# of platelets/cubic mm
# of wbc/cubic mm
#of rbcs/ cubic mm
ace inhibitors
adhesion
aldosterone
anastomosis
arteries
arterioles
atrial depolarization
attacks viruses and cancer cells
baroreceptors
between left atrium and aorta
between right atrium and ventricle
bicuspid
blood colloid osmotic pressure
blood reservoir
blood type
blood volume
brachiocephalic trunk
bufy coat
cardiac output
cardiac tamponade
chordae tendineae
connects muscle fibers
coronary blood source
coronary sinus
depression in atrial septum
epinephrine increase
erythropoietin
fibrous skeleton
fills right atrium
folds in endocardial region
force of contraction
fragments of megakaryocytes
frank-sterling law
great saphenous
greatest cross-sectional area
heart lining
heme
hemoglobin function
hemostasis
hypovolemic shock
increased venous return
iron transporter
lupp-dupp
macrophage
maintenance of osmotic pressure
median cubital vein
mediastinum
metarterioles
mhc antigens
monitor changes in blood pressure
most abundant plasma protein
myeloid stem cells
myocardial ischemia
myocardium
neutrophils
newborn hemolytic disease
norepinephrine
older neutrophils
oxygen binds to it
parasympathetic effect
parasympathetic effector
pericardial cavity
person with type a antibodies
person with type a, b antibodies
phagocytic argranular leukocytes
phagocytic location of rbcs
plasmin
platelet adhesion
pressure > 80 mmhg
pressure required to open semilunar valves
pressure reservoir
prevents av valve inversion
produced by the kidney
prostaglandin that activates platelets
rbcs
reduced venous return
resting pulse rate
reticulocytes
rhogam
sarcoplasmic reticulum
semilunar valve
sinoatrial node
source of left common carotid blood
starling’s law of capillaries
starting capillary hydrostatic pressure
stimulate atria to contract
super nitric oxide
systematic vascular resistance
t-lymphocytes
thrombin
thrombopoietin
tunica interna
tunica media
type o, rh –
umbilical artery
universal recipient
valves
ventricular depolarization
vitamin k
voltage gated k+ channel
warafin