**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
according to Hagaen-Pouiselle's equation, what has the biggest impact on pressure
radius -it is the variable the body uses to regularly control BP
26
white coat hypertension
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
27
masked hypertension
clients who exhibit higher than normal BP readings outside of a clinical environment yet have normal reading in a clinical setting
28
where is masked hypertension more common
younger adults
29
miscuffing
using a BP cuff with a bladder that is not appropriately scaled for a client
30
undercuffing
when the bladder of the BP cuff is too small for the client -this can lead to cuff hypertension (overestimated BP)
31
overcuffing
when the bladder of the BP cuff is too large for the client -this can lead to an underestimated BP
32
sources of measurement error for BP
-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
MAP (mean arterial pressure)
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
**minimum MAP for perfusion
60 mmHg
35
**MAP equation
MAP = DBP + (SBP-DBP)/3
36
**see diagram of labeled ECG, page 5 of study guide
37
what does each lead of ECG provide us with
different view of the heart -helps to pinpoint exactly which artery we are having problems with
38
depolarization is predominantly driven by what part of ECG reading
QRS complex -because most tissue/muscle there
39
**normal values for QRS complex
0.08-0.12
40
how many leads are most comon for ECG
12 leads
41
how many electrodes are placed on body in 12 lead ECG
10
42
is electrode and lead same thing
no -lead is placed between 2 electrodes
43
organization of the 12 leads
-3 bipolar leads (limb leads) -9 unipolar leads (augmented leads + chest/prechordal leads)
44
electrical activity is measured from ____ to ____
negative to positive
45
where are electrodes placed
-R/L arms -R/L legs -V1-6
46
which electrode is the ground
R leg
47
P wave
atrial depolarization
48
PR interval
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
PR segment
delay between atrial + ventricular activation -end of P wave to beginning of QRS
50
QRS complex
ventricular depolarization -much larger than P wave because amount of muscle mass in ventricle
51
ST segment
absolute refractory period (plateau of the AP) -J point to onset of T-wave
52
elevation/depression of ST segment is based off what
PR segment
53
T wave
ventricular repolarization
54
QT interval
complete depolarization + repolarization of ventricular tissue
55
how to determine HR on ECG
measure R to R (indicative of 1 cardiac cycle)
56
little squares on ECG
0.04 seconds
57
large squares on ECG
0.2 seconds
58
**slides 61,62
59
positive electrode of lead I
L arm
60
positive electrode of lead II
L leg
61
positive electrode of lead III
L leg
62
positive electrode of AVR
R arm
63
positive electrode of AVL
L arm
64
positive electrode of AVF
L leg
65
positive electrode of V1-6
lines up with V1-6
66
leads for left circumflex artery (LCA)
-I -AVL -V5 -V6
67
left circumflex artery (I, AVL, V5-6) represent what part of heart
lateral wall
68
leads for left anterior descending artery (LAD)
V1-4
69
left anterior descending artery (V1-4) represents what part of heart
anterior wall
70
leads for right coronary artery
-II -III -AVF
71
right coronary artery (II, III, AVF) represents what part of heart
inferior wall