A newly hired unlicensed assistive personnel (UAP) is assigned to a home healthcare team along with two experienced UAPs.

Which intervention should the home health nurse implement to ensure adequate care for all clients?

Choice A rationale:

Instill 3 mL of normal saline before suctioning. This choice is not appropriate for suctioning excessive drooling in a client with ALS. Instilling normal saline would introduce additional fluid into the oral cavity, potentially worsening the problem by increasing the amount of secretions. The goal of suctioning is to remove excess saliva and maintain a clear airway.

Choice B rationale:

Instruct the client to cough as the suction tip is removed. Instructing the client to cough during suctioning is not a recommended practice. It may cause discomfort and can lead to an increased risk of aspiration as the client might inhale while coughing during the procedure.

Choice C rationale:

Apply a water-soluble lubricant to the catheter. Applying a water-soluble lubricant to the suction catheter is a common practice to facilitate the passage of the catheter and minimize irritation to the client's oral tissues. While it is a helpful step, it is not the primary action that should be taken to ensure the safety of the procedure.

Choice D rationale:

Wear protective goggles while performing the procedure. This is the correct choice. When suctioning a client's oral cavity, especially when dealing with excessive drooling or secretions, it is essential for the nurse to wear protective goggles. These goggles protect the nurse's eyes from potential exposure to the client's bodily fluids, reducing the risk of infection transmission.

Choice A rationale:

Starting an insulin drip at 0.1 u/kg/hr is a common treatment for diabetic ketoacidosis (DKA). The goal is to lower blood glucose levels while avoiding a rapid decrease that could lead to cerebral edema. Insulin infusions allow for precise control of the rate and can be adjusted as needed based on the patient’s response.

Choice B rationale:

Giving a long-acting insulin dose is not typically done during the acute treatment of DKA. The patient has already taken a dose of insulin glargine at home. Additional doses of long-acting insulin could potentially lead to hypoglycemia.

Choice C rationale:

Providing an oral medication that enhances insulin production would not be beneficial in this case. The patient has type 1 diabetes, which means her body does not produce insulin. Therefore, medications that stimulate insulin production would not be effective.

Choice D rationale:

Changing the intravenous fluid to 5% dextrose and 0.45% sodium chloride with 20 mEq potassium can help prevent hypoglycemia and hypokalemia, which are potential complications of DKA treatment. As blood glucose levels decrease with treatment, dextrose can help maintain appropriate glucose levels. Potassium is often depleted in DKA and needs to be replaced.

Choice E rationale:

Having the client drink as much as they can tolerate would not be appropriate at this time. The patient is currently experiencing nausea and vomiting, which could be exacerbated by oral fluid intake. Additionally, she is NPO (nothing by mouth), likely due to her unstable condition.

Choice F rationale:

Giving 1 L of 0.9% sodium chloride IV can help correct dehydration, which is common in DKA due to excessive urination caused by high blood glucose levels.

Choice G rationale:

Promoting removal of electrolytes with a diuretic would not be beneficial in this case. The patient is likely already dehydrated and may have electrolyte imbalances due to DKA. Using a diuretic could exacerbate these issues.

Choice H rationale:

Giving a multivitamin is not typically part of the acute treatment for DKA. While overall nutritional status is important in managing diabetes, it would not address the immediate concerns of hyperglycemia and acidosis in DKA.

Choice I rationale:

Replacing potassium as needed is crucial in the treatment of DKA. Potassium levels can drop rapidly during treatment as insulin allows potassium to move back into cells. Low potassium (hypokalemia) can cause dangerous heart rhythms and muscle weakness.