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137 Cards in this Set

  • Front
  • Back
white blood cell (agranulocyte) formed in lymph tissue - a phagocyte and the precursor of a macrophage
monocyte
thrombocyte or cell that helps blood clot
platelet
cell in the bone marrow that gives rise to different types of blood cells
stem cell (hemocytoblast)
leukocyte formed in lymph tissue - produces antibodies
lymphocyte
leukocyte with dense, reddish granules having an affinity for red acid dye, associated with allergic reactions
eosinphil
red blood cell
erythrocyte
leukocyte (polymorphonuclear granulocyte) formed in the bone marrow and having neutral-staining granules
neutrophil
leukocyte (granulocyte) whose granules have an affinity for basic dye – releases histamine and heparin
basophil
blood cell
corpuscle
eosinophils, neutrophils, and basophils
granulocyte
pertaining to having one prominent nucleus
mononuclear
pertaining to having a many-shaped nucleus (neutrophil)
polymorphonuclear
cells without dark-staining granules (monocytes and lymphocytes)
agranulocyte
immature red blood cell
erythroblast
forerunner of platelet
megakaryocyte
large phagocytes formed from monocytes
macrophage
blood protein
hemoglobin
derived from bone marrow cells
myeloid
immature, developing RBC
erythroblast
immature bone marrow cell – forerunner of granulocyte
myeloblast
plasma
liquid portion of blood
dark green pigment produced from hemoglobin when red blood cells are destroyed
bilirubin
iron-containing nonprotein part of hemoglobin
heme
protein in plasma - can be separated into alpha, beta, and gamma types
globin
hormone secreted by the kidneys to stimulate bone marrow to produce red blood cells
erythropoietin
foreign material that stimulates the production of an antibody
antigen
plasma protein that maintains the proper amount of water in the blood
albumin
proteins made by lymphocytes in response to antigens in the blood
antibodies
an anticoagulant substance produced by liver cells and found in the bloodstream and tissues
heparin
protein threads that form the basis of a blood clot
fibrin
a plasma protein that is converted to thrombin in the clotting process
prothrombin
plasma minus clotting proteins and cells
serum
a clotting factor that, in combination with calcium, promotes the clotting process
thromboplastin
a plasma protein that is converted to fibrin in the clotting process
fibrinogen
coagulation
the process of clotting
an enzyme that helps convert fibrinogen to fibrin
thrombin
substance that prevents clotting
anticoagulant
disease of hemoglobin (word building)
hemoglobinopathy
study of cells
cytology
deficiency of WBCs
leukocytopenia
study of shape (of cells)
morphology
cell with a large nucleus
megakaryocyte
iron deficiency
sideropenia
cell that eats other cells
phagocyte
immature bone marrow cell
myeloblast
separation of platelets from the rest of cells
plateletpheresis
immature monocyte
monoblast
formation of bone marrow cells
myelopoiesis
pertaining to controlling or stopping blood flow
hemostatic
pertaining to the destruction of cells
thrombolytic
formation of blood
hematopoiesis
name four plasma proteins
albumin, globulin, fibrinogen, prothrombin
what is the Rh factor?
antigen found in RBCs of Rh-positive people
glycolipids on the surface of cell membranes
antigens
clumping of recipient’s cells when incompatible cells are transfused
agglutination
a person with type A blood has ___ antigens and ___ antibodies in his/her blood
A antigens and anti-B antibodies
a person with type B blood has ___ antigens and ___ antibodies in his/her blood
B antigens and anti-A antibodies
a person with type AB blood has ___ antigens and ___ antibodies in his/her blood
both A and B antigens and no anti-A or anti-B antibodies
a person with type O blood has ___ antigens and ___ antibodies in his/her blood
no A or B antigens and both anti-A and anti-B antibodies
What does a whole blood transfusion consist of?
erythrocytes and plasma – since antigens are glycolipids on the surface of cells and plasma contains antibodies, then both antigens and antibodies are present in a whole blood transfusion.
Does whole blood have antigens?
yes
Does whole blood have antibodies?
yes
What does a packed cell transfusion consist of?
primarily erythrocytes.
Does a packed cell blood transfusion contain antibodies?
No, since there is no plasma.
Does a packed cell blood transfusion contain antigens?
Yes, since there are RBCs.
What does a plasma transfusion consist of?
primarily plasma, so it contains antibodies.
Does a plasma transfusion contain antigens?
No.
Does a plasma transfusion contain antigens?
No, since it contains no cells.
Which blood products can be safely transfused to a recipient with type A blood?
A, O
Which blood products can be safely transfused to a recipient with type B blood?
B, O
Which blood products can be safely transfused to a recipient with type AB blood?
AB, A, B, O
Which blood products can be safely transfused to a recipient with type O blood?
