Patient Data
Click to indicate if the listed characteristic is consistent with a fat embolism or blood clot embolism. Each column must have at least one response option selected.
Chest pain
Petechiae
Origin typically long bone fracture
Altered mental status
Dyspnea
Origin typically deep vein thrombosis
Tachycardia
The Correct Answer is {"A":{"answers":"B"},"B":{"answers":"A"},"C":{"answers":"A"},"D":{"answers":"A"},"E":{"answers":"B,B"},"F":{"answers":"B"},"G":{"answers":"A,B"}}
• Chest pain: Blood clot embolism, especially pulmonary embolism, typically causes sudden chest pain due to obstruction of the pulmonary arteries. Fat embolism rarely causes chest pain as the primary symptom, though hypoxia may lead to discomfort. Chest pain is therefore more indicative of thrombotic embolism.
• Petechiae: Petechiae on the neck, upper chest, and conjunctiva are hallmark signs of fat embolism. They result from occlusion of dermal capillaries by fat globules and platelet aggregation. Blood clot embolism does not usually cause petechiae.
• Origin typically long bone fracture: Fat emboli commonly originate from fractures of long bones such as the femur, tibia, or pelvis. Trauma forces fat from the bone marrow into the bloodstream, creating emboli. Blood clot emboli generally do not arise from bone fractures.
• Altered mental status: Fat embolism can impair cerebral oxygenation, leading to confusion, lethargy, or agitation. This neurological involvement is a distinguishing feature of fat embolism. Blood clot embolism rarely affects mental status unless there is severe hypoxia.
• Dyspnea: Dyspnea occurs in both fat and blood clot embolism due to impaired oxygen exchange in the lungs. In fat embolism, hypoxia may develop gradually, while blood clot embolism often causes sudden shortness of breath. Both conditions require prompt respiratory support.
• Origin typically deep vein thrombosis: Blood clot emboli usually originate from deep veins in the legs or pelvis and travel to the lungs. Fat emboli are not associated with venous thrombi. Identifying the source helps differentiate between the two embolism types.
• Tachycardia: Tachycardia is a compensatory response to hypoxia or stress in both fat and blood clot embolism. It helps maintain oxygen delivery to vital organs. While nonspecific, its presence supports the need for urgent intervention in either condition.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Assess for spinal scoliosis: While scoliosis can affect posture and mobility, it is less likely to immediately impact the client’s safety in performing daily activities at home.
B. Compare shoulder symmetry: Shoulder asymmetry may indicate musculoskeletal issues but is not the most critical factor in evaluating fall risk or functional independence.
C. Observe gait while walking: Gait assessment provides direct information about balance, coordination, and mobility, which are key indicators of fall risk and home safety. Observing how the client walks helps the nurse plan interventions to prevent injury.
D. Palpate for joint nodules: Detecting nodules can identify conditions such as osteoarthritis, but the presence of nodules alone does not provide immediate insight into functional mobility or home safety.
Correct Answer is B
Explanation
A. Before going to bed: Bedtime glucose checks may be recommended for some clients, especially those on insulin, but this timing is individualized. It is not universally required for every client with diabetes.
B. During acute illness: Any client with diabetes, regardless of age or type, should monitor glucose closely during acute illness. Illness can cause stress-induced hyperglycemia or unpredictable fluctuations, requiring more frequent testing to guide management.
C. Prior to exercising: Checking glucose before exercise is important for clients at risk of hypoglycemia, especially those using insulin or certain oral agents. However, this is not necessary for all clients, particularly those with type 2 diabetes controlled by diet alone.
D. Immediately after meals: Postprandial monitoring is useful in some cases to evaluate mealtime insulin effectiveness or dietary impact, but it is not universally recommended for every diabetic client. Its use depends on individualized treatment plans.
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