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91 Cards in this Set

  • Front
  • Back
leukocyte
white blood cell
hemoglobin
protein in red blood cells - carries oxygen
macrophages
"big eaters" white blood cells that ingest foreign materials
hemostasis
process that prevents blood loss
anticoagulant
compound that prevents blood clotting
hemolyzed
destruction of the blood cells
leukocyte
white blood cell
hemoglobin
protein in red blood cells - carries oxygen
macrophages
"big eaters" white blood cells that ingest foreign materials
hemostasis
process that prevents blood loss
anticoagulant
compound that prevents blood clotting
hemolyzed
destruction of the blood cells
luekemia
a blood disease that is characterized by an increase in the number of white blood cells
endocardium
inner layer of the heart
septum
the wall separating the heart into right and left side
systole
heart contraction
diastole
relaxation of heart
heart attack
myocardial infarction
cardiac tymponade
compression of the heart muscle and restriction of heart movement by blood in the pericardial sac
rheumatic fever
systemic infection and autoimmune disease that involves the cariac system and the skin
sinus arrhythmia
a regular variation in heart rate
congenital heart disease
a heart disease present at birth
pulmonary circut
flow of blood that involes getting rid of carbon dioxide and picking up oxygen
venules
small veins
thrombocytopenia
reduction in the number of platelets
what type of tissue is blood?
Classified as a connective tissue because nearly half of it is made up of cells
how much blood in a heman body?
The average amount of blood in the human body is about 5 liters.
what % of body is made up of blood
Blood accounts for about 8% of the body weight.
3 things that help with hemostasis
contraction of smooth muscle
platelet plug
blood clot
3 major types of blood disorders
anemias
leukemias
clotting disorders
intercalated discs
modified cell membranes in the myocardium that allow for rapid transfer of electrical impulses
3 things blood regulates
1. pH of body fluids
2. osmotic pressure (amount of fluid in tissues)
3. body temperature
homeostasis
circulating blood is necessary to maintain
what type of tissue is blood
Classified as a connective tissue because nearly half of it is made up of cells
how is blood different than other connective tissues?
Blood is different than other connective tissue because the cells it contains are not fixed they move freely.
what % of body is blood
8%
how much blood is in the boddy?
5 liters
3 functions of blood
regulation
transportation
protection
5 types of white blood cells
Granulocytes:
1. neutrophils
2. eosinophils
3. basophils
Agranulocytes:
1. lymphocytes
2. monocytes
albumin
most abundant protein in blood – produced in the liver – important in maintaining osmotic pressure
complement
actually a group of proteins – that fight infection
glucose
most abundant carbohydrate in the plasma
electrolytes
chloride, carbonate, phosphate salts, sodium, potassium, calcium, & magnesium
hemostasis
process that prevents the loss of blood from the circulation when a blood vessel is ruptured by an injury
procoagulant
a clotting compound that promotes clotting
serum
the fluid that is left over after clotting – contains all the components of blood plasma except for the clotting factors
4 types of blood
A,B, AB, O
D antigen
also known as the Rhesus factor - determines blood type
3 types of blood disorders
Anemias
Leukemias
Clotting problems
average heart rate
72 bpm
endocardium
thin, smooth layer that lines the heart – this layer actually makes up the valves of the heart
myocardium
thickest, muscular layer of the heart – responsible for pumping blood
epicardium
thin, outer layer of the heart – continuous with serous lining of the fibrous sac that hold the heart – these layers together are the pericardium
pulmonary pump
the right side of the heart and the lungs
systemic pump
the left side of the heart and the body
septum
the wall that separates the right & left side of the heart
bicuspid valve
mitral valve – connects the left atrium & left ventricle
tricuspid valve
connects right atrium & right ventricle
coronary circulation
the circulation of blood through the heart itself
systole
the active phase of the heart – the working of the heart - contraction
diastole
the resting period of the heart – the relaxation phase of the heart beat
 
cardiac output
the volume of blood pumped by the heart in one minute
stroke volume
the volume of blood pumped by the heart with each beat
heart rate
the number of times the heart beats in one minute – average is 72 beats per minute
AV node
located in the lower interatrial septum – receives electrical impulse from SA node
Purkinje fibers
take electrical impulses to ventricular myocardium
bradycardia
slow heart beat – less than 60
tachycardia
rapid heart beat – above 100
extrasystole
a beat that comes before it is expected – may be caused by caffeine, nicotine, or psychological stress
normal heart sounds
1st sound due to closure of atrioventricluar valves – 2nd sound due to closure of semilunar valves
murmur
a abnormal heart sound – usually due to a faulty valve
organic murmur
any abnormal sound due to a structural change in the heart
Functional murmurs
an abnormal sound due to the working of the heart
angina pectoris
chest pain
pulmonary edema
accumulation of tissue fluid in the alveoli of the lungs
Rheumatic fever
an autoimmune disease involving the cardiovascular system and the skin
hemophilia
a rare bleeding disorder that prevents clottin
shock
collapse of the cardiovascular system
ateriosclerosis
hardening of the arteries
anuyerism
abnormal widening of the blood vessels
thrombocytopenia
reduced number of platelets
pericarditis
inflammation of the outside of the heart
varicose veins
twisted, enlarged veins - usually in the legs
spider veins
similar to varicose veins but smaller
acute promyelocytic leukemia
abnormal amount of granulocytes (white blood cells)
buerger's disease
inflammation of the peripheral arteries and veins of the extremities
arrhythmias
abnormal heart rhythms
myocardial infartion
death of the heart muscle due to ischemia
sickle-cell anemia
a chronic hereditary hemolytic form of anemia
ischemia
lack of blood flow to a body part
infart
death of tissue due to infarct