**EXAM1- Health Screening Flashcards

1
Q

when must a client see a physician before clearance for exercise

A

if someone has a sign or symptom of CV, metabolic, or renal disease

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2
Q

CMR

A

CV, metabolic, renal

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3
Q

CMR used to include what

A

pulmonary
-not as big of a risk factor with exercise

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4
Q

what was initially the primary factor in ACSM’s health screening process in deciding whether a client needed to see a physician before starting an exercise program

A

identifying risk factors
-in 2015 they changed the screening process to no longer be based on risk factors
-while CV risk factors may no longer be used to decide whether a client needs to see a physician before starting a program, they can still be very important in determining training variables (intensity, frequency, etc.) + determining goals for a client

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5
Q

“signs + symptoms” means

A

means the person has the disease

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6
Q

“risk factors” means

A

means they MAY have the disease later down the road

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7
Q

bad cholesterol

A

LDL

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8
Q

good cholesterol

A

HDL

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9
Q

signs

A

what the person is presenting

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10
Q

symptoms

A

what the person tells you they are feeling

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11
Q

signs/symptoms of CVD

A

-pain/discomfort in the chest, neck, jaw, arms, or other areas that may be due to ischemia or lack of oxygenated blood flow
-dyspnea (SOB) at rest or at mild exertion may be an indication of underlying cardiac +/or pulmonary disease
-syncope + dizziness during exercise
-orthopnea + paroxysmal noctural dyspnea
-ankle edema or swelling, not injury-related
-palpitations + tachycardia
-intermittent claudications
-heart murmurs
-known disease

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12
Q

dyspnea

A

shortness of breath

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13
Q

syncope

A

loss of consciousness, most commonly caused by reduced perfusion of the brain

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14
Q

orthopnea

A

dyspnea occurring at rest in the recumbent position (lying on back) that is relieved promptly by sitting upright or standing

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15
Q

paroxysmal noctural dyspnea

A

dyspnea, beginning usually 2-5 hours after the onset of sleep, which may be relieved by sitting on the side of the bed or getting out of bed

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16
Q

both orthopnea + paroxysmal noctural dyspnea are symptoms of

A

left ventricular dysfunction

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17
Q

intermitttent claudication

A

the pain that occurs in the lower extremities with an inadequate blood supply (usually as a result of atherosclerosis) that is brought on by exercise

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18
Q

current list of cardio/metabolic/renal diseases (CMR)

A

-heart attack
-heart surgery, cardiac catheterization, or coronary angioplasty
-pacemaker/implantable cardiac defibrillator/rhythm disturbance
-heart valve disease
-heart failure
-heart transplantation
-congenital heart disease
-diabetes- type 1 + 2
-renal disease such as renal failure

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19
Q

resting measurements

A

predominantly revolve around CV system + are used to ensure a client is not at risk to start an exercise assessment/training

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20
Q

2 most common resting measurements

A

-HR
-BP

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21
Q

other resting measurements

A

-ECG
-body composition

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22
Q

blood pressure

A

the force exerted by circulating blood on the walls of the vessels
-should be based on 2 or more properly measured recordings

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23
Q

Hagaen-Pouiselle’s equation

A

ΔP=8Lη/(πr^4 )

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24
Q

variables of Hagaen-Pouiselle’s equation

A

L = length of vessel
n = viscosity of blood
r = radius of vessel

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25
Q

according to Hagaen-Pouiselle’s equation, what has the biggest impact on pressure

A

radius
-it is the variable the body uses to regularly control BP

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26
Q

white coat hypertension

A

clients who have normal BP outside of a clinical environment + are not taking any prescribed antihypertensive medications develop higher than normal values when their BP is measured by a healthcare professional

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27
Q

masked hypertension

A

clients who exhibit higher than normal BP readings outside of a clinical environment yet have normal reading in a clinical setting

