What does STEMI stand for? A) Subendocardial Myocardial Infarction B) Superficial Myocardial Infarction C) ST-Elevation Myocardial Infarction D) ST-Depression Myocardial Infarction E) Silent Myocardial Infarction
C) ST-Elevation Myocardial Infarction Explanation: STEMI stands for ST-Elevation Myocardial Infarction, which is characterized by the elevation of the ST segment on an ECG.
What should be done if the subject cannot complete the selected repetitions during a 1 RM test? A) Decrease the weight B) Increase the weight by 2.5-20.0 kg C) Record the final weight lifted successfully D) Rest for 3-5 minutes E) Select a new exercise
B) Increase the weight by 2.5-20.0 kg Explanation: During a 1 RM test, resistance is progressively increased by 2.5-20.0 kg until the subject cannot complete the selected repetitions. This ensures that the final weight lifted successfully is recorded as the absolute 1 RM.
1/74
p.2
Types of Myocardial Infarction

What does STEMI stand for?
A) Subendocardial Myocardial Infarction
B) Superficial Myocardial Infarction
C) ST-Elevation Myocardial Infarction
D) ST-Depression Myocardial Infarction
E) Silent Myocardial Infarction

C) ST-Elevation Myocardial Infarction
Explanation: STEMI stands for ST-Elevation Myocardial Infarction, which is characterized by the elevation of the ST segment on an ECG.

p.5
Determining Muscular Strength Using 1 RM

What should be done if the subject cannot complete the selected repetitions during a 1 RM test?
A) Decrease the weight
B) Increase the weight by 2.5-20.0 kg
C) Record the final weight lifted successfully
D) Rest for 3-5 minutes
E) Select a new exercise

B) Increase the weight by 2.5-20.0 kg
Explanation: During a 1 RM test, resistance is progressively increased by 2.5-20.0 kg until the subject cannot complete the selected repetitions. This ensures that the final weight lifted successfully is recorded as the absolute 1 RM.

p.1
Ventricular Fibrillation and Treatment

What is a characteristic ECG finding in Ventricular Fibrillation?
A) Normal P waves
B) Regular QRS complexes
C) No normal ECG complexes (bag of worms)
D) ST segment elevation
E) Prolonged PR interval

C) No normal ECG complexes (bag of worms)
Explanation: Ventricular Fibrillation is characterized by the absence of normal ECG complexes, often described as a 'bag of worms' appearance.

p.5
Determining Muscular Strength Using 1 RM

What is the first step in determining muscular strength using the 1 RM method?
A) Select an initial weight within the subject's perceived capacity
B) Warm up by completing a number of submaximal repetitions
C) Increase resistance progressively by 2.5-20.0 kg
D) Record the final weight lifted successfully
E) Rest for 3-5 minutes between trials

B) Warm up by completing a number of submaximal repetitions
Explanation: The first step in determining muscular strength using the 1 RM method is to warm up by completing a number of submaximal repetitions of the specific exercise that will be used.

p.4
Maximal vs. Submaximal Exercise Testing

Maximal exercise testing is terminated using ___ as the stopping point or when the patient is limited by symptoms.

predicted maximal heart rate (PMHR)

p.2
Types of Myocardial Infarction

What is a characteristic feature of a Transmural MI?
A) Partial thickness infarct
B) Full thickness infarct
C) No infarct
D) Subendocardial infarct
E) Subepicardial infarct

B) Full thickness infarct
Explanation: A Transmural MI, also known as a STEMI, involves a full thickness infarct of the myocardial wall.

p.3
Heart Blocks and Their Management

What characterizes a 1st degree heart block?
A) Complete blockage between the atria and ventricles
B) Intermittent complete block without PR interval prolongation
C) Partial blockage between the SA and AV node with consistently prolonged PR interval
D) Block becomes worse with each beat until the beat drops
E) No electrical signal gets through

C) Partial blockage between the SA and AV node with consistently