A nurse assesses a patient who is admitted for treatment of fluid overload. Which manifestations does the nurse expect to find? (Select all that apply.)

A. Smoking causes you to cough frequently, and the wound might get infected by sputum.

While smoking can indeed contribute to respiratory issues like coughing, linking this directly to wound infection by sputum is not the most accurate explanation of how smoking affects wound healing. The primary concern with smoking and wound healing lies in its effects on circulation and tissue oxygenation rather than the risk of infection due to coughing.

B. Nicotine causes vasoconstriction, so your wound might not get enough blood flow to heal.

This is the best response among the options provided. Nicotine, a major component of cigarette smoke, is known to constrict blood vessels (vasoconstriction). This constriction reduces blood flow to the wound site, leading to decreased delivery of oxygen and nutrients necessary for proper wound healing. It addresses the direct physiological impact of smoking on wound healing and provides a clear explanation for the client.

C. Nicotine causes tar to build up in the wound, and it will impair healing.

While nicotine and other components of tobacco smoke can have detrimental effects on healing, particularly through vasoconstriction, the explanation about tar building up in the wound is not entirely accurate. Tar is more associated with lung damage from smoking rather than direct buildup in external wounds. Therefore, this response is less specific and may confuse the client about the actual mechanism of how smoking affects wound healing.

D. Smoking is bad, and you should stop right away.

While this response emphasizes the importance of smoking cessation, it lacks specificity in explaining how smoking impacts wound healing. Providing specific information about vasoconstriction due to nicotine, as mentioned in option B, would be more helpful in helping the client understand the direct effects of smoking on their chronic wound and why cessation is crucial.

A. Blood pressure:

Monitoring blood pressure is a crucial aspect of evaluating fluid resuscitation in burn patients. Adequate fluid resuscitation should help maintain stable blood pressure levels within an acceptable range. Hypotension (low blood pressure) can indicate inadequate fluid resuscitation, leading to poor tissue perfusion and organ function. On the other hand, hypertension (high blood pressure) may suggest fluid overload, which can lead to complications such as pulmonary edema. Therefore, regular monitoring of blood pressure helps assess the effectiveness of fluid resuscitation and guides adjustments in fluid administration rates.

B. Bowel sounds:

While bowel sounds are important indicators of gastrointestinal motility and function, they are not directly used to evaluate the success of fluid resuscitation in burn patients. Bowel sounds may be assessed for other reasons, such as postoperative recovery or gastrointestinal conditions, but they do not provide specific information about fluid resuscitation status or tissue perfusion.

C. Level of consciousness:

Assessing the client's level of consciousness is crucial during fluid resuscitation for burns. Changes in consciousness, such as confusion, lethargy, or altered mental status, can indicate inadequate tissue perfusion and oxygenation. A clear and responsive level of consciousness suggests adequate fluid resuscitation and perfusion to vital organs, while alterations in consciousness may prompt further evaluation and adjustment of fluid resuscitation strategies.

D. Urine output:

Monitoring urine output is a key parameter in evaluating fluid resuscitation in burn patients. Adequate urine output (0.5 to 1 mL/kg/hr in adults) indicates sufficient renal perfusion and function, suggesting effective fluid resuscitation. Decreased urine output or oliguria may indicate inadequate fluid resuscitation, renal impairment, or hypovolemia, requiring reassessment and potential adjustments in fluid administration rates or type of fluids used.

E. Platelet count:

Platelet count is an important component of the complete blood count (CBC) and is used to assess clotting function and risk of bleeding. However, platelet count is not specifically used to evaluate the success of fluid resuscitation in burn patients. While clotting parameters may be monitored in burn patients, including platelet count, they are not direct indicators of fluid resuscitation status or tissue perfusion. Other laboratory parameters, such as hemoglobin, hematocrit, electrolyte levels, and arterial blood gases, may be monitored to assess the effectiveness of fluid resuscitation.