A nurse is caring for a client who has suspected Meniere's disease.
Which of the following is an expected finding?

Choice C rationale

Osteoporosis significantly increases the risk of fractures due to decreased bone mineral density, making fall prevention the highest priority for safety. Using handrails in the bathroom provides stability during transitions, while non-skid socks prevent slipping on smooth surfaces. These interventions directly address the physical environment to reduce the likelihood of a fall, which could lead to a devastating hip or spinal fracture in a client with compromised bone structural integrity.

Choice B rationale

Using chairs without armrests is unsafe for a client with osteoporosis because armrests provide necessary leverage and support when standing up or sitting down. Without them, the client is more likely to lose their balance or experience a fall. Safe furniture for those with bone density issues should be sturdy and provide ergonomic support to assist with mobility, rather than making it easier to slide off, which increases the risk of injury.

Choice C rationale

The use of handrails and non-skid socks represents an effective strategy for fall prevention by enhancing grip and stability. For women with osteoporosis, even a minor slip can result in a serious fracture. Bathroom safety is particularly critical due to wet surfaces. Implementing these environmental modifications demonstrates that the client understands how to mitigate their specific risk factors and maintain a safe living environment to protect their fragile skeletal system.

Choice D rationale

Using a longer telephone cord creates a significant tripping hazard, which is exactly what a client with osteoporosis must avoid. If the client finds it difficult to stand from a sitting position, the nurse should recommend a chair with a higher seat and armrests or a physical therapy consultation for strengthening. Suggesting a longer cord ignores the primary safety goal of keeping walkways clear of obstructions to prevent falls and subsequent bone fractures.

Choice A rationale

Cataracts involve the gradual opacification and clouding of the crystalline lens within the eye. This pathology affects visual acuity and light transmission but does not involve the inner ear structures or the balance mechanisms located in the bony labyrinth. Consequently, there is no physiological or anatomical link between lens protein degradation and the endolymphatic hydrops associated with Meniere disease development.

Choice B rationale

Bacterial pneumonia is a severe systemic infection that can trigger an inflammatory cascade and immune response. While Meniere disease is primarily related to fluid imbalances in the inner ear, recent infections, including viral or bacterial respiratory illnesses, are recognized as potential precursors. The resulting immune-mediated inflammation or secondary metabolic changes can disrupt endolymphatic sac regulation, thereby increasing the risk of episodic vertigo and hearing loss.

Choice C rationale

Macular degeneration is a progressive condition affecting the central portion of the retina, known as the macula. It leads to central vision loss due to drusen accumulation or choroidal neovascularization. This is a localized neurosensory deficit of the visual system. It does not interfere with the vestibular system or the cochlear fluids, and therefore lacks a causative relationship with Meniere disease pathology.

Choice D rationale

Osteoporosis is characterized by a systemic reduction in bone mineral density and microarchitectural deterioration of bone tissue. While it increases the risk of fractures, particularly in the hip and spine, it does not directly impact the fluid dynamics of the inner ear. The pathophysiology of bone resorption is distinct from the mechanisms of endolymphatic pressure regulation that define the onset of Meniere disease.