Lecture 2 Flashcards

1
Q

Internationally recognized vital signs

A

Temperature
Pulse
Blood pressure
Respiration Rate

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2
Q

Other vital signs

A

Pain
Oxygen saturation
perceived exertion
gait speed
PA

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3
Q

What can make a vital sign vary?

A

age, sex, body size, exercise tolerance, and health condition

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4
Q

Why are vital signs important to PTs?

A

establish a baseline
establish goals of treatment & treatment plan
assess patient response to treatment
General knowledge of health status

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5
Q

What are the minimum vital signs required for each visit?

A

blood pressure
heart rate

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6
Q

Normal ranges for temperature

A

96.8 to 99.3 F
Mean: 98.6

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7
Q

Normal ranges for respiration

A

12-20 respirations/minute

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8
Q

Normal ranges for pulse

A

60-100 beats/minute

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9
Q

Normal ranges blood pressure

A

Systolic < 120 mm Hg
Diastolic < 80 mm Hg

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10
Q

Hyperthemia

A

fever, pyrexia > 100F
do not start exercise in person whose body temp is elevated prior to session

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11
Q

Hypothermia

A

< 98.6 F
can start exercise program in person whose body temp is slightly lo prior to treatment

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12
Q

Factors that affect body temp

A

Time of day
menstrual cycle
age
infection
environmental temp
PA
measurement site

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13
Q

Time of day & temp

A

lowest in the early AM
highest late at night

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14
Q

Menstrual cycle & temp

A

highest at ovulation

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15
Q

Age & temp

A

decreases with aging

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16
Q

Measurement site & temp

A

rectal > oral > axilla > ear/forehead

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17
Q

Pulse

A

indirect measurement of left ventricle contraction

measured as movement of blood through an artery via palpation or auscultation

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18
Q

Maximal heart rate

A

decreases with age
220 - age

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19
Q

Factors affecting pulse

A

Age
Sex
ambient temp
infection
emotional state
medications
PA
fitness level

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20
Q

Gender & pulse

A

men have a lower resting heart rate

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21
Q

What does RHR tell us?

A

elevated RHR is linked to hypertension, hypercholesterolemia, hyperglycemia.

all-cause mortality is higher

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22
Q

Tachycardia

A

precedes hypertension (HTN)
increased risk of arrhythmias, increased risk of atherosclerosis

greater than > 100 bpm

23
Q

Brachycardia

24
Q

Thready

A

weak and irregular force

25
full 60 sec pulse
baseline, irregular rhythm, bradycardia
26
RHR measure
patient should be resting for at least 5 minutes before measurements
27
Pulse measurement sites
temporal carotid brachial radial femoral popliteal dorsal pedal posterior tibial
28
Respiratory Rate (RR)
Depth Rhythm Sound (lack of sound indicates healthy)
29
RR Factors
Pathology PA Fitness Emotional Status Altitude Volition (observation can increase)
30
Tachypnea
increased RR
31
Apnea
absence of breathing
32
Dyspnea
labored or difficult breathing. NOT shortness of breath
33
Orthopnea
easier breathing when seated or standing. Difficulty when laying down
34
Causes of orthopnea
heart failure, COPD, sleep apnea, panic disorder
35
Hypoxia
decreased oxygen to tissues
36
Cyanosis
bluish or purplish tinge to skin Notoriously unreliable indicators. Skin pigment Ambient light Observar variability
37
Blood pressure
pressure exerted by the blood on the wall on the blood vessels arterial blood pressure (pressure in large arteries) Pressure of blood in other vessels is lower than pressure in arteries not static, very dynamic
38
Systolic BP
peak pressure in larger arteries
39
Diastolic BP
lowest pressure during resting phase of cardiac cycle
40
Normal & Elevated BP
you have to have BOTH diastolic and systolic within ranges in order to qualify
41
Hypertension, Stage 1 & 2
you can have one or the other within ranges for systolic and diastolic in order to qualify
42
Factors affecting BP
Age Weight Emotional state Exercise/activity Fitness level Arm position
43
Age & BP
increases with age b/c of decreased elasticity and lumen size of blood vessels
44
Exercise & BP
SBP : increases DBP : can stay the same, increase (less than 10 mm Hg), decrease
45
Arm position & BP
level of the right atrium/level of the heart
46
Can BP be determined in one screening?
No. Average of 2 or more readings and 2 or more occasions
47
Korotkoff's sounds
series of sounds heard through auscultation of artery produced as a result of changes in blood flow as cuff is deflated
48
Phase 1 of K's sounds
As the cuff is deflated, pressure level at which the first faint clear tapping sounds are heard, which increases as the cuff is deflated no blood flow through brachial artery
49
Phase 5 of K's sounds
Pressure level when last sound is heard. Diastolic pressure No pressure on brachial artery
50
Cuff Size
width of cuff. Too narrow results in an overestimation of BP Too wide underestimates BP
51
Getting accurate BP
empty bladder support back and feet legs uncrossed Correct cuff size Cuff on bare arm Arm at heart level No talking
52
Pallor
abnormal loss of skin/mucous membrane color
53
Diaphoresis
excessive or unusual sweating