NEW
Font size
WorksheetsBlood
Total questions: 50
Worksheet time: 25mins
THe layer that contains the remaining formed elements, leukocytes, WBC and platelets
plasma
hematocrit
buffy coat
water
blood fraction
hematocrit
albumin
electrolytes
plasma
normal temperature of the blood
35 degrees celcius
36 degrees celcius
37 degrees celcius
38 degrees celcius
dull red or purple color in the blood usually indicates that the blood is
poorly oxygenated
highly ocygenated
dead
normal
90% of water and is the liquid part of the blood
platelets
plasma
erythrocytes
leukocytes
most abundant solutes in plasma
erythrocytes
water
electrolytes
plasma proteins
acts as a carrier to shuttle certain molecules through the circulation, is an important blood buffer, and contributes to the osmotic pressure of the blood.
albumin
fibrinogen
globulins
chloride
which body organ plays the main role in producing plasma proteins?
stomach
liver
pancreas
kidneys
what are the three major categories of formed elements?
blood, plasma, erythrocytes
erythrocytes, leukocytes, platelets
electrolytes, proteins, water
albumin, fibrinogen, globulins
functions primarily to ferry oxygen to all cells of the body
erythrocytes
leukocytes
plasma
white blood cells
a decrease in the oxygen-carrying ability of the blood for whatever reason
polycythemia
leukemia
anemia
sickle cell trait
an excessive or abnormal increase in the number of erythrocytes
anemia
polycythemia
leukemia
sickle cell anemia
defends the body against damage by bacteria, viruses, parasites and tumor cells
erythrocytes
leukocytes
plasma
proteins
A process when WBCs are able to slip into and out of the blood vessels
osmosis
diffusion
diapedesis
amoeboid motion
the capability of the WBCs to locate areas of tissue damage and infection in the body by responding to certain chemicals that diffuse from damaged cells
positive chemotaxis
negative chemotaxis
diapedesis
amoeboid motion
Process in which WBCs move through the tissue spaces which they help form flowing cytoplasmic extensions that help move along
diapedesis
positive chemotaxis
negative chemotaxis
amoeboid motion
refers to the total WBC count above 11 000 cells/mm^3
leukocytosis
luekopenia
leukemia
plasmacytosis
the condition where the body has abnormally low WBC count
leukocytosis
leukemia
leukopenia
neutrophils
Literally white blood in which the bone marrow becomes cancerous and a huge numbers of WBCs are turned out rapidly
leukopenia
leukemia
anemia
leukocytosis
Two classifications of WBCs
granulocytes, agranulocytes
neutrophils, lymphocytes
plasma, proteins
monocytes, eosinophils
Granule-containing WBCs. They have lobed nuclei, which typically consists of several rounded nuclear areas connected by thin strands of nuclear material
granulocytes
agranulocytes
plasma
neotrophils
Most numerous WBCs. Particularly partial to bacteria and fungi, which they kill during respiratory burst that deluges the phagocytized invaders with a potent brew of oxidizing substances
neutrophils
eosinophils
basophils
lymphocytes
Their number increases rapidly during the infections by parasitic worms ingested in food such as raw fish or entering through the skin
neutrophils
eosinophils
basophils
lymphocytes
rarest of the WBCs, have large histamine-containing granules that stain dark blue
neutrophils
eosinophils
basophils
lymphocytes
an inflammatory chemical that makes blood leaky and attracts other WBCs to the inflamed sight
histamine
monocytes
fibrinogen
globulins
lack cytoplasmic granules
granulocytes
agranulocytes
diapedesis
amoeboid motion
take up residence in lymphatic tissues such as the tonsils. They are the second most numerous leukocytes in the blood
eosinophils
basophils
lymphocytes
monocytes
largest of the WBCs and resemble large lymphocytes
eosinophils
basophils
lymphocytes
monocytes
migrated monocytes in the tissues that are important in fighting chronic infections such as tuberculosis, and in activating lymphocytes
macrophages
microphages
eosinophils
basophils
Not technically cells which pinch off thousands of anucleate pieces that seal themselves off from the surrounding fluids
platelets
plasma
erythrocytes
leukocytes
What is the role of hemoglobin in the red blood cell?
transport O2 in the blood only
transport CO2 in the blood only
transport both O2 and CO2 in the blood
transport nutrients in the blood
which white blood cells are most important in the body immunity?
lymphocytes
leukocytes
basophils
neutrophils
blood cell formation
hemocytoblast
hematopoiesis
hematocrit
diapedesis
stem cell which resides in red bone marrow
hemocytoblasts
hematopoietin
hematopoiesis
lymphoid stem cell
produces lymphocytes
lymphoid stem cell
myeloid stem cell
stem cell in general
secondary stem cells
hormone that controls the rate of erythrocyte production
hematopoiesis
hemocytoblasts
erythropoietin
erythropoiesis
prompt red bone marrow to turn out leukocytes and enhance the ability of mature leukocytes to protect the body
colony stimulating factors (CSF)
thrombopoietin
hemostasis
bone marrow biopsy
stem cell that gives rise to all formed elements
myeloid stem cell
lymphoid stem cell
stem cell in general
lymphocytes
a clot that develops and persists in an unbroken blood vessel
fibrin
embolus
thrombus
petechiae
a thrombus that floats freely in the blood stream
thrombus
embolus
thrombocytopenia
petechiae
results from an insufficient number of circulating platelets
thrombus
embolus
thrombocytopenia
petechiae
purplish blotches that resemble rash on skin
thrombocytopenia
petechiae
hemophilia
agglutination
applies to several different hereditary bleeding disorders that result from a lack of any of the factors that is needed for clotting
hemophilia
petechiae
thrombocytopenia
agglutination
a substance that the body recognizes as foreign; it stimulates the immune system to mount a defense against it
antigen
antibodies
agglutination
agglutinins
the recognizers present in the plasma that attach to RBCs bearing surface antigens different from those on the patient's RBCs
antigen
antibodies
agglutination
agglutinin
A phenomenon that is the binding of the antibodies which causes the foreign RBCs to clump which leads to the clogging of a small blood vessel throughout the body
antigen
antibodies
agglutination
agglutinogens
the universal recepient
AB
B
A
O
The universal donor
AB
A
B
O
What are the classes of human blood groups based on?
agglutinins
agglutinogens
antibodies
antigens
What is the probable result of mismatched blood?
heart attack
stroke
kidney failure
burns
