When a client has a chest drainage system in place, where should the system be placed?

A. above the level of the client's chest

B. at the level of the client's shoulders

C. at the level of the chest

D. below the level of the chest

Correct Answer: below the level of the chest
Rationale: A chest drainage system should be placed below the level of the client’s chest to ensure proper drainage of fluid from the chest. Placing the system above the level of the chest or at the shoulders would not allow gravity to assist in the drainage process, potentially leading to complications such as fluid accumulation. Similarly, placing it at the level of the chest would not create the necessary gravity-dependent flow for effective drainage, which is crucial for the proper functioning of the chest drainage system.

A client is diagnosed with HIV. Which of the following antiviral drug classes are used in the treatment of HIV/AIDS?

• A. nucleoside reverse transcriptase inhibitors
• B. protease inhibitors
• C. HIV fusion inhibitors
• D. all of the above

Correct Answer: all of the above
Rationale: All of the provided choices are antiviral drug classes used in the treatment of HIV/AIDS. Nucleoside reverse transcriptase inhibitors, such as tenofovir and emtricitabine, work by interfering with the virus's ability to replicate. Protease inhibitors, like atazanavir and darunavir, block an enzyme that HIV needs to make copies of itself. HIV fusion inhibitors, for instance, enfuvirtide, prevent HIV from entering human cells. Therefore, 'all of the above' is the correct answer as all the listed drug classes are commonly used in managing HIV infections. Choices A, B, and C are all essential components of antiretroviral therapy for HIV, targeting different stages of the virus's life cycle. The combination of drugs from these classes is often recommended to effectively control HIV replication and reduce viral load.

When placing a Foley catheter in a female client, what is the correct order of steps?

• A. E, A, F, B, C, G, D
• B. A, E, B, F, G, D, C
• C. A, E, F, B, C, G, D
• D. E, A, F, B, C, G, D

Correct Answer: E, A, F, B, C, G, D
Rationale: The correct order for placing a Foley catheter in a female client is as follows: E. Place the client in a supine position with flexed knees, A. Prepare the sterile field, F. Place lubricant on the catheter, B. Separate labia with the non-dominant hand, C. Clean the urinary meatus using cleansing solutions and forceps, G. Place the catheter in the meatus with the dominant (sterile) hand, and D. Inflate the catheter balloon. This sequence ensures proper hygiene, patient comfort, and reduces the risk of infection. Incorrect sequences could compromise sterility, cause discomfort, and increase the risk of infection. Therefore, the correct answer is E, A, F, B, C, G, D.

When evaluating the lab work of a client in hepatic coma, which of the following lab tests is most important?

• A. blood urea nitrogen
• B. serum calcium
• C. serum ammonia
• D. serum creatinine

Correct Answer: serum ammonia
Rationale: When a client is in hepatic coma due to liver failure, the liver cannot metabolize amino acids completely, leading to elevated ammonia levels. Increased ammonia can cause brain-tissue irritation, worsening the coma. Therefore, monitoring serum ammonia levels is crucial in assessing the severity of hepatic coma. Choices A, B, and D are less relevant in the context of hepatic coma. Blood urea nitrogen primarily assesses kidney function, serum calcium levels are not directly related to hepatic coma, and serum creatinine is more indicative of kidney function rather than liver function in this scenario.

A client is on a clear liquid diet. She drinks half of a 12-ounce juice, 4 ounces of soup, and has a 6-ounce JELLO®. How many milliliters of fluid did the patient ingest?

• A. 440 ml
• B. 480 ml
• C. 220 ml
• D. 660 ml

Correct Answer: 480 ml
Rationale: To calculate the total amount of fluid ingested, convert the ounces to milliliters. Given that 1 ounce is equal to 30 ml, the breakdown is as follows: Juice (6 ounces): 6 x 30 = 180 ml. Soup (4 ounces): 4 x 30 = 120 ml. JELLO® (6 ounces): 6 x 30 = 180 ml. Adding these together: 180 ml (juice) + 120 ml (soup) + 180 ml (JELLO®) = 480 ml. Therefore, the patient ingested a total of 480 ml of fluid. It's important to note that gelatin, ice cream, and similar items that are liquid at room temperature should be considered as fluids. Choice A, 440 ml, is incorrect as it does not account for the correct calculation. Choice C, 220 ml, is incorrect as it is significantly lower than the correct total. Choice D, 660 ml, is incorrect as it overestimates the total fluid intake.