Heart Lab Flashcards

1
Q

Which heart sound? Produced in the beginning of systole when the AV valve closes and the SL valves open

Lub sound

A

1st heart sound

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2
Q

Which heart sound? Occurs after the rapid fillings of the ventricles after the AV valves open

A

3rd heart sound

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3
Q

4 major ausculatory areas

A
  1. Aortic area
  2. Tricuspid area
  3. Pulmonary area
  4. Mitral area
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4
Q

Pressure exerted by the blood against the vessel walls

A

Blood pressure

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5
Q

The recording of the vibration sounds

A

Phonocardium

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6
Q

Which heart sound? Occurs at the time of atrial contraction. Do to rush of blood into the ventricles

A

4th heart sound

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7
Q

Which heart sound? Occurs at the end of systole and caused by the closure of the SL valves and the opening of the AV valves

DUB sound

A

2nd Heart sound

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8
Q

Area on the chest where the sounds from each valve can be heard most clearly

A

Ausculatory area

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9
Q

Highest pressure in the artery-produced during the hearts contraction

A

Systolic BP

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10
Q

Normal systolic BP

A

120 mmHg

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11
Q

Most commonly measured BP

A

Atrial pressure

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12
Q

Lowest pressure in the artery-produced during the hearts relaxation phase

A

Diastolic pressure

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13
Q

Normal diastolic BP

A

80mmHg

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14
Q

Pulse pressure formula

A

SP-DP

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15
Q

Normal pulse pressure

A

40 mmHg

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16
Q

Mean BP formulas

A

DP + 1/3(pulse pressure)

Cardiac output)(total peripheral resistance

17
Q

Cardiac output equation

A

(Heart rate)(stroke volume)

18
Q

Direct method to measure BP

A

A cannula is inserted into the artery and BP is measured with a transducer or mercury manometer

19
Q

Indirect method to measure BP

A

With a stethoscope

Ausculatory and palpatory meathid

20
Q

TPR=

A

Total peripheral resistance

21
Q

Normal mean BP

A

96-100 mmHg

22
Q

Normal reflex in response to a cold stimulus

A

Increase in BP

23
Q

Indirect method where cuff is used and pressure is FELT

A

Palpatory method

24
Q

Indirect method where cuff and stethoscope are used

A

Auscultatory method

25
4 phases of sounds heard through the stethoscope as pressure decreases during the auscultatory method
Korortkow sounds
26
Why can children survive longer in cold water than adults?
More dramatic mammalian dive reflex
27
TPR equation
((Systolic + 2diastolic)/3) ------------------------------------- Pulse pressure x HR
28
Normal systolic increase to cold stimulus
10 mmHg
29
Hypertensive systolic increase to cold stimulus
30-40 mmHg
30
Reflex to cold water on the face
Mammalian dive reflex
31
Formula to determine number of steps required to obtain s 2.5 pulse ratio
=S1 + (S2-S1)(2.5-r1) ---------------------------- (r2-r1) Steps in test 1 + (steps in test 2 - steps in test 1)(2.5-pulse ratio 1) ---------------------------------------------------------------------------------------- (Ratio 2 -Ratio 1)
32
Physiological effects of mamalian dive reflex
Decrease human heart rate 10-25% | Peripheral vasoconstriction of capillaries of the extremities
33
Index of physical fitness formula
Duration if exercise (s) x 100 --------------------------------------------- 2(sum of 3 pulse counts in recovery)
34
Test based on the observation that a less fit person will have a higher pulse then a normal person for the same number of steps
Tuttle pulse ratio test
35
Total number of pulse beats counted for one minute
Tuttles pulse ratio
36
Determined by the amount of exercise required to obtain s 2.5 pulse ratio
Cardiovascular efficiency
37
Specific gravity of blood
1.056