A nurse is reviewing the medical record of a client who had abdominal surgery 2 days ago. The nurse should identify that which of the following findings indicates the client is at risk for delayed wound healing?

Choice A reason: A heart rate of 60/min is within normal range and does not indicate fluid overload, which may present with tachycardia due to increased cardiac workload. This finding is more consistent with normal physiology or hypovolemia, making it incorrect for identifying fluid overload.
Choice B reason: Skin warm and dry suggests normal hydration or dehydration, not fluid overload, which typically causes edema or moist skin. Dry skin indicates fluid deficit, not excess, making this finding irrelevant and incorrect for assessing fluid overload in this client.
Choice C reason: A respiratory rate of 30/min indicates tachypnea, a sign of fluid overload due to pulmonary edema from excess IV fluids. Fluid in the lungs impairs gas exchange, increasing breathing effort, aligning with clinical manifestations of overload, making this the correct finding.
Choice D reason: Tenting skin turgor indicates dehydration, not fluid overload, as it reflects reduced skin elasticity from fluid loss. Fluid overload causes edema, not tenting, making this finding opposite to the expected presentation and incorrect for this scenario.

Choice A reason: Hyperactive deep tendon reflexes are not linked to morphine toxicity. Morphine, an opioid, depresses the central nervous system, reducing reflexes. Hyperactive reflexes suggest neurological or stimulant effects, not opioid overdose, which primarily causes respiratory and consciousness depression in affected clients.
Choice B reason: Fluid retention is not a primary sign of morphine toxicity. Morphine may cause urinary retention via sphincter tone increase, but fluid overload is unrelated. Toxicity manifests as respiratory depression or sedation, driven by mu-opioid receptor overstimulation, not fluid balance alterations.
Choice C reason: Prolonged QT interval is associated with medications like antiarrhythmics, not morphine. Morphine toxicity primarily causes respiratory depression and sedation via central nervous system effects. Cardiac effects are rare, and QT prolongation is not a hallmark of opioid overdose in clinical settings.
Choice D reason: Bradypnea indicates morphine toxicity, as opioids depress the brainstem’s respiratory center via mu-receptor overstimulation. This slows breathing, risking hypoxia and respiratory arrest, a life-threatening complication requiring immediate intervention like naloxone to reverse opioid effects and restore normal respiratory function.