Agglutination tests
intentionally expose blood to antibodies to see if they react
agglutination
The donated RBCs will clump together in this process
Plasma
a mixture of water, electrolytes, and proteins that help in transporting lipids, forming antibodies, and blood clotting
Leukocytes
fight disease and infection
Erythrocytes
transport oxygen
Platelets
help form blood clots
kidneys
continually monitor blood oxygen levels
erythropoietin
When oxygen levels are low, a hormone called erythropoietin is released
Hemolysis
occurs when RBCs reach the end of their 120-day life cycle
Heme
is broken down into iron and bilirubin (waste)
globin
is broken down into amino acids to be used in protein synthesis
neutrophils
first responders
eosinophils
active fighters for parasites and worms
basophils
produce heparine which helps to prevent clottingmonocyt
monocytes
largest WBC, travelling cells- helps to move blood to body tissues
Lymphocytes- T cells
80%, attack cells
Lymphocytes- B cells
memory cells, produce antibodies
thrombocytes (platelets)
production regulated by thromboprotien
thromboprotien
produced by liver/kidneys
hemostasis
process of blood clotting
lymphocytes
smallest WBC
thrombin
Damage to a vessel wall activates this protein
platelet plug
sticky plug
fibrin
adheres to platelets forming clot
antigens
proteins that identify the cell to the immune system
Rhesus (Rh) factor D antigens
determines + or – types
hemolytic reaction
where the recipient’s immune system attacks the donated cells
rh-
blood lacks protien
rh+
blood has protien
rh factor
second antigen on your blood and refers to the presence or absence of protein D in the blood