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28
Q

where is masked hypertension more common

A

younger adults

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29
Q

miscuffing

A

using a BP cuff with a bladder that is not appropriately scaled for a client

30
Q

undercuffing

A

when the bladder of the BP cuff is too small for the client
-this can lead to cuff hypertension (overestimated BP)

31
Q

overcuffing

A

when the bladder of the BP cuff is too large for the client
-this can lead to an underestimated BP

32
Q

sources of measurement error for BP

A

-inaccurate sphygmomanometer
-improper cuff width or length
-cuff not centered, too loose, or over clothing
-back, feet, or arm unsupported
-poor auditory acuity or reaction time of the technician
-improper rate of inflation or deflation of the cuff pressure
-improper stethoscope placement or pressure
-background noise leading to error
-parallax error
-client has a full bladder

33
Q

MAP (mean arterial pressure)

A

average pressure occurring in ALL the arteries during 1 cardiac cycle
-pressure for full organ perfusion
-estimation of MAP can help decide if BP is too low

34
Q

**minimum MAP for perfusion

A

60 mmHg

35
Q

**MAP equation

A

MAP = DBP + (SBP-DBP)/3

36
Q

**see diagram of labeled ECG, page 5 of study guide

A
37
Q

what does each lead of ECG provide us with

A

different view of the heart
-helps to pinpoint exactly which artery we are having problems with

38
Q

depolarization is predominantly driven by what part of ECG reading

A

QRS complex
-because most tissue/muscle there

39
Q

**normal values for QRS complex

A

0.08-0.12

40
Q

how many leads are most comon for ECG

A

12 leads

41
Q

how many electrodes are placed on body in 12 lead ECG

A

10

42
Q

is electrode and lead same thing

A

no
-lead is placed between 2 electrodes

43
Q

organization of the 12 leads

A

-3 bipolar leads (limb leads)
-9 unipolar leads (augmented leads + chest/prechordal leads)

44
Q

electrical activity is measured from ____ to ____

A

negative to positive

45
Q

where are electrodes placed

A

-R/L arms
-R/L legs
-V1-6

46
Q

which electrode is the ground

A

R leg

47
Q

P wave

A

atrial depolarization

48
Q

PR interval

A

start of atrial depolarization to start of ventricular activation

-actually, the PQ interval
-measured from start of P wave to beginning of Q wave so “PR” is a misnomer

49
Q

PR segment

A

delay between atrial + ventricular activation

-end of P wave to beginning of QRS

50
Q

QRS complex

A

ventricular depolarization

-much larger than P wave because amount of muscle mass in ventricle

51
Q

ST segment

A

absolute refractory period (plateau of the AP)

-J point to onset of T-wave

52
Q

elevation/depression of ST segment is based off what

A

PR segment

53
Q

T wave

A

ventricular repolarization

54
Q

QT interval

A

complete depolarization + repolarization of ventricular tissue

55
Q

how to determine HR on ECG

A

measure R to R (indicative of 1 cardiac cycle)

56
Q

little squares on ECG

A

0.04 seconds

57
Q

large squares on ECG

A

0.2 seconds

58
Q

**slides 61,62

A
59
Q

positive electrode of lead I

A

L arm

60
Q

positive electrode of lead II

A

L leg

61
Q

positive electrode of lead III

A

L leg

62
Q

positive electrode of AVR

A

R arm

63
Q

positive electrode of AVL

A

L arm

64
Q

positive electrode of AVF

A

L leg

65
Q

positive electrode of V1-6

A

lines up with V1-6

66
Q

leads for left circumflex artery (LCA)

A

-I
-AVL
-V5
-V6

67
Q

left circumflex artery (I, AVL, V5-6) represent what part of heart

A

lateral wall

68
Q

leads for left anterior descending artery (LAD)

A

V1-4

69
Q

left anterior descending artery (V1-4) represents what part of heart

A

anterior wall

70
Q

leads for right coronary artery

A

-II
-III
-AVF

71
Q

right coronary artery (II, III, AVF) represents what part of heart

A

inferior wall