Which infection control actions would the nurse include in the use of standard precautions?

Choice A Reason:
Monitoring the CXR (chest X-ray) results is not directly related to assessing myelosuppression. A chest X-ray is typically used to evaluate the lungs and heart, and while it can help identify infections or other complications, it does not provide information about bone marrow activity or blood cell counts. Myelosuppression specifically affects the production of blood cells in the bone marrow, which is best assessed through blood tests like the CBC (Complete Blood Count).
Choice B Reason:
Monitoring the BMP (Basic Metabolic Panel), especially the sodium, potassium, and magnesium counts, is important for evaluating electrolyte balance and kidney function. However, it does not directly assess myelosuppression. Myelosuppression involves the suppression of bone marrow activity, leading to decreased production of blood cells, which is not reflected in electrolyte levels.
Choice C Reason:
Monitoring the CBC (Complete Blood Count), especially the neutrophil, platelet, and RBC (red blood cell) counts, is the most appropriate method for assessing myelosuppression. Myelosuppression results in decreased production of blood cells, including neutrophils (a type of white blood cell), platelets, and red blood cells. A CBC provides detailed information about these cell counts and helps identify conditions like neutropenia (low neutrophil count), thrombocytopenia (low platelet count), and anemia (low red blood cell count), which are common consequences of myelosuppression.
Choice D Reason:
Monitoring the spinal fluid analysis is not relevant for assessing myelosuppression. Spinal fluid analysis is typically used to diagnose conditions affecting the central nervous system, such as infections, bleeding, or multiple sclerosis. It does not provide information about bone marrow activity or blood cell counts, which are the primary concerns in myelosuppression.

Choice A reason:

Notifying the oncologist or healthcare provider immediately is crucial in the event of a reaction or side effect during chemotherapy. Prompt communication with the healthcare provider ensures that the patient receives appropriate and timely medical intervention. The oncologist can provide specific instructions on managing the reaction, including any necessary medications or adjustments to the chemotherapy regimen. Immediate notification helps in preventing the escalation of the reaction and ensures patient safety.

Choice B reason:

Slowing the chemotherapy infusion is not typically recommended as an immediate intervention for a severe reaction. While adjusting the infusion rate can be considered for mild reactions, it is not sufficient for managing more serious side effects or hypersensitivity reactions. In cases of significant reactions, stopping the infusion and taking other emergency measures are more appropriate. Slowing the infusion might delay the necessary interventions and could potentially worsen the patient’s condition.

Choice C reason:

Stopping the chemotherapy infusion is a critical step in managing a reaction. Halting the infusion immediately prevents further exposure to the causative agent, which can help in stabilizing the patient’s condition. This action is essential to prevent the reaction from worsening and allows time for the healthcare team to assess the situation and implement appropriate interventions. Stopping the infusion is a standard protocol in managing infusion-related reactions.

Choice D reason:

Assessing Ms. Anderson’s vital signs and symptoms is essential to determine the severity of the reaction and guide further interventions. Monitoring vital signs such as heart rate, blood pressure, respiratory rate, and oxygen saturation provides crucial information about the patient’s physiological status. This assessment helps in identifying any life-threatening changes and ensures that appropriate measures are taken to stabilize the patient. Continuous monitoring is vital for detecting any deterioration in the patient’s condition.

Choice E reason:

Infusing normal saline at 100 ml/hr is an important intervention to maintain intravenous access and provide fluid support. Normal saline helps in stabilizing the patient’s blood pressure and improving circulation, which can be compromised during a severe reaction. It also ensures that the IV line remains patent for the administration of emergency medications if needed. Fluid support is a key component of managing infusion-related reactions and preventing complications.