What is the primary pathophysiological process that occurs in disseminated intravascular coagulation (DIC)?
Decreased production of clotting factors
Impaired platelet function
Excessive activation of clotting factors and widespread clot formation
Excessive platelet production
The Correct Answer is C
A. DIC is not characterized by decreased production of clotting factors. Instead, it involves consumption of clotting factors due to widespread activation of coagulation.
B. While platelet dysfunction may occur in DIC due to consumption and depletion of platelets, the primary pathophysiological process in DIC is the activation of clotting factors and formation of blood clots throughout the vasculature.
C. Excessive activation of clotting factors and widespread clot formation is the primary pathophysiological process in DIC. This leads to the formation of numerous small blood clots throughout the body's blood vessels, resulting in organ dysfunction and potentially life-threatening complications.
D. Excessive platelet production is not a characteristic feature of DIC. Instead, platelets are consumed and depleted as they are incorporated into the blood clots formed during the
coagulation cascade in DIC.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. Schilling test. The symptoms described are suggestive of pernicious anemia, which is typically diagnosed through a Schilling test to assess vitamin B12 absorption.
B. Erythrocyte Indices. Erythrocyte indices are used to evaluate various aspects of red blood cell characteristics and are not specific to diagnosing pernicious anemia.
C. Bone Marrow Biopsy. While bone marrow biopsy may be used to diagnose certain types of anemia, it is not the primary diagnostic test for pernicious anemia.
D. Radiologic Studies. Radiologic studies are not typically used in the diagnosis of pernicious anemia.
Correct Answer is ["A","B","C","D","E","F"]
Explanation
A. Remove restrictive clothing or objects from the patient: This helps to promote comfort and improve circulation.
B. Administer IV Morphine per MD order: Morphine is a common medication used to manage severe pain associated with sickle cell crisis.
C. Administer oxygen per MD order: Oxygen may be needed to improve oxygen saturation and support respiratory function, especially if the patient is hypoxic.
D. Place on NPO: This is appropriate in case the patient needs any procedures or interventions that require fasting.
E. Start intravenous fluids per MD order: Intravenous fluids help to hydrate the patient and improve blood flow, which can help alleviate symptoms of sickle cell crisis.
F. Keep patient on bed rest: Bed rest is important to conserve energy and minimize the risk of further complications during a sickle cell crisis.
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