While monitoring a client for the development of disseminated intravascular coagulation (DIC), the nurse should take note of what assessment parameters（） A: Platelet count, prothrombin time (PT), and partial thromboplastin time (PTT). B: Platelet count, blood glucose levels, and white blood cell (WBC) count. C: Thrombin time, calcium levels, and potassium levels. D: Fibrinogen level, WBC count, and platelet count.
While monitoring a client for the development of disseminated intravascular coagulation (DIC), the nurse should take note of what assessment parameters（） A: Platelet count, prothrombin time (PT), and partial thromboplastin time (PTT). B: Platelet count, blood glucose levels, and white blood cell (WBC) count. C: Thrombin time, calcium levels, and potassium levels. D: Fibrinogen level, WBC count, and platelet count.
The essential change of blood clotting is A: platelet aggregation B: rouleaux formation C: agglutination of erythrocyte D: fibrination
The essential change of blood clotting is A: platelet aggregation B: rouleaux formation C: agglutination of erythrocyte D: fibrination
In health condition, which is the largest cell in human body? A: Macrophage B: Platelet C: Neuron D: Megakaryocyte
In health condition, which is the largest cell in human body? A: Macrophage B: Platelet C: Neuron D: Megakaryocyte
In severe intravascular hemolysis, DIC can be caused by the release<br/>of large amount of ( ) A: Tissue factor B: ADP C: Factor Ⅰ D: t-PA E: Platelet factors
In severe intravascular hemolysis, DIC can be caused by the release<br/>of large amount of ( ) A: Tissue factor B: ADP C: Factor Ⅰ D: t-PA E: Platelet factors
In severe intravascular hemolysis, DIC can be caused by the release<br/>of large amount of ( ). A: tissue factor B: adenosine diphosphate C: factor I D: tissue-plasminogen activator E: platelet factors
In severe intravascular hemolysis, DIC can be caused by the release<br/>of large amount of ( ). A: tissue factor B: adenosine diphosphate C: factor I D: tissue-plasminogen activator E: platelet factors
可释放组胺酶和芳基硫酸酯酶,防止机体发生过敏反应的是() A: neutrophilic granulocyte B: blood platelet C: monocyte D: basophilic granulocyte E: eosinophilic granulocyte
可释放组胺酶和芳基硫酸酯酶,防止机体发生过敏反应的是() A: neutrophilic granulocyte B: blood platelet C: monocyte D: basophilic granulocyte E: eosinophilic granulocyte
What is the earliest and quickest response of blood vessels after an injury? () A: Vascular endothelial cell contraction B: Platelet aggregation C: Clot retraction D: The wound callus E: Blood flowing retarding
What is the earliest and quickest response of blood vessels after an injury? () A: Vascular endothelial cell contraction B: Platelet aggregation C: Clot retraction D: The wound callus E: Blood flowing retarding
A patient suffers from disseminated intravascular coagulation (DIC). The following image shows the lesion microcirculation. The major component of this lesion (black arrow) is ( ) A: Platelet B: Red blood cell C: Leukocyte D: Fibrin
A patient suffers from disseminated intravascular coagulation (DIC). The following image shows the lesion microcirculation. The major component of this lesion (black arrow) is ( ) A: Platelet B: Red blood cell C: Leukocyte D: Fibrin
In severe intravascular hemolysis, DIC can be caused by the release<br/>of large amount of() A: Tissue factor B: Adenosine diphosphate (ADP) C: Factor Ⅰ D: Tissue-plasminogen<br/>activator(t-PA) E: Platelet factors
In severe intravascular hemolysis, DIC can be caused by the release<br/>of large amount of() A: Tissue factor B: Adenosine diphosphate (ADP) C: Factor Ⅰ D: Tissue-plasminogen<br/>activator(t-PA) E: Platelet factors
What is the earliest and quickest response of blood vessels after an<br/>injury?() A: Vascular endothelial cell contraction B: Platelet aggregation C: Clot retraction D: The wound callus E: Blood flowing retarding
What is the earliest and quickest response of blood vessels after an<br/>injury?() A: Vascular endothelial cell contraction B: Platelet aggregation C: Clot retraction D: The wound callus E: Blood flowing retarding