A nurse is providing teaching to a client newly diagnosed with Parkinson's disease who is prescribed carbidopa/levodopa. What should be included in client teaching?

A) Administer antiplatelet and anticoagulant medications to prevent further clot formation:
While antiplatelet and anticoagulant medications are essential in the management of STEMI to reduce the risk of further clot formation, they are not the primary goal of treatment in the immediate phase. These medications are typically administered before or during the procedure (such as during cardiac catheterization) to prevent new clots, but the primary objective is to restore blood flow to the heart muscle through reperfusion therapy, either by angioplasty or thrombolytics.

B) Relieve the blockage in the coronary artery and restore blood flow to the heart muscle:
This is the primary goal of treatment in STEMI. The most urgent intervention for a client with an ST elevation myocardial infarction (STEMI) is to relieve the blockage in the coronary artery and restore blood flow to the ischemic heart muscle. This is typically achieved through percutaneous coronary intervention (PCI) via cardiac catheterization, which involves either angioplasty (ballooning the artery) or stent placement. Restoring blood flow as quickly as possible reduces the extent of myocardial damage, improves the prognosis, and prevents complications like heart failure.

C) Provide pain relief and initiate cardiac rehabilitation:
Pain relief is important in the initial management of STEMI, typically with nitroglycerin and opioids for chest pain. However, the immediate goal in the ED is to address the underlying cause of the chest pain, which is the blockage of blood flow. Cardiac rehabilitation, while essential for long-term recovery, is not the immediate goal of treatment during the acute phase of a STEMI. The primary focus should be on restoring circulation to the affected myocardium.

D) Stabilize the client's blood pressure and administer thrombolytic therapy:
Stabilizing the client’s blood pressure is important, especially if the client is hypotensive, but it is not the main treatment goal. Thrombolytic therapy (clot-busting medications) is an option if PCI is not available or if it needs to be done within a certain time frame; however, the current best practice in STEMI is to perform PCI as soon as possible. Thrombolytics are typically used when PCI is not immediately available, but the ideal treatment is to restore blood flow through catheterization in a timely manner, as it is more effective than thrombolytic therapy at re-opening the blocked artery.

A) Endotracheal intubation with mechanical ventilation:
Given the client’s lethargy, slow response to commands, and critical vital signs (e.g., low blood pressure of 88/52, high pulse rate of 132, respiratory rate of 8, and oxygen saturation of 84%), the client is in severe respiratory distress and may be at risk for respiratory failure. The low SpO2 of 84% on a 35% Venturi mask indicates that the client is not adequately oxygenating despite non-invasive oxygen support. In such situations, endotracheal intubation with mechanical ventilation is required to ensure adequate ventilation, oxygenation, and airway protection. This is the most appropriate intervention for a client in respiratory failure who is not responding to less invasive interventions like oxygen therapy or non-invasive ventilation.

B) Use of bi-level positive airway pressure ventilation (BiPAP):
BiPAP is a non-invasive ventilation option that is often used for patients with respiratory failure, particularly those with obstructive or central sleep apnea or those in the early stages of acute respiratory failure (e.g., chronic obstructive pulmonary disease exacerbations). However, given the client’s level of lethargy and deteriorating vital signs, BiPAP may not be sufficient. This client is showing signs of severe respiratory distress and requires more invasive management, such as endotracheal intubation and mechanical ventilation, to maintain an open airway and ensure adequate oxygenation and ventilation.

C) Administration of 100% oxygen by mask:
While oxygen administration is essential to manage respiratory failure, providing 100% oxygen via mask alone is unlikely to resolve the client's underlying issues, especially since the client’s oxygen saturation is critically low (84%) on 35% Venturi mask. Simply increasing the oxygen concentration will not be effective if the client’s respiratory failure is severe and the airway is compromised. More aggressive interventions, such as intubation, are necessary to manage the client’s airway and respiratory function appropriately.

D) Insertion of an oral airway device to maintain the airway:
An oral airway device is typically used for clients who are unconscious or semi-conscious to help keep the airway open. However, in this case, the client is lethargic but not fully unconscious, and the underlying issue is respiratory failure, not just a blocked airway. An oral airway device will not address the client’s inadequate ventilation or oxygenation and will not be sufficient to manage the client’s critical condition. The client requires intubation and mechanical ventilation to ensure adequate airway management and respiratory support.