reduced frequency of panic attacks:
ECT is not primarily used to treat panic attacks. It is more commonly employed for severe mood disorders such as major depressive disorder and bipolar disorder. While ECT might indirectly affect anxiety symptoms, its main focus is on mood stabilization and improvement of depressive symptoms.
B. Decreased feelings of hopelessness:
This is the correct choice. Decreased feelings of hopelessness, often accompanied by improved mood and reduced suicidal thoughts, indicate the effectiveness of ECT in treating severe depression. ECT is known for its rapid and significant impact on mood, leading to improvements in feelings of hopelessness and despair, which are common symptoms of severe depression.
C. Reduced frequency of seizures:
ECT itself induces controlled seizures under anesthesia as part of the treatment process. The goal of ECT is not to reduce seizures but to target specific mental health conditions, particularly severe mood disorders. ECT is not indicated for managing epilepsy or reducing the frequency of seizures related to neurological disorders.
D. Decreased fear of heights:
ECT is not a treatment specifically designed to address phobias or fear-related disorders such as acrophobia (fear of heights). It is primarily used for severe mental health conditions, especially mood disorders. While an individual's overall anxiety might improve with successful ECT treatment, its direct effect on specific phobias like fear of heights is not a primary indication for the therapy.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. Hallways are long distances:
Long hallways can be challenging for individuals with dementia due to their potential mobility issues, disorientation, and decreased ability to navigate. Dementia often affects spatial awareness and can lead to confusion, making it difficult for patients to find their way back to their rooms or common areas. Long distances increase the risk of falls and disorientation.
B. The room has an area rug:
Area rugs can present tripping hazards for anyone, especially for individuals with mobility issues, balance problems, or cognitive impairments like dementia. Patients might trip on the edges of the rug, leading to falls and injuries.
C. The bed is in the low position:
Having the bed in a low position is generally considered a safety measure, especially for patients at risk of falls. However, for a patient with dementia, it might be important to strike a balance. Beds that are too low can be difficult for individuals with dementia to get in and out of, potentially leading to falls. It's important to assess the patient's ability to safely get in and out of bed.
D. Outside doors have locks:
Locks on outside doors are essential for the safety of individuals with dementia. Dementia patients are prone to wandering, which can lead them to dangerous situations if they leave the facility unsupervised. Locks on outside doors help prevent wandering, ensuring the patients stay within the secure confines of the facility.
Correct Answer is ["90"]
Explanation
To find out how many mL the nurse should administer for the total daily dose, we need to calculate the total daily dose and then convert it to mL using the available concentration.
The client is prescribed hydroxyzine 60 mg PO every 8 hours. To find the total daily dose, we can first calculate the dose per day and then convert it to mL.
Dose per day = Dose per dose interval x Number of doses per day
Dose per day = 60 mg x 3 (every 8 hours)
Dose per day = 180 mg per day
Now, we need to convert this dose to mL using the available concentration:
Concentration: 10 mg/5 mL
To find out how many mL for 180 mg, we can set up a proportion:
(10 mg / 5 mL) = (180 mg / x mL)
Cross-multiply:
10 mg * x mL = 5 mL * 180 mg
Now, solve for x (the number of mL):
x mL = (5 mL * 180 mg) / 10 mg
x mL = 900 mL / 10 mg
x mL = 90 mL
So, the nurse should administer 90 mL for the total daily dose.
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