Random
The types of antigen(s) that blood type O has
None!
Term for low white blood cell count
Leukopenia
The site of RBC death
The spleen
List the blood types (no Rh factor)
A, B, AB, O
The main function of hemostasis
To stop bleeding
The amount of oxygens one hemoglobin can carry
4
What are Neutrophils, Basophils, Eosinophils?
Granulocytes
Term for high red blood cell count
Polycythemia
The two types of agglutinins
anti-A and anti-B (antibodies)
Function of a procoagulant
Clotting factor, clot the blood
This type of feedback is used during hemostasis
Positive feedback
This WBC level rises in response to viral infections
Monocytes
Stimuli for increased erythropoiesis
This happens during a mismatched transfusion reaction and antibodies attach to multiple foreign antigens
Agglutination
Immediate protection and response against blood loss
Vascular spasm
This coats non-broken vessels to prevent platelet sticking
List the 5 leukocytes from most to least abundant
Neutrophils, Lymphocytes, Monocytes, Eosinophils, Basophils
This is the last cell type in erythropoiesis that contains a nucleus
Erythroblast
The universal donor and receiver
Donor: Type O-, Receiver: Type AB+
This is revealed to make the platelets stick to the walls of broken vessels
Collagen
Most common type of hemophilia
Hemophilia A
The place where WBC spend most of their lifetime if not being used
Connective tissue
Reasons women's hematocrit is lower than men's
Androgens (testosterone) make more RBCS, loss from menstrual cycle, hematocrit inversely proportional to fat (women have higher average BF%)
Mom: Rh-, *second* baby: Rh+
Draw the extrinsic and intrinsic pathway of coagulation
Here’s the arrow-only version based exactly on your diagram:
Extrinsic
Tissue damage → Factor III → Factor X
Intrinsic
Platelets → Factor XII → Factor X
Common
Factor X → Prothrombin Activator
Prothrombin → Thrombin
Fibrinogen → Fibrin
Fibrin → Clot