O
separating substances (such as proteins) by electric charge
electrophoresis
a type of gamma globulin that contains protein
immunoglobulin
change in structure and function of a cell as it matures
differentiation
process of using a centrifuge to separate or remove blood cells from plasma
plasmapheresis
an anticoagulant substance produced by liver cells and found in the bloodstream and tissues
heparin
protein threads that form the basis of a blood clot
fibrin
a plasma protein that is converted to thrombin in the clotting process
prothrombin
plasma minus clotting proteins and cells
serum (plural: sera)
a clotting factor that, in combination with calcium, promotes the clotting process
thromboplastin
a plasma protein that is converted to fibrin in the clotting process
fibrinogen
the process of clotting
coagulation
an enzyme that helps convert fibrinogen to fibrin
thrombin
irregularity in the shape of red blood cells
poikilocytosis
oxygen-containing protein in red blood cells
hemoglobin
formation of red blood cells
erythropoiesis
deficiency in numbers of red blood cells
erythrocytopenia
destruction of red blood cells
hemolysis
reduction of hemoglobin in red blood cells
hypochromia
variation in size of red blood cells
anisocytosis
abnormal numbers of round, rather than normally biconcave-shaped, red blood cells
spherocytosis
increase in number of small red blood cells
microcytosis
general increase in numbers of red blood cells – erythremia
polycythemia vera
increase in numbers of large red blood cells
macrocytosis
separation of blood so that the percentage of red blood cells in relation to the volume of a blood sample is measured
hematocrit
lack of iron leading to insufficient hemoglobin production
iron-deficiency anemia
lack of mature erythrocytes due to inability to absorb vitamin B12 (gastric juice lacks factor that absorbs B12)
pernicious anemia
fragile, irregularly-shaped RBCs due to hereditary disorder
sickle cell anemia
lack of all types of blood cells due to lack of development of bone
aplastic anemia
defect in the ability to produce hemoglobin, leading to hypochromia
thalassemia
multiple pinpoint hemorrhages due to deficiency of platelets (patient makes antibody that destroys his/her platelets – cause unknown
idiopathic thrombocytopenic purpura
abnormal condition of excess granulocytes (eosinophilia and basophilia)
granulocytosis
excessive bleeding due to factor VIII missing (hereditary and congenital)
hemophilia
excessive deposits of iron
hemochromatosis
malignant tumor of bone marrow
multiple myeloma
EBV infection causes acute infectious disease involving increased numbers of atypical lymphocytes
mononucleosis
symptoms of disease return
relapse
symptoms of disease disappear
remission
relieving, but not curing
palliative
immunoglobulin fragment found in the urine of patients with multiple myeloma
Bence Jones protein
multiple pinpoint hemorrhages with accumulation of blood under the skin
purpura
deficiency of all blood cells
pancytopenia
separation of blood into its parts
apheresis
increase in numbers of granulocytes, seen in allergic conditions
eosinophilia
stained blood smear is examined to determine the shape (form) of individual red blood cells
RBC morphology
measures the percentage of red blood cells in a volume of blood
hematocrit
determines the number of clotting cells per cubic millimeter
platelet count
measurement of venous blood clotting in a test tube
coagulation time
measures the speed at which erythrocytes settle out of plasma
erythrocyte sedimentation rate
determines the numbers of different types of white blood cells (immature and mature forms)
WBC differential
determines the presence of antibodies in infants of RH-negative women or in patients with autoimmune hemolytic anemia
antiglobulin (Coombs) test
bone marrow cells from a donor are infused into a patient with leukemia or aplastic anemia
bone marrow transplant
time it takes for a small puncture wound to stop bleeding
bleeding time
needle is introduced into the bone marrow cavity and a small amount of marrow is aspirated and then examined under a microscope
bone marrow biopsy
gives the number of erythrocytes per cubic millimeter of blood
RBC count
blood is collected from and later reinfused into the same patient
autologous transfusion
a blood protein that helps transport oxygen to body tissue
Hgb – hemoglobin
an immune reaction by a recipient’s cells to a donor’s cells
a possible outcome of a bone marrow transplant
malignant condition of white blood cells in which immature lymphocytes predominate – children are affected and onset is sudden
ALL – acute lymphocytic leukemia
a test used to follow patients who are taking certain anticoagulants
PTT – partial thromboplastin time
malignant condition of white blood cells in which both mature and immature granulocytes are present (slowly progressive illness)
CML – chronic myelogenous leukemia
proteins that stimulate the formation and proliferation of white blood cells
G-CSFs – granulocyte colony-stimulating factors
proteins containing antibodies
gamma globulins
malignant condition of white blood cells in which relatively mature lymphocytes predominate in lymph nodes, spleen, and bone marrow, usually seen in elderly patients
CLL – chronic lymphocytic leukemia
malignant condition of white blood cells in which immature granulocytes predominate and normal bone marrow is replaced by myeloblasts
AML – acute myelogenous (myelocytic) leukemia
white blood cell count with left shift
confirms diagnosis of systemic infection