The client diagnosed with Parkinson's Disease (PD) is being admitted with a fever and patchy infiltrates in the lung fields on the chest x-ray. Which clinical manifestations of PD would explain this assessment data?
Mask-like face and shuffling gait
Lack of arm swing and bradykinesia
Pill rolling of fingers and flat affect
Difficulty swallowing and immobility
The Correct Answer is D
A) Mask-like face and shuffling gait:
While the mask-like face and shuffling gait are common clinical features of Parkinson's Disease (PD), they do not directly explain the fever or the patchy infiltrates seen on the chest x-ray. The mask-like face is due to reduced facial muscle activity and is associated with the motor symptoms of PD, while the shuffling gait results from bradykinesia (slowness of movement).
B) Lack of arm swing and bradykinesia:
Lack of arm swing and bradykinesia are motor symptoms of PD that are indicative of decreased movement and muscle rigidity. While they impact a patient’s mobility and dexterity, they are not directly associated with lung infiltrates or fever.
C) Pill rolling of fingers and flat affect:
Pill rolling (a characteristic tremor where patients move their fingers as if rolling a pill) and flat affect (a reduced emotional expression) are hallmark features of Parkinson's Disease, but again, they do not explain the fever or lung infiltrates.
D) Difficulty swallowing and immobility:
Difficulty swallowing (dysphagia) is a common and serious symptom in patients with Parkinson's Disease. Due to the loss of control over the muscles involved in swallowing, patients with PD are at high risk for aspiration (food, liquids, or saliva entering the lungs), which can lead to aspiration pneumonia. This condition often presents with fever, chest infiltrates, and respiratory distress, which directly correlates with the patient's fever and lung infiltrates seen on the chest x-ray.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A) Blood pressure 102/78:
This blood pressure is within an acceptable range, especially after resuscitation with fluids and blood products. While hypotension is a concern in hypovolemic shock, this blood pressure is stable and does not indicate an immediate need for intervention. Blood pressure monitoring is essential, but this finding is not as urgent as other options.
B) Pulse oximetry 95%:
A pulse oximetry reading of 95% is generally considered within normal limits for a patient who has undergone resuscitation and is stable. Oxygen saturation levels should be monitored, but this finding does not indicate an immediate need for intervention. Values below 90% would be more concerning, especially in trauma patients, but 95% is acceptable.
C) Crackles at bilateral bases:
The presence of crackles at the bilateral lung bases is a sign of pulmonary edema, which can occur as a result of fluid overload, especially after aggressive resuscitation with fluids like lactated Ringer's solution (LR) and blood products. In hypovolemic shock, rapid infusion of fluids can overwhelm the heart's ability to handle the volume, leading to fluid accumulation in the lungs. This finding is concerning because it can indicate a shift from hypovolemic shock to a state of volume overload, which can worsen respiratory function and lead to acute respiratory distress syndrome (ARDS).
D) Heart rate 105 beats per minute:
A heart rate of 105 beats per minute is slightly elevated but can be expected in a patient who has experienced trauma and is undergoing fluid resuscitation. Tachycardia is often seen in hypovolemic shock as the body compensates for decreased circulating volume. While monitoring the heart rate is important, this finding does not indicate an immediate life-threatening concern compared to crackles in the lungs, which suggest pulmonary edema.
Correct Answer is ["12"]
Explanation
Given:
Ordered dose of Heparin: 20 units/kg
Patient weight: 132 lbs
Concentration of Heparin: 25,000 units/250 mL (100 units/mL)
Step 1: Convert patient weight from pounds to kilograms:
1 pound (lb) = 0.453592 kilograms (kg)
Patient weight in kg = 132 lbs x 0.453592 kg/lb = 59.87424 kg
Step 2: Calculate the total dose of Heparin:
Total dose (units) = Ordered dose (units/kg) x Patient weight (kg)
Total dose (units) = 20 units/kg x 59.87424 kg
Total dose (units) = 1197.4848 units
Step 3: Calculate the volume to be administered:
Volume (mL) = Total dose (units) / Concentration (units/mL)
Volume (mL) = 1197.4848 units / 100 units/mL
Volume (mL) = 11.974848 mL
Step 4: Round to the nearest whole number:
Volume (mL) ≈ 12 mL
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