A nurse is teaching a client about foods that are included on a clear liquid diet. Which of the following food choices made by the client indicates the need for further teaching?

A) A client who has had a cerebrovascular accident:
Clients who have had a cerebrovascular accident (stroke) often suffer from dysphagia (difficulty swallowing) due to impaired muscle control or sensory deficits. This makes them more susceptible to aspiration, as food or liquid can enter the airway instead of the esophagus.

B) A client who has had radiation therapy for head and neck cancer:
Radiation therapy in the head and neck area can cause damage to tissues, leading to mucositis, fibrosis, and reduced salivary flow, all of which can impair swallowing function. This increases the risk of aspiration because the normal mechanisms that protect the airway during swallowing may be compromised.

C) A client who is 4 hr postoperative following a leg amputation with general anesthesia:
General anesthesia can depress the gag and cough reflexes and impair coordination of the muscles involved in swallowing, making it more difficult for the client to protect their airway. This increased risk of aspiration is particularly relevant in the immediate postoperative period when the effects of anesthesia may still be present.

D) A client who has lactose intolerance:
Lactose intolerance primarily affects the digestive system and does not directly impact the mechanics of swallowing or increase the risk of aspiration. This condition leads to gastrointestinal symptoms such as bloating, diarrhea, and abdominal pain when consuming lactose-containing foods, but it does not increase the risk of food or liquid entering the airway during eating.

E) A client who has had prolonged diarrhea:
Prolonged diarrhea can lead to dehydration and electrolyte imbalances, but it does not directly affect the swallowing mechanism or increase the risk of aspiration. The primary concern with prolonged diarrhea is fluid and electrolyte management rather than an increased risk of aspiration during eating.

A) Administer 200 mL of formula during the initial infusion:
The initial infusion rate for continuous enteral feeding is typically started at a slower rate, often lower than 200 mL, to assess the client's tolerance and prevent complications such as aspiration or dumping syndrome.

B) Give the initial feeding over 15 min:
Continuous enteral feeding is administered slowly over an extended period, usually 24 hours, to ensure gradual delivery of nutrients and minimize the risk of complications such as aspiration or gastrointestinal intolerance. Giving the initial feeding over 15 minutes is too rapid and can lead to adverse events.

C) Reconstitute the formula with tap water:
Reconstituting enteral formula with tap water is not recommended due to the potential risk of contamination with bacteria or other pathogens. It's essential to use sterile water or water that has been specifically purified for enteral feeding to minimize the risk of infection.

D) Discard unused formula after 8 hr:
Unused formula should be discarded after 4 hours, not 8 hours, to reduce the risk of bacterial contamination and ensure the integrity of the enteral nutrition. This practice aligns with guidelines for safe enteral feeding administration.