The practical nurse (PN) is assigning care for a group of clients on the urology medical unit. Which client care interventions should the PN assign to the unlicensed assistive personnel (UAP)? (Select all that apply)

Choice A reason: Limiting fluid intake to prevent incontinence is not the highest priority intervention for this client because it can cause dehydration, urinary tract infections, or kidney stones, which can worsen the client's condition and quality of lifE. The client should be encouraged to drink adequate fluids and empty their bladder regularly.

Choice B reason: Providing regular perineal care to prevent skin breakdown is the highest priority intervention for this client because it can prevent infection, irritation, and ulceration of the skin around the genital and anal areas, which can cause pain, discomfort, and complications. The client should be kept clean and dry, and use barrier creams or pads as needeD.

Choice C reason: Administering hypotonic IV fluids is not an intervention for this client because it can cause fluid overload, hyponatremia, or cerebral edema, which can endanger the client's health and safety. The client does not need IV fluids unless they are dehydrated or have other indications.

Choice D reason: Teaching Kegel exercises to strengthen the pelvic floor is not an intervention for this client because it can be ineffective or harmful for clients with reflex incontinence, which is caused by loss of voluntary control over bladder contractions due to spinal cord injury. The client may benefit from other interventions such as bladder training, medication, or surgery.

c) Bilateral lung sounds.

Explanation:

When admitting a client with complications of left-sided heart failure, the practical nurse (PN) should prioritize assessing the client's bilateral lung sounds. Left-sided heart failure can result in the accumulation of fluid in the lungs, leading to pulmonary congestion and impaired gas exchange. By auscultating the client's lung sounds, the PN can assess for the presence of crackles, wheezes, or diminished breath sounds, which are indicative of pulmonary congestion and fluid accumulation. This assessment helps to identify the severity of the client's condition and guides further interventions and treatment.

While assessing heart sounds (option a) is important in evaluating cardiac function, assessing lung sounds takes priority as pulmonary congestion is a common manifestation of left-sided heart failure. Chest pain (option b) is a significant symptom that should be assessed promptly, but in this scenario, the focus is on assessing for signs of pulmonary congestion and impaired gas exchange. Assessing the client's mood and affect (option d) is important for a comprehensive assessment, but it is not the priority when the client is admited with complications of left-sided heart failure.

The other options are considered incorrect because they are not the priority assessments when admitting a client with complications of left-sided heart failure.

Option a) Heart sounds: While assessing heart sounds is important in evaluating cardiac function, the priority in this scenario is to assess for pulmonary congestion and impaired gas exchange. Assessing bilateral lung sounds allows the practical nurse to gather immediate information about the client's respiratory status and the presence of fluid in the lungs.

Option b) Chest pain: Chest pain is a significant symptom that should be assessed promptly, as it could indicate various cardiac or respiratory conditions. However, in this specific scenario, the priority is to assess for signs of pulmonary congestion, which can have a more immediate impact on the client's respiratory function.

Option d) Mood and affect: Assessing the client's mood and affect is important for a comprehensive assessment of their emotional well-being. However, when admitting a client with complications of left- sided heart failure, the priority is to assess their physical condition, particularly the respiratory status, to address any immediate concerns related to pulmonary congestion and impaired gas exchange.