A nurse is presenting a community-based program about HIV and AIDS. A client asks the nurse to describe the initial symptoms experienced with HIV infection. Which of the following manifestations should the nurse include in the explanation of initial symptoms?
Flu-like symptoms and night sweats
Kaposi's sarcoma
Fungal and bacterial infections
Pneumocystis lung infection
Pneumocystis lung infection
The Correct Answer is A
Choice A rationale:
Flu-like symptoms: These are common during the early stages of HIV infection, often within 2-4 weeks after exposure to the virus. They are a result of the body's immune system responding to the virus. Symptoms can include:
Fever Fatigue
Muscle aches
Headache Sore throat
Rash
Swollen lymph nodes
Night sweats: These are also common in early HIV infection and can be caused by the body's attempts to fight off the virus or by inflammation. They can also be a side effect of some HIV medications.
Choice B rationale:
Kaposi's sarcoma (KS): This is a type of cancer that is associated with HIV infection. It is caused by a virus called Kaposi's sarcoma-associated herpesvirus (KSHV). KS often appears as purple or red lesions on the skin or in the mouth. It can also affect other organs, such as the lungs and lymph nodes. However, it's not a common initial symptom of HIV infection. It usually develops in later stages of HIV when the immune system is severely weakened.
Choice C rationale:
Fungal and bacterial infections: People with HIV are more susceptible to infections because the virus weakens their immune system. However, fungal and bacterial infections are not typically among the initial symptoms of HIV infection. They usually occur in later stages of the disease when the immune system is more compromised.
Choice D rationale:
Pneumocystis lung infection (PCP): This is a serious lung infection that is caused by a fungus called Pneumocystis jirovecii. It is a common opportunistic infection in people with HIV, but it is not typically an initial symptom. It usually develops in later stages of HIV when the CD4 count (a measure of immune system health) is very low.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A rationale:
The length of time the mother has been caring for the baby is not directly relevant to the risk of HIV transmission through breastfeeding. While a longer duration of breastfeeding may increase overall exposure, the primary concern is whether breastfeeding is occurring at all, as it presents a significant transmission route.
Choice B rationale:
Kissing does not typically transmit HIV, as the virus does not survive well outside the body. While there is a very low theoretical risk of transmission if both individuals have open sores or bleeding gums, it's not a primary concern in this scenario.
Choice C rationale:
The timing of the baby's last antibiotic treatment is not directly relevant to the risk of HIV transmission from breastfeeding. Antibiotics do not prevent or treat HIV infection, and their use would not impact the assessment of breastfeeding-related risks.
Choice D rationale:
Breastfeeding is a significant route of HIV transmission from mother to child. If the baby is breastfeeding, it's crucial for the nurse to determine the mother's viral load and CD4 count, assess the baby's HIV status, and provide appropriate counseling and interventions to reduce the risk of transmission. This information is essential for guiding decisions about infant feeding and potential prophylactic measures to protect the baby's health.
Correct Answer is ["033"]
Explanation
Step 1 is to calculate the number of milliliters (mL) that contain the ordered dose of 300 mg of clindamycin.
Step 2 is to divide the total milliliters (mL) from Step 1 by the infusion time in minutes to get the flow rate in mL/hour. Here are the calculations:
Step 1:
900 mg of clindamycin is in 50 mL.
To find the mL that contain 300 mg, set up a proportion:
(300 mg / 900 mg) = (x mL / 50 mL) Cross-multiply and solve for x:
x = (300 mg * 50 mL) / 900 mg x = 16.67 mL
Step 2:
The infusion time is 30 minutes.
Divide the total mL (16.67 mL) by the infusion time in hours to get the flow rate in mL/hour: Flow rate = 16.67 mL / (30 minutes / 60 minutes/hour)
Flow rate = 33.33 mL/hour
Round to the nearest whole number, using a leading zero if it applies, and no trailing zero: Flow rate = 033 mL/hour
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