BIO 108: Blood (Processes & Steps)

Stages of __ Maturation:

1. Myeloid stem cell

2. Proerythroblast

3. Basophilic Erythroblast

4. Polychromatophilic Erythroblast

5. Normoblast

6. Reticulocyte

7. Mature RBC

RBC

What is the first stage of RBC Maturation?

Which stage of RBC Maturation is:

• Myeloid Stem Cell

What is the second stage of RBC Maturation, after Myeloid Stem Cell?

Which stage of RBC Maturation is:

• Proerythroblast

What is the third stage of RBC Maturation, after Proerythroblast?

Which stage of RBC Maturation is:

• Basophilic Erythroblast

What is the fourth stage of RBC Maturation, after Basophilic Erythroblast?

Which stage of RBC Maturation is:

• Polychromatophilic Erythroblast

What is the fifth stage of RBC Maturation, after Polychromatophilic Erythroblast?

Which stage of RBC Maturation is:

• Normoblast

What is the sixth stage of RBC Maturation, after Normoblast?

Which stage of RBC Maturation is:

• Reticulocyte

What is the seventh stage of RBC Maturation, after Reticulocyte?

Which stage of RBC Maturation is:

• Mature RBC

Steps in Stopping __:

1. Vascular Spasm

2. Platelet Plug Formation

3. Platelet Adhesion

4. Platelet Release Reaction

5. Platelet Aggregation

6. Blood Clotting (Coagulation)

Hemorrhage

What is the first step in Stopping Hemorrhage?

Which step in Stopping Hemorrhage is:

• Vascular Spasm

What is the second step in Stopping Hemorrhage, after Vascular Spasm?

Which step in Stopping Hemorrhage is:

• Platelet Plug Formation

What is the third step in Stopping Hemorrhage, after Platelet Plug Formation?

Which step in Stopping Hemorrhage is:

• Platelet Adhesion

What is the fourth step in Stopping Hemorrhage, after Platelet Adhesion?

Which step in Stopping Hemorrhage is:

• Platelet Release Reaction

What is the fifth step in Stopping Hemorrhage, after Platelet Release Reaction?

Which step in Stopping Hemorrhage is:

• Platelet Aggregation

What is the sixth step in Stopping Hemorrhage, after Platelet Aggregation?

Which step in Stopping Hemorrhage is:

• Blood Clotting (Coagulation)

Steps of the __ pathway:

1. Begins in vessel wall

2. Outside blood stream

3. Damaged cells release tissue factor

Extrinsic

What is the first step of Extrinsic pathway?

Which step of Extrinsic pathway is:

• Begins in the vessel wall

What is the second step of Extrinsic pathway, after Begins in the vessel wall?

Which step of Extrinsic pathway is:

• Outside blood stream

What is the third step of Extrinsic pathway, after Outside blood stream?

Which step of Extrinsic pathway is:

• Damaged cells release tissue factor

Steps of the __ pathway:

1. Begins with circulating proenzymes within bloodstream

2. Activation of enzymes by collagen

3. Platelets release factors

Intrinsic

What is the first step of Intrinsic pathway?

Which step of Intrinsic pathway is:

• Begins with circulating proenzymes within bloodstream

What is the second step of Intrinsic pathway, after Begins with circulating proenzymes within bloodstream?

Which step of Intrinsic pathway is:

• Activation of enzymes by collagen

What is the third step of Intrinsic pathway, after Activation of enzymes by collagen?

Which step of Intrinsic pathway is:

• Platelets release factors

Steps of the __ pathway:

1. Forms enzyme prothrombinase

2. Converts prothrombin to thrombin

3. Thrombin converts (soluble) fibrinogen to (insoluble) fibrin

Common

What is the first step of Common pathway?

Which step of Common pathway is:

• Forms enzyme prothrombinase

What is the second step of Common pathway, after Forms enzyme prothrombinase?

Which step of Common pathway is:

• Converts prothrombin to thrombin

What is the third step of Common pathway, after Converts prothrombin to thrombin?

Which step of Common pathway is:

• Thrombin converts (soluble) fibrinogen to (insoluble) fibrin