A client on a prescribed full liquid diet has a nursing problem of, "Risk for impaired skin integrity related to reduced oral intake." Which snack would be best to provide this client?

• Protein deficiency: The client is post-operative (POD 4) and unable to tolerate solid foods, yet she is drinking full liquids without issue. This dietary limitation, especially after surgery, may not be providing sufficient protein, which is essential for wound healing and overall recovery. The client has a slow-healing surgical wound that is red around the edges with serosanguinous drainage. Protein deficiency can impair the body's ability to heal wounds properly and fight infections.
• Include protein supplement shakes in the client's diet: These shakes can provide the necessary protein without requiring the client to eat solid food, ensuring she gets adequate nutrition to support healing and immune function. Protein is critical in recovery, particularly for wound healing and tissue repair, which is why this intervention is essential.
• Advance diet to regular as tolerated: Once the client is able to tolerate liquids without issue, gradually introducing solid foods will ensure she receives a full spectrum of nutrients, including protein, from different food sources. This will support her overall nutritional needs and help improve the rate of wound healing. This should be done gradually, depending on how well the client tolerates solid food.
• Signs of infection: The client has a surgical wound that is red around the edges and has serosanguinous drainage, which could indicate a potential infection. Given the risk of infection, especially in a slow-healing wound, monitoring for other signs such as increased redness, warmth, or purulent drainage is important.
• Wound healing: Wound healing is a critical parameter to monitor in this patient. Given the client's slow-healing surgical wound and potential for protein deficiency, it’s important to track the progress of healing over time. Delayed healing could signal inadequate nutrition (like protein deficiency) or infection, so regular assessment of the wound will help guide further interventions.
• Iodine deficiency: Iodine deficiency typically affects thyroid function and does not directly contribute to the wound healing problems or the inability to tolerate solid foods seen in this client. There are no signs in the patient's data that suggest thyroid dysfunction or iodine deficiency, making this an unlikely condition.
• Glucose deficiency: While glucose is essential for energy, there is no indication from the client’s current condition or lab values that glucose deficiency is a concern. The client is awake and alert, and there are no signs of hypoglycemia or low blood sugar. The primary issue seems to be a lack of protein, not glucose.
• Sodium deficiency: Sodium deficiency is unlikely because there are no signs of hyponatremia (like confusion, dizziness, or muscle cramps) or fluid imbalance, which would be expected in sodium deficiency. The client does not exhibit signs of hypovolemia, and her laboratory results do not suggest significant sodium imbalances.
• Add table salt to any broth that the client takes: Adding salt is not necessary at this time because the client's sodium levels are not critically low. Sodium supplementation is typically used in cases of hyponatremia or fluid imbalances, which do not appear to be a concern here. The primary focus should be on addressing the protein deficiency.
• Place a feeding tube and start enteral feeds: A feeding tube and enteral feeding are typically reserved for clients who are unable to tolerate any oral intake at all. Since the client is drinking full liquids, it is not necessary to place a feeding tube at this stage. If the client continues to struggle with solid food intake over time, then enteral feeding might be considered, but this is not immediately required based on the information provided.

A. Rectus abdominis: The rectus abdominis is a muscle in the abdomen, not the thigh. It is not used for intramuscular injections, as it does not provide the necessary mass or safe anatomical location for such injections.
B. Rectus femoris: The rectus femoris is located in the mid anterior thigh and is a common site for intramuscular injections, especially when other sites are not ideal. It provides easy access, sufficient muscle mass, and fewer major nerves or blood vessels.
C. Gluteus medius: The gluteus medius is located in the upper outer quadrant of the buttock, commonly used for dorsogluteal or ventrogluteal injections, not for injections into the anterior thigh.
D. Gluteus maximus: The gluteus maximus forms the bulk of the buttocks and is used for dorsogluteal injections. It is not located in the anterior thigh and is associated with greater risk of hitting major nerves like the sciatic nerve.