An elderly patient, who is ambulatory and independent, is admitted to the hospital. What intervention by the nurse would be most effective in preventing falls for this patient?
Arrange for a bedside commode for the patient.
Ensure the bathroom light is kept on during the night.
Use side rails to keep the patient in bed.
Implement a toileting schedule for the patient.
The Correct Answer is D
Rationale for Choice A:
Arranging for a bedside commode can be helpful for patients who have difficulty ambulating to the bathroom. However, it is not the most effective intervention for preventing falls in an ambulatory and independent patient. In fact, it could potentially increase the risk of falls if the patient attempts to use the commode without assistance or if they become disoriented in the dark.
Research has shown that bedside commodes are associated with an increased risk of falls in hospitalized patients. This is because patients may try to get out of bed to use the commode without assistance, or they may become disoriented in the dark and fall.
Additionally, bedside commodes can be a tripping hazard, especially for patients with impaired mobility.
Rationale for Choice B:
Ensuring the bathroom light is kept on during the night can help to reduce the risk of falls by making it easier for the patient to see. However, it is not the most effective intervention for preventing falls.
Patients may still fall even if the bathroom light is on, especially if they are weak, unsteady, or have impaired vision. Additionally, keeping the bathroom light on all night can disrupt the patient's sleep, which can also increase the risk of falls.
Rationale for Choice C:
Using side rails to keep the patient in bed is not an effective intervention for preventing falls. In fact, it can actually increase the risk of falls by making it more difficult for the patient to get out of bed safely.
Patients may try to climb over the side rails, which can lead to falls.
Additionally, side rails can restrict the patient's movement and make them feel trapped, which can lead to agitation and an increased risk of falls.
Rationale for Choice D:
Implementing a toileting schedule is the most effective intervention for preventing falls in an ambulatory and independent patient. This is because it helps to reduce the patient's need to get out of bed at night to use the bathroom.
When a patient has a scheduled time to toilet, they are less likely to try to get out of bed on their own and risk a fall. Additionally, a toileting schedule can help to prevent incontinence, which can also lead to falls.
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Correct Answer is C
Explanation
Choice A rationale:
While it's true that dehydration can lead to incontinence, simply stating this fact to the patient doesn't directly address the issue of dehydration. It doesn't provide actionable steps to correct the dehydration.
Incontinence can be a result of dehydration, but addressing the dehydration is the primary concern to prevent further complications.
Providing information about incontinence might be helpful in other contexts, but it's not the most effective advice to address mild dehydration in this specific scenario.
Choice B rationale:
Diuretics promote fluid loss through urination, which can worsen dehydration.
Advising the patient to take a diuretic in the morning would be counterproductive in this case. The goal is to increase fluid intake, not further deplete fluid levels.
It's important to consider the patient's medications and potential interactions before suggesting any changes to their medication regimen.
Choice C rationale:
Regular fluid intake is essential for maintaining hydration and replenishing lost fluids.
This advice directly addresses the issue of dehydration by encouraging the patient to consume fluids consistently. Drinking fluids every 1 to 2 hours can help restore fluid balance and prevent further complications.
It's a simple, actionable, and effective measure to address mild dehydration.
Choice D rationale:
While reducing sodium intake can be beneficial for some individuals with hypertension or other conditions, it's not the most relevant advice for addressing mild dehydration.
Sodium restriction might be appropriate in certain cases, but it doesn't directly address the immediate need to increase fluid intake.
The primary focus in this situation should be on replenishing fluids, not restricting sodium.
Correct Answer is D
Explanation
Choice A rationale:
Metabolic alkalosis is a condition characterized by an increase in the pH of the blood due to an excess of bicarbonate (HCO3-) in the body. It is not typically caused by severe diarrhea. In fact, diarrhea can often lead to a loss of bicarbonate, which can contribute to metabolic acidosis.
Causes of metabolic alkalosis include: excessive vomiting, use of diuretics, and excessive intake of alkali such as antacids. Clinical manifestations of metabolic alkalosis include: muscle twitching, paresthesias, seizures, confusion, and lethargy.
Choice B rationale:
Respiratory alkalosis is a condition characterized by a decrease in the partial pressure of carbon dioxide (PaCO2) in the blood, leading to an increase in blood pH. It is caused by hyperventilation, which removes excess CO2 from the body. Severe diarrhea does not typically cause hyperventilation.
Causes of respiratory alkalosis include: anxiety, hyperventilation syndrome, high altitude sickness, and pulmonary embolism. Clinical manifestations of respiratory alkalosis include: lightheadedness, dizziness, paresthesias, palpitations, and tetany.
Choice C rationale:
Respiratory acidosis is a condition characterized by an increase in the partial pressure of carbon dioxide (PaCO2) in the blood, leading to a decrease in blood pH. It is caused by hypoventilation, which prevents the body from removing enough CO2. Severe diarrhea does not typically cause hypoventilation.
Causes of respiratory acidosis include: chronic obstructive pulmonary disease (COPD), pneumonia, asthma, and neuromuscular disorders.
Clinical manifestations of respiratory acidosis include: headache, confusion, somnolence, and coma.
Choice D rationale:
Metabolic acidosis is a condition characterized by a decrease in the pH of the blood due to an excess of acid in the body or a loss of bicarbonate. Severe diarrhea can lead to metabolic acidosis through several mechanisms:
Loss of bicarbonate in the stool: Diarrhea often contains a significant amount of bicarbonate, which can be lost from the body in large amounts during severe diarrheal episodes. This loss of bicarbonate can lead to a decrease in the blood's pH, resulting in metabolic acidosis.
Dehydration: Severe diarrhea can also lead to dehydration, which can concentrate acids in the blood and contribute to metabolic acidosis.
Lactic acidosis: In some cases, severe diarrhea can also cause lactic acidosis, a type of metabolic acidosis that occurs when there is a buildup of lactic acid in the body. This can happen due to impaired circulation or tissue hypoxia, which can occur as a complication of severe diarrhea.
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