What complication of wound healing is an abnormal passage that connects two body cavities or a cavity and the skin?

Choice A reason: Cleansing the skin around the pins is the action that the nurse takes first, because it is the most urgent and relevant action. Cleansing the skin around the pins is a procedure that involves removing any dirt, debris, or secretions from the pin sites, which can help prevent or treat infection, inflammation, or pain. Cleansing the skin around the pins is a priority intervention, as it can reduce the risk of complications, such as osteomyelitis, sepsis, or pin loosening.

Choice B reason: Collecting a culture of the purulent fluid is not the action that the nurse takes first, because it is not the most urgent and relevant action. Collecting a culture of the purulent fluid is a procedure that involves obtaining a sample of the pus from the pin sites and sending it to the laboratory for analysis, which can help identify the type and source of infection. Collecting a culture of the purulent fluid is an important intervention, but it should be done after cleansing the skin around the pins, and with a medical order and a sterile technique.

Choice C reason: Administering an antibiotic is not the action that the nurse takes first, because it is not the most urgent and relevant action. Administering an antibiotic is a procedure that involves giving the client an antimicrobial agent, which can help fight or prevent infection. Administering an antibiotic is an important intervention, but it should be done after cleansing the skin around the pins, and with a medical order and a proper route.

Choice D reason: Instructing the client to complete exercises of the affected extremity is not the action that the nurse takes first, because it is not the most urgent and relevant action. Instructing the client to complete exercises of the affected extremity is a procedure that involves teaching the client how to move and strengthen the muscles and joints of the limb in traction, which can help prevent or treat atrophy, contracture, or thrombosis. Instructing the client to complete exercises of the affected extremity is an important intervention, but it should be done after cleansing the skin around the pins, and with a medical order and a safe technique.

Choice A reason: These drugs kill the virus is not true about antiretroviral drugs used to treat human immunodeficiency virus (HIV), because it is inaccurate and misleading. Antiretroviral drugs do not kill the virus, but rather block or interfere with the enzymes or proteins that the virus needs to replicate or integrate into the host cells. Antiretroviral drugs can reduce the viral load, which is the amount of virus in the blood, but they cannot eliminate the virus completely.

Choice B reason: Only certain licensed drugs are effective is not true about antiretroviral drugs used to treat human immunodeficiency virus (HIV), because it is vague and incomplete. Antiretroviral drugs are licensed and approved by the regulatory authorities, such as the Food and Drug Administration (FDA), based on their safety and efficacy. However, not all licensed drugs are equally effective for all people with HIV, as the virus can develop resistance or mutation to some drugs over time. Therefore, the choice and combination of antiretroviral drugs may vary depending on the individual's viral genotype, drug history, and drug interactions.

Choice C reason: A few missed doses per month are OK is not true about antiretroviral drugs used to treat human immunodeficiency virus (HIV), because it is incorrect and dangerous. Antiretroviral drugs require strict adherence and compliance, which means taking the drugs exactly as prescribed, without missing or skipping any doses. A few missed doses per month are not OK, as they can reduce the effectiveness of the drugs and increase the risk of viral resistance or mutation, which can lead to treatment failure or disease progression.

Choice D reason: These drugs inhibit viral replication is true about antiretroviral drugs used to treat human immunodeficiency virus (HIV), because it describes the mechanism and outcome of the drugs. Antiretroviral drugs inhibit viral replication, which means they prevent or slow down the multiplication or reproduction of the virus. Antiretroviral drugs can inhibit viral replication by targeting different stages of the viral life cycle, such as reverse transcription, integration, or maturation. Antiretroviral drugs can improve the immune function and quality of life of people with HIV.