A nurse is collecting data for a client following electroconvulsive therapy. Which of the following adverse effects should the nurse expect?

Answer: C

Rationale:

A) Encourage strength-training exercise: Strength-training exercises can be beneficial in building muscle mass and improving overall strength. However, for a client with leukemia experiencing chronic fatigue, this may be too strenuous and could exacerbate their fatigue rather than alleviate it. It is better to encourage light to moderate activities based on their tolerance.

B) Increase the client's fluids to 4 L per day: While adequate hydration is important, increasing fluids to 4 L per day may not be suitable for all clients and could pose risks, particularly if there are concerns about fluid balance or renal function. This recommendation should be tailored to the client's specific needs and medical condition.

C) Increase protein in the diet: Increasing protein in the diet can help improve energy levels and support the body's repair and regeneration processes. For clients with leukemia who are experiencing chronic fatigue, a high-protein diet can aid in maintaining muscle mass and overall nutritional status, helping to combat fatigue.

D) Encourage the client to have continual bed rest: Encouraging continual bed rest can lead to deconditioning and further exacerbate fatigue. It is important to balance rest with periods of gentle activity to maintain some level of physical function and avoid complications such as muscle atrophy or deep vein thrombosis.

Answer: A. Apply light pressure to the inner canthus just after instilling the eye drops.

Rationale:

A) Apply light pressure to the inner canthus just after instilling the eye drops.
Applying pressure to the inner canthus (the corner of the eye nearest the nose) helps occlude the nasolacrimal duct. This action reduces the systemic absorption of the medication by preventing it from draining into the nasal passages and subsequently into the systemic circulation, thus enhancing the local effect of the eye drops.

B) Wipe the eye from the inner to the outer canthus with a sterile saline-moistened cotton ball.
While this action may help remove excess medication or discharge, it does not minimize systemic absorption. Instead, wiping the eye could inadvertently spread the medication to other areas, increasing the chance of absorption rather than reducing it.

C) Administer the medication drops directly into the lower conjunctival sac of each eye.
While placing drops in the lower conjunctival sac is a standard practice for delivering ophthalmic medications, it does not directly influence systemic absorption. The main goal is to ensure adequate dosing in the eye, but systemic absorption can still occur if the drops drain into the nasolacrimal duct.

D) Wait 5 min after instillation before instilling the drops in the other eye.
Waiting between instillations is good practice to prevent dilution of the first dose and to allow for absorption. However, this action does not significantly impact systemic absorption. It focuses more on ensuring that the first dose is effective before administering a second dose.