Chapter 13+14 Flashcards
Colony-stimulating factor (CSF)
Protein that stimulates growth of white blood cells
Differentiation
change in structure and function of a cell as it matures; specialization
electrophoresis
A method of separating serum proteins by electrical charge
eosinophil
White blood cell that contains granules that stain red
phagocytic cells involved in allergic responses and parasitic infections
erythroblast
An immature red blood cell
erythrocyte
Red blood cell
-transports oxygen
Erythropoietin
Hormone secreted by kidneys that stimulates red blood cell formation
Fibrin
Protein that forms basis of blood clot
Fibrinogen
Plasma protein that is converted to fibrin in clotting process
globulin
Plasma protein, separated into alpha, beta, and gamma
granulocyte
White blood cell with numerous dark-staining granules
Hematopoietic stem cell
Cell in bone marrow that gives rise to all types of blood cells
hemoglobin
Blood protein containing iron; carries oxygen in red blood cells
heparin
An anticoagulant found in blood and tissue cells
-used against congestive heart failure
Immune reaction
Response of immune system to foreign invasion
immunoglobulin
Protein with antibody activity
leukocyte
White blood cell
lymphocyte
Mononuclear leukocyte that produces antibodies
macrophage
Monocyte that migrates from blood to tissue spaces; as a phagocyte, it engulfs foreign materials and debris; destroys worn out RBCs
Megakaryocyte
Large platelet precursor cell found in bone marrow
monocyte
- Leukocyte with one large nucleus; engulf foreign material and debris’ becomes macrophage
- DEF2: Mononuclear white blood cell (agranulocyte) formed in lymph tissue; it is a phagocyte and the precursor to macrophage
- digest bacteria and large tissue debris
mononuclear
Pertaining to cell (leukocyte) with single round nucleus
myeloblast
Immature bone marrow that gives rise to granulocytes
neutrophil
-Granulocytic leukocyte formed in bone marrow; polymorphonuclear
- phagocytic cells that accumulate at sites of infection
- do not stain, are white
plasma
Liquid portion of blood; contains water, proteins, salts, nutrients, lipids, hormones, and vitamins
plasmapheresis
Removal of plasma from withdrawn blood by centrifuge
platelet
Small blood fragment important in clotting
polymorphonuclear
Pertaining to white blood cell with multi-shaped nucleus; neutrophil
prothrombin
Plasma protein; converted to thrombin in the clotting process
Reticulocyte
Immature erythrocyte
Rh factor
Antigen on red blood cells of Rh positive(RH+) individuals
Serum
Plasma minus clotting proteins and cells
-component of blood
Stem cell
Unspecialized cell that gives rise to mature, specialized forms
thrombin
Enzyme that converts fibrinogen to fibrin during coagulation
thrombocyte
platelets
Types of blood cells
- Erythrocytes
- Thrombocytes (platelets)
- Leukocytes
A Blood type
A antigen and anti-B antibody
B Blood Type
B antigen and anti-A antibody
AB blood type
A and B antigens and no antibodies (universal recipient)
O blood type
No A or B antigens, and both anti-A and anti-B antibodies (universal donor) Rh Factor (positive and negative)
Albumin
Protein in the blood; maintains proper amount of water in blood
Antibody (AB)
Specific protein produced by lymphocytes in response to bacteria, viruses, or other antigen
Antigen
A substance that stimulates production of an antibody
Basophil
- White blood cell that contains granules that stain blue
- contains heparin (prevents clotting and histamine(involved in allergic response)
Bilirubin
Orange-yellow pigment in bile; formed by breakdown of hemoglobin when RBCs are destroyed
-piss is very yellow, could mean problems with spleen
Coagulation
Blood clotting
bas/o
base
chrom/o
color
coagul/o
clotting
cyt/o
cell
eosin/o
red, dawn, rosy
erythr/o
red
granul/o
granules
hem/o
blood
hemat/o
blood
hemoglobin/o
hemoglobin
is/o
same, equal
kary/o
nucleus
leuk/o
white
mon/o
one, single
morph/o
shape, form
myel/o
bone marrow
neutr/o
neutral
nucle/o
nucleus
phag/o
eat, swallow
poikil/o
varied, irregular
sider/o
iron
spher/o
globe, round
thromb/o
clot
Aplastic anemia
Failure of blood cell production due to aplasia of cell formation of bone marrow cells
-prevalent in cancer (spleen, pancreatic, etc) body will just stop producing cells
Hemolytic anemia
Reduction in red cells due to excessive destruction
Pernicious anemia
Lack of mature erythrocytes caused by inability to absorb vitamin B12 into bloodstream
-can take B12 orally to prevent this
Sickle cell anemia
Hereditary disorder of abnormal hemoglobin producing sickle shape erythrocytes and hemolysis
Thalassemia
Inherited defect in ability to produce hemoglobin, leading to hypochromia (blood loses color)
Hemochromatosis
Excess iron deposits throughout body. Can lead to congestive heart failure
Polycythemia Vera
General increase in red blood cells; can happen for no reason
-treatment is to take blood out and throw it away
Hemophilia
-Excessive bleeding caused by hereditary factors VIII and IX necessary for blood clotting
- Patients often bleed into weight-bearing joints, especially ankles and knees
- very rare, mostly DMAB affected
Purpura
Multiple pinpoint hemorrhages and accumulation of blood under the skin
Leukemia
Increase in cancerous white blood cells
Granulocytosis
Abnormal increase in granulocytes in blood
Mononucleosis
Infectious disease marked by increased numbers of mononuclear leukocytes and enlarged cervical lymph nodes
- no symptoms, maybe a wart or something
- transferred between sexual contact/kissing
Multiple myeloma
Malignant neoplasm of bone marrow
Malignant cells (lymphocytes called plasma cells that produce antibodies) destroy bone tissue and cause overproduction of immunoglobulins, including bence jones protein
-found by taking urine test
Apheresis
Separation of blood into component parts and removal of select part from blood
Blood transfusion
Whole blood or cells taken from a donor and infused into a patient
Bone Marrow Biopsy
Microscopic exam of a core of bone marrow removed with a needle
Hematopoietic Stem Cell transplantation
Peripheral stem cells from a compatible donor administered into a recipient
Adaptive imunity
ability to recognize and remember specific antigens and mount an attack on them
Adenoids
Mass of lymphatic tissue in nasopharynx
antibody
protein produced by B cells to destroy antigens
antigen
foreign substance; evokes an immune response
Axillary nodes
lymph nodes in armpit
B Cell (B lymphocyte)
lymphocyte that matures into a plasma cell to secrete antibodies, mature in bone marrow
Cell-mediated immunity
T cells that respond to antigens and destroy them
Cervical Nodes
lymph nodes in neck region
complement system
proteins in blood that help antibodies and kill target
cytokines
proteins secreted by cytotoxic T cells to aid in antigen destruction
Cytotoxic T cell (CD8+ T cell)
lymphocyte that directly kills antigens
Dendritic Cell
antigen-presenting cell; shows T and B cells what to attack
Helper T cell (CD4+ T Cell)
Lymphocyte that aids B calls and stimulated T cells
Humoral immunity
- B cells produce antibodies after exposure to specific antigens; type of adaptive immunity
- originate in bone marrow from stem cells
- b cells mature into plasma cell that produces antibodies called immunoglobins to block effects of antigens