A nurse is caring for a client who has bipolar disorder and is experiencing mania.

Which of the following actions should the nurse take?

Answer: (D) Refrigerate the specimen until the time of transport to the laboratory

Rationale:

A) Collect 2 ml of sputum in an emesis basin: While it is important to collect an adequate volume of sputum, using an emesis basin is inappropriate for collecting a specimen for culture and sensitivity. Sputum must be collected in a sterile container to avoid contamination, ensuring the accuracy of the culture results.

B) Instruct the client to rinse with an antiseptic mouthwash prior to specimen collection: Using an antiseptic mouthwash before collecting a sputum specimen is not recommended, as it could contaminate the sample with antiseptic agents, potentially affecting the growth of microorganisms in the culture. The client should rinse with plain water instead.

C) Swab the oropharynx with a sterile swab: Swabbing the oropharynx is more appropriate for collecting a throat culture rather than a sputum specimen. Sputum collection requires the client to expectorate mucus from the lower respiratory tract, not from the oropharynx, to obtain an accurate sample for culture and sensitivity.

D) Refrigerate the specimen until the time of transport to the laboratory: Refrigerating the sputum specimen is crucial to preserve the integrity of the sample and inhibit the growth of contaminants before it is transported to the laboratory. This action helps ensure that the results of the culture and sensitivity test are accurate.

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.