A nurse has obtained a client's oxygen saturation measurement of 88% on 2 liters of oxygen via nasal cannula. Which of the following actions should the nurse take?
Check the client's heart rate on the oximeter
Compare the result with the baseline reading
Decrease the amount of oxygen administered
Perform another reading while the client ambulates
The Correct Answer is B
Answer: B. Compare the result with the baseline reading
Rationale:
A. Check the client's heart rate on the oximeter:
Although checking the heart rate may provide context for assessing the client's overall status, it does not address the primary concern of the low oxygen saturation. Understanding the client's baseline saturation level takes priority to guide further actions effectively.
B. Compare the result with the baseline reading:
Comparing the reading with the client's baseline is essential. For clients with chronic respiratory conditions, baseline oxygen levels may naturally be lower. Identifying if this 88% saturation is typical or unusual for the client helps determine the need for further intervention or adjustment.
C. Decrease the amount of oxygen administered:
Reducing oxygen flow when the saturation is low is contraindicated, as it could worsen hypoxia. Instead, increasing oxygen may be warranted if the reading remains below the baseline after further assessment.
D. Perform another reading while the client ambulates:
Repeating the reading during ambulation may worsen hypoxia and is not ideal without understanding baseline oxygenation at rest. Re-evaluation at rest or in a different position may be more appropriate for accurate assessment.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["D"]
Explanation
Swimming is a low-impact sport that minimizes the risk of injury and joint stress, making it an ideal choice for children with hemophilia. It provides a cardiovascular workout without subjecting the child to excessive physical stress or the risk of trauma that could lead to bleeding. Swimming also promotes muscle strength and coordination without putting significant pressure on the joints.
Now, let's discuss why the other options are not recommended:
a.Basketball
Basketball involves physical contact and has a higher risk of falls, collisions, and potential injuries. These factors increase the likelihood of bleeding episodes for individuals with hemophilia
b.Gymnastics
Gymnastics also carries a high risk of falls, joint stress, and potential injuries. The impact and demanding movements involved in gymnastics can pose a significant risk for children with hemophilia, leading to bleeding complications.
c.Soccer
Soccer is a contact sport that involves running, kicking, and potential collisions with other players. The physical demands and unpredictable nature of the game increase the risk of injury and subsequent bleeding for individuals with hemophilia.
In summary, swimming is the most suitable sport for a school-age child with hemophilia due to its low- impact nature and minimal risk of injury. It promotes physical fitness while minimizing the likelihood of bleeding episodes and joint stress.
Correct Answer is D
Explanation
As individuals age, there is a natural decline in kidney function. This can result in a reduced ability to filter and excrete medications and their metabolites from the body. The decreased kidney function can lead to a longer half-life of medications, increased drug accumulation, and an increased risk of adverse drug reactions. It is important for the nurse to adjust medication dosages and frequencies based on the individual's renal function to prevent drug toxicity.
Increased liver function: Aging is associated with a gradual decline in liver function. While there may be some individual variations, in general, liver function decreases rather than increases with age. However, changes in liver function can affect the metabolism and elimination of medications. Some medications may require dosage adjustments based on liver function, but it is not a common physiological change in older adults.
Increased metabolism: Aging is generally associated with a decrease in metabolism rather than an increase. The metabolic rate tends to slow down with age, which can affect the pharmacokinetics of medications. Slower metabolism can result in medications taking longer to be metabolized and cleared from the body, potentially leading to prolonged drug effects.
Decreased pulmonary function: While it is true that lung function decreases with age, the impact on medication administration is not as significant compared to kidney function. Medications are usually administered through non-pulmonary routes (e.g., oral, intravenous, transdermal), and decreased pulmonary function primarily affects the absorption of inhaled medications. However, certain respiratory conditions or compromised lung function may influence medication choices or require adjusted dosing.
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