Vital Signs Flashcards

0
Q

Amount of heat produced = amount of heat lost.

A

Heat balance

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1
Q

Vital Signs?

A

Temperature, pulse, respirations, blood pressure, pain or pulse ox

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2
Q

Shell temperature. Skin, subcutaneous tissue and fat temperature.

A

Surface temperature

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3
Q

Temperature of deep tissues and remains relatively constant. Normal is 97-99 degrees F or 36 - 37.5 degrees C.

A

Core temperature

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4
Q

Reflects the balance between heat produced and heat loss from the body.

A

Body temperature

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5
Q

Produced by the body’s metabolism

A

Heat production

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6
Q

What are the factors that affect heat production?

A
BMR
Muscle Activity 
Thyroid Hormone
Epinephrine, norepinephrine, and sympathetic stimulation
Fever
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7
Q

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

A

Radiation

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8
Q

Transfer of hear from one molecule to a molecule of lower temp with contact between the molecules

A

Conduction

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9
Q

Dissipation of heat by transformation of water to gas continuous evaporation of moisture from the respiratory tract mucosa of the mouth and skin.

A

Vaporization

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10
Q

In vaporization the amount of heat loss in percentage is

A

10%

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11
Q

What is the body’s thermostat

A

Hypothalamus

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12
Q

Center controls core temperature

A

Hypothalamic intergrator

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13
Q

Acts from info that comes from the hypothalamus

A

Effector system

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14
Q

Vasoconstriction

A

Cold

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15
Q

Vasodilation

A

Heat

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16
Q

Dispersion of heat by air currents - rises and replaced by cooler air

A

Convection

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17
Q

Where are most sensors or sensory receptors?

A

In the skin

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18
Q

What are there more receptors for cold or warmth?

A

Cold

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19
Q

Normal adult Core Temp range

A

37 C or 98.6 F

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20
Q

Time of day affecting body temperature 1600-1800 highest and 0400-0600 lowest

A

Diurnal/Circadian Rhythm

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21
Q

Body temperature above normal range is called

A

Pyrexia, fever, hyperthermia

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22
Q

38 C or 100.4 F is considered a

A

Fever

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23
Q

Is a very high fever of 41 C or 105.8 F

A

Hyperpyrexia

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24
What are the four types of fever?
Intermittent - rises or spikes at some point during 24 hours Remittent - rise in temp always above normal in 24 hours Relapsing - rise in temp lasting several days and alternating with normal for several days Constant - rise in temp that remains constant
25
What are the 3 clinical signs of fever?
Onset (cold or chill stage) Course (photosensitivity, glassy eyes) Defervescence (fever abatement) sweating
26
Core body temp below 95 F or 35 C
Hypothermia
27
C = (FT - 32) x 5/9
Fahrenheit to Celsius
28
F = (40 x 9/5) + 32
Celsius to Fahrenheit
29
Wait how long to take temp after eating, drinking, or smoking?
15-30 minutes
30
98.6 F
Normal oral temp
31
99.6 F
Normal rectal temp
32
97.6 F
Normal axillary temp
33
A wave of blood created by contraction of the left ventricle of the heart
Pulse
34
How much blood does the beating heart pump?
5 liters of blood in a minute also called cardiac output.
35
Volume of blood pumped into arteries by heart
Stroke volume
36
CO = SV x HR
Cardiac output equals stroke volume times heart rate per minute
37
What is a central pulse?
Any pulse heard by the heart
38
What is a peripheral pulse?
Any pulse palpated anywhere else but the heart
39
How many sites are the pulses measured?
9 different sites
40
100-180 bpm
Newborn infant pulse
41
75-120 bpm
Children's 5-8 years pulse
42
50-90 bpm
Children 10 to teenager pulse
43
40-60 bpm
Well trained athletes pulse
44
60-100 bpm
Adults pulse
45
Pattern of the beats in a pulse
Rhythm
46
Equal time lapses between beats
Regular
47
Pulse scale
``` +4 bounding +3 normal +2 diminished +1 weak, thready, hypo kinetic +0 absent pulse ```
48
Apical - radial =
Pulse deficit
49
Interchange of o2 and co2 between alveoli of lungs and pulmonary blood
External respiration
50
Interchange of gases between circulating blood and cells of tissues
Internal respirations
51
What are the four components of external respiration?
Ventilation Distribution Diffusion Perfusion
52
Movement of air in and out of the lungs
Ventilation
53
Movement of air through the bronchial tree
Distribution
54
Movement of gas molecules o2/co2 from an area of higher concentration to an area of lower concentration
Diffusion
55
Movement of blood through the tissues and organs carrying o2/co2
Perfusion
56
What are the two types of breathing?
Costal (thoracic) | Diaphragmatic (abdominal)
57
What controls the rate, depth, and rhythm of respirations?
Medulla oblongata and pons
58
12-20 per minute
Normal respirations
59
Bradypnea
Slow respirations
60
Tachypnea
Fast
61
Apnea
Absence
62
CO x HR =
BP
63
Normal pulse pressure is?
From 30-50 mm/hg