A nurse is providing education regarding biologic threats. When discussing anthrax, which of the following should be included as potential portals of entry? SELECT ALL THAT APPLY

Choice A reason:

Restricting drinking fluids before and during meals is not an appropriate suggestion for improving nutritional status. While it might help prevent early satiety in some cases, it does not address the underlying issues related to Myasthenia gravis, such as muscle weakness affecting chewing and swallowing.

Choice B reason:

Planning medication doses to occur before meals is a crucial strategy for clients with Myasthenia gravis. Medications such as anticholinesterase agents can help improve muscle strength, making it easier for the client to chew and swallow food. This approach can enhance the client’s ability to consume adequate nutrition during meals.

Choice C reason:

Increasing the amount of fat and carbohydrates in meals might help with caloric intake, but it does not address the specific challenges faced by clients with Myasthenia gravis. The focus should be on strategies that improve the client’s ability to eat effectively, rather than just altering the macronutrient composition of meals.

Choice D reason:

Eating three large meals per day can be challenging for clients with Myasthenia gravis due to muscle fatigue. Smaller, more frequent meals are often recommended to help manage energy levels and ensure adequate nutrition without overwhelming the client.

Choice A reason:

Placing the client on a low-protein, low-calorie diet is not appropriate for managing bradykinesia in Parkinson’s disease. While dietary adjustments may be necessary for overall health, they do not directly address the motor symptoms of Parkinson’s. In fact, protein intake needs to be managed carefully to avoid interference with medication absorption, but a low-calorie diet is not typically recommended.

Choice B reason:

Teaching the client to walk more quickly when ambulating is not advisable for someone with bradykinesia. Parkinson’s disease often causes difficulty with movement initiation and control, and encouraging faster walking could increase the risk of falls. Instead, strategies to improve gait and balance, such as physical therapy, are more appropriate.

Choice C reason:

Completing passive range-of-motion exercises daily can be beneficial for maintaining joint flexibility and preventing stiffness. However, this action alone does not specifically address bradykinesia, which is characterized by slowness of movement. Active exercises and physical therapy are more effective in managing bradykinesia.

Choice D reason:

Giving the patient extra time to perform activities is crucial for managing bradykinesia. Clients with Parkinson’s disease often need more time to complete tasks due to the slowness of movement. Allowing extra time helps reduce frustration and promotes independence, making it an essential part of care.