A nurse is reviewing the plan of care with a client who has a new prescription for lovastatin. Which of the following statements by the client should indicate to the nurse a need for further assessment?

A. Increased blood pressure: Heparin does not typically directly affect blood pressure. However, if there are other underlying conditions or complications related to the reason for heparin use, it might indirectly influence blood pressure. But a high aPTT level itself wouldn't directly cause an increase in blood pressure.
B. Decreased temperature: Heparin does not usually affect body temperature. Changes in temperature might occur due to other factors, but they are not directly related to heparin administration or its effects on aPTT.
C. Decreased respiratory rate: Heparin does not typically affect the respiratory rate directly. Changes in respiratory rate might occur due to other causes but are not directly correlated with heparin administration or its effects on aPTT.
D. Increased pulse rate: Heparin, especially when aPTT is elevated, might indicate that the blood is less likely to clot. An increased pulse rate could be indicative of compensatory mechanisms due to potential bleeding or changes in clotting factors influenced by heparin. It's essential to monitor for an increased pulse rate as a potential sign of bleeding complications associated with anticoagulant therapy.

A. Thready pulse:
A thready pulse is more indicative of fluid volume deficit or inadequate cardiac output, not fluid volume excess.
B. Decreased bowel sounds:
Decreased bowel sounds are not a specific sign of fluid volume excess. They may be associated with various gastrointestinal issues but are not directly related to fluid volume status.
C. Bilateral muscle weakness:
Bilateral muscle weakness is not a specific manifestation of fluid volume excess. It may be associated with electrolyte imbalances or other neuromuscular issues.
D. Distended neck veins:
This is the correct answer. Distended neck veins are a classic sign of fluid volume excess or overload. Increased venous pressure from excess fluid can lead to distension of the jugular veins in the neck. This finding is often seen in conditions such as heart failure or renal failure where there is an inability to adequately excrete or distribute fluids.