Shems Flashcards

1
Q

Vital signs or cardinal signs are

A

Body temp, pulse, respiration, blood pressure

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2
Q

Types of body temp

A

Core and surface temp

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3
Q

Temp of the deep tissue of body

A

Core temp

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4
Q

Core temp is measured by

A

Oral and rectal temp

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5
Q

Temp of the skin, subcutaneous tissue and fat

A

Surface temp

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6
Q

Surface temp is measured by

A

Axillary temp

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7
Q

The heat regulating center in surface temp is found in the

A

Hypothalamus

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8
Q

Bodily heat is primarily produced by

A

Metabolisms

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9
Q

Increase cellular metabolic rate

A

Muscle activity

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10
Q

Characterized by increased body temp

A

Hyperthyroidism

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11
Q

Increase cellular metabolisms

A

Epinephrine, norepinephrine, sympathetic stimulation

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12
Q

Increase temp of body cells

A

Fever

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13
Q

Increases the rate of cellular metabolisms

A

Fever

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14
Q

Transfer of heat from the surface of one object to another without contact

A

Radiation

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15
Q

Transfer of heat from one surface to another with contact

A

Conduction

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16
Q

Requires temp difference between the two surfaces

A

Conduction

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17
Q

Dissipation of heat by air currents

A

Convection

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18
Q

Continuous vaporization of moisture from the skin, oral
Mucus, respiratory tract

A

Evaporation

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19
Q

Factors affecting temperature

A

Age
Diurnal variations
Exercise
Hormones

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20
Q

Body temp above normal range(hyperthermia, or fever)

A

Pyrexia

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21
Q

Very high fever, 41°C(105.8°F) and above

A

Hyperpyrexia

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22
Q

Subnormal core body temperature

A

Hypothermia

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23
Q

The temp fluctuates between periods of fever and periods of normal/subnormal temp

A

Intermittent fever

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24
Q

The temp fluctuates within a wide range over the 24 hour period but remains above be normal range

A

Remittent fever

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25
The temp is elevated for few days, alternated with 1 or 2 days normal temp
Relapsing fever
26
Body temp is consistently high
Constant fever
27
The sudden decline of fever
Crisis of flush or defervescence stage
28
Gradual decline of fever
Lysis
29
A wave blood created by contraction of the left ventricle of the heart.
Pulse
30
It regulates pulse rate
Autonomic Nervous System
31
Newborn-1month old
80-180 beats/min
32
1 year old
80-140 b/m
33
2 years old
80-130 b/m
34
6 years old
75-120 b/m
35
10 years old
60-90 b/m
36
Adult pulse rate
60-100 b/m
37
Pulse rate above 100 b/m (adult)
Tachycardia
38
Pulse rate below 60 b/m (adult)
Bradycardia
39
Irregular rhythm of pulse
Dysrhythmia
40
The pattern and intervals of beat
Rhythm
41
Pulse that can be easily obliterated
Thready pulse
42
Pulse that can only be obliterated by great pressure
Full or bounding pulse
43
Absence of - indicates cardiovascular disorder
Bilateral equality
44
Movement of gases in and out of the lungs
Ventilation
45
Exchange of gases from an area of higher pressure to an area of lower pressure
Diffusion
46
Availability and movement of blood for transport of gases, nutrients and metabolic waste activity
Perfusion
47
Two types of breathing
Costal(thoracic) Diaphragmatic(abdominal)
48
Involves movement of chest
Costal breathing
49
Involves movement of abdomen
Diaphragmatic breathing
50
The primary respiratory center
Medulla oblongata
51
Responsible for the rhythmic quality of breathing
Pneumotaxic center
52
Responsible for deep, prolonged inspiration
Apneustic center
53
Normal rate of respiration
12-20/minute in adult
54
Refers to respiratory effort and sound of breathing
Quality or character
55
Term for Normal respiration
Eupnea
56
Rapid respiration, above 20 breathes per minute
Tachypnea
57
Slow breathing, less than 12 breaths/minute
Bradypnea
58
Difficult and labored breathing
Dyspnea
59
Ability to breath only in upright position
Orthopnea
60
Absence of respiration
Apnea
61
Difficulty of breathing in an upright position
Platypnea
62
The measure of the pressure exerted by blood as it pulsates through the arteries
Blood pressure
63
The pressure of blood when ventricles contract
Systolic pressure
64
Pressure when ventricles relax
Diastolic pressure
65
The difference between systolic and diastolic pressures
Pulse pressure
66
Viscosity of blood increases when hematocrit is more than—
60-65%
67
Deep rapid respiration, CO2 excessively exhaled Respiratory alkalosis
Hyperventilation
68
Slow shallow respiration, CO2 excessively inhaled Respiratory acidosis
Hypoventilation
69
Hypervolemia raises BP
True
70
Hypovolemia lowers BP
true