The nurse is caring for client who has had a stroke and who received tissue plasminogen activator(t-PA) 6 hours ago. The nurse identifies which of the following symptoms are indications of an intracerebral hemorrhage post thrombolytic therapy?

A) Chemical burns to the posterior neck, chest, and back:
Chemical burns primarily affect the skin and underlying tissues where the chemicals have come into contact. Although chemical burns can cause significant damage, particularly to the respiratory system if inhaled, chemical burns to the posterior neck, chest, and back would not typically require endotracheal intubation or tracheostomy unless there is evidence of inhalation injury or airway compromise.

B) Radiation burns to shoulder and bridge of nose:
Radiation burns, such as those from sunburn or therapeutic radiation, generally do not cause immediate airway compromise or respiratory distress unless the radiation exposure has affected the lungs or upper respiratory tract.

C) Electrical burns to the hands causing dysrhythmias:
Electrical burns can cause significant tissue damage, especially if there is a deep tissue injury and potential for electrical burns to the internal organs. They can lead to dysrhythmias, but these burns are more related to cardiac complications rather than direct airway injury. Endotracheal intubation may be required if there are signs of airway compromise or respiratory failure, but the primary concern with electrical burns would be cardiac monitoring and fluid resuscitation.

D) Thermal burns to the head, neck, face, and airway:
The upper airway (including the mouth, throat, and vocal cords) is particularly vulnerable to thermal injury from inhaling hot gases, smoke, or steam. This can lead to edema and airway obstruction, which can rapidly progress to respiratory failure. Endotracheal intubation or even a tracheostomy may be required to secure the airway and prevent suffocation. Inhalation injury is a significant concern in thermal burns involving the head, neck, and face.

A) Notify the primary care provider with increased urine output
Increased urine output is not directly related to signs or symptoms of infection associated with a tunneled IV catheter, such as a Hickman catheter. While changes in urinary output might indicate renal or other systemic issues, they do not signal a local infection at the insertion site.

B) Assess daily for redness, swelling, or exudate at insertion site weekly
One of the most common complications of a tunneled IV catheter, such as a Hickman, is infection at the insertion site or along the catheter tract. The nurse should instruct the patient to monitor for signs of infection, including redness, swelling, and exudate (pus or drainage) at the insertion site. These signs suggest possible infection, and early detection is critical to preventing more serious complications like sepsis.

C) The primary care provider will monitor hemoglobin and hematocrit values
While monitoring hemoglobin and hematocrit values is important for assessing overall health and blood status, it is not specifically related to monitoring for infection in a client with a tunneled IV catheter. Hemoglobin and hematocrit can provide information about anemia or dehydration but do not directly indicate an infection at the insertion site.

D) To maintain patency, the catheter should be flushed weekly using a 5ml syringe
Although flushing a tunneled IV catheter to maintain patency is important, this response does not directly address infection prevention, which is the focus of the question. Typically, a catheter should be flushed as per specific guidelines (which may include daily or weekly flushing, depending on the clinical setting).