Unit 4 Test Flashcards
plasma
<p>11</p>
erthyrocytes
<p>11</p>
leukocytes
<p>11</p>
thrombocytes
<p>11</p>
globulins
<p>11</p>
fibrogen
<p>11</p>
serum
<p>11</p>
hematopoiesis
<p>11</p>
stem cells
<p>11</p>
hemoglobin
11
heme
<p>11</p>
globin
<p>11</p>
erythropoietin
<p>11</p>
bilirubin
<p>11</p>
jaundice
<p>11</p>
neutrophils
<p>11</p>
basophils
<p>11</p>
eosinophlis
<p>11</p>
monocytes
<p>11</p>
lymphocytes
<p>11</p>
macrophages
<p>11</p>
megakaryocytes
<p>11</p>
vascular spasms
<p>11</p>
platlet adhesion
<p>11</p>
von Willedebrand factor
<p>11</p>
platlet release reaction
<p>11</p>
platelet aggregation
<p>11</p>
blood clotting
<p>11</p>
clotting factors
11
clotting factors
<p>11</p>
blood groupings (ABO blood groups)
<p>11</p>
composition of various antigen/antibody combinations for the ABO blood groups
<p>11</p>
Rh Blood group
<p>11</p>
hemolytic disease of the newborn
<p>11</p>
complete blood count
<p>11</p>
hematocrit
<p>11</p>
hemoglobin measurement
<p>11</p>
white blood cell count
<p>11</p>
How many red blood cells should appear in a complete blood count? How many white blood cells? How many platlets?
<p>11</p>
Which blood types can be safely transfused?
<p>11</p>
12
<p>12</p>
pulmonary circuit
<p>12</p>
systemic circuit
<p>12</p>
pericardium
<p>12</p>
atria
<p>12</p>
ventricles
<p>12</p>
coronary sulcus
<p>12</p>
anterior interventricular sulcus
<p>12</p>
posterior interventricular sulcus
<p>12</p>
superior vena cava
<p>12</p>
inferior vena cava
12
pulmonary veins
12
pulmonary veins
<p>12</p>
pulmonary trunk
<p>12</p>
aorta
<p>12</p>
pulmonary arteries
<p>12</p>
pericarditis
<p>12</p>
cardiac tamponade
<p>12</p>
interventricular septum
<p>12</p>
atrioventricular valves
<p>12</p>
tricuspid valve
<p>12</p>
bicuspid valve
<p>12</p>
papillary muscles
<p>12</p>
chordae tendinae
<p>12</p>
aortic semilunar valves
<p>12</p>
pulmonary semilunar valves
<p>12</p>
route of blood flow through heart
<p>12</p>
cardiac skeleton
<p>12</p>
coronary arteries
<p>12</p>
anterior interventricular artery
<p>12</p>
left marginal artery
<p>12</p>
right coronary artery
<p>12</p>
posterior interventricular artery
<p>12</p>
right marginal artery
<p>12</p>
thrombus
<p>12</p>
heart attack
<p>12</p>
angioplasty
<p>12</p>
plaque
<p>12</p>
coronary bypass
12
coronary bypass
<p>12</p>
stent
<p>12</p>
epicardium
<p>12</p>
myocardium
<p>12</p>
endocardium
<p>12</p>
intercalated disks
<p>12</p>
EKG
<p>12</p>
depolarization phase
<p>12</p>
plateau phase
<p>12</p>
repolarization phase
<p>12</p>
refractory period
<p>12</p>
conduction system of the heart
<p>12</p>
atrioventricular node
<p>12</p>
sinoatrial node
<p>12</p>
Purkinje fibers
<p>12</p>
ectopic beat
<p>12</p>
QRS complex
<p>12</p>
blood pressure
<p>12</p>
atrial systole
<p>12</p>
ventricular systole
<p>12</p>
ventricular diastole
<p>12</p>
intrinsic regulation
<p>12</p>
preload
12
preload
<p>12</p>
Starling’s law of the heart
<p>12</p>
afterload
<p>12</p>
baroreceptor
<p>12</p>
cardioregulatory centers
<p>12</p>
Be able to describe the flow of blood through the heart and body.
<p>12</p>
Be able to describe the generation of a heartbeat.
<p>12</p>
Read the Systems Pathology in the book on Myocardial infarction.
12
circulatory system
<p>13</p>
Read the Systems Pathology in the book on Myocardial infarction.
<p>12</p>
pulmonary vessels
<p>13</p>
systemic vessels
<p>13</p>
tunics
<p>13</p>
tunica intima
<p>13</p>
tunica media
<p>13</p>
tunica adventitia
<p>13</p>