Answer to Question 1
3
Rationale 1: Hemostatics is a type of medication that helps form clots.
Rationale 2:Clotting factors are activated in a series of sequential steps, sometimes referred to as a cascade.
Rationale 3: The coagulation cascade is a complex series of steps that begins when the injured cells release a chemical called prothrombin activator, or prothrombinase.
Rationale 4: Hemostasis is the stopping of blood flow, an essential mechanism protecting the body from both external and internal injury.
Global Rationale: The coagulation cascade is a complex series of steps that begins when the injured cells release a chemical called prothrombin activator, or prothrombinase. Clotting factors are activated in a series of sequential steps that start the coagulation cascade. Hemostatics is a type of medication that helps form clots. Hemostasis is the stopping of blood flow, an essential mechanism protecting the body from both external and internal injury.
Answer to Question 2
3
Rationale 1: Thrombolytic is a type of medication that dissolves blood clots.
Rationale 2: Coagulation refers to the process of blood clotting.
Rationale 3: Hemostasis is the stopping of blood flow, an essential mechanism protecting the body from both external and internal injury.
Rationale 4:Fibrinolysis is the process of clot removal.
Global Rationale: Hemostasis is the stopping of blood flow, an essential mechanism protecting the body from both external and internal injury. Thrombolytic is a type of medication that dissolves blood clots. Coagulation refers to the process of blood clotting. Fibrinolysis is the process of clot removal.
Bartel and Szostak demonstrated chemical selection for RNA molecules that can catalyze phosphoester
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The chemical structure of mescaline, derived from the peyote cactus.
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Bowen’s Reaction Series
Distribution of dystrophin in muscle cells. (a) In normal muscle cells, all the dystrophin is locate