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71 Cards in this Set
- Front
- Back
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Amount of blood that heart pumps/minute (L)
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5 L
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Impulse delay from SA node to AV node
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.1 sec (tenth of a second)
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% of ventricular filling during mid-diastole
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65-85%
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% of ventricular filling during atrial systole
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20-35%
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pulmonary diastolic pressure during ventricular systole
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10 mmHg
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pulmonary stystolic pressure during ventricular systole
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24 mmHg
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aortic diastolic pressure during ventricular stystole
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80 mmHg
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aortic systolic pressure during ventricular systole
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120 mmHG
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stroke volume of each ventricle (ml)
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70-80 ml
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end-systolic volume during ventricular systole (ml)
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30-5- ml
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blood pumped out of each ventricle during heart beat (ml)
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60-80ml
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standard blood pressure (systolic/diastolic)
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120/80
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standard pulse pressure (mmHg)
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40-50 mmHg
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heart rate of SA node (bpm)
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72-75 bpm
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heart rate controlled by AV node (bpm)
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50-60 bpm
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heart rate controlled by ventricles (bpm)
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30-40 bpm
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bradycardia bpm
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<60bpm
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tachycardia bpm
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>100 bpm
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max sympathetic stimulation of the heart (bpm)
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250 bpm
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max parasympathetic stimulation of the heart (bpm)
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20-30 bpm
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systemic circulation % of blood volume
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79%
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systemic circulation--arteries
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15%
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systemic circulation--capillaries
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5%
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systemic circulation--veins
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59%
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pulmonary circulation % of blood volume
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12%
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heart-- % of blood volume
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9%
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bp of large arteries
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100-95 mmHg
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bp of small arteries
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98-85 mmHg
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bp of arterioles
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85-30 mmHg-- most important in regulation of blood pressure
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bp of capillaries
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30-10 mmHg
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bp of veins
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10-0 mmHg
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What happens to capillary hydrostatic pressure as you get further and further from the contraction of the heart (increase or decrease)
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decrease
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primary hypertension is what percentage of all hypertension patients?
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85-90%
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secondary hypertension is what percentage of all hypertension patients?
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10-15%
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pH of gastric juice
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1-2.5
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pH of urine
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4.5-6
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pH of sweat
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4-7
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pH of saliva
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6.4
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pH of breast milk
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7
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pH of arteriole blood
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7.4
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pH of pancreatic juice
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7.5-9
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amount of saliva secretion (ml/day)
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800-1500 ml/day
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% of saliva output by parotid
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20%
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% of saliva output by submandibular
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60%
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% of saliva output by sublingual
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20%
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small intestine fluid secretion (ml/day)
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1000-2000 ml/day
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bile production of liver (ml/day)
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100-600 ml/day
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gallbladder storage of bile (ml/day)
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3-70 ml/day
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pancreatic fluid secretion (ml/day)
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1200-1500 ml/day
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ATP production of glycolysis
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2 ATP
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ATP production of krebs cycle
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2 ATP
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ATP production of electron transport chain
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36 ATP
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respiration rate (x/minute)
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12-15 x/min
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tidal volume (ml)
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400-500 ml
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dead air volume (ml)
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30% of tidal volume ~ 130 ml
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% of nitrogen in atmospheric air
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78.6%
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% of oxygen in atmospheric air
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20%
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% of carbon dioxide in atmospheric air
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.04%
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% of water in atmospheric air
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.5%
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partial pressure of oxygen in alveolus (mmHg)
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104 mmHg
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partial pressure of carbon dioxide in alveolus (mmHg)
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40 mmHg
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partial pressure of oxygen in capillary (mmHg)
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40 mmHg
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partial pressure of carbon dioxide in capillary (mmHg)
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45 mmHg
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number of capillaries in each glomerulus
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50 capillaries
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average blood pressure in glomerulus
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45-60 mmHg--higher than rest of body
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average glomerular filtration rate (GRF) (ml/min)
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120 ml/min
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% of tubular reabsorption by proximal convoluted tubule
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80%
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% of tubular reabsorption by nephron loop
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6%
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% of tubular reabsorption by distal convoluted tubule
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9%
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% of tubular reabsorption by by collecting duct
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4 %
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% under ADH control
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13%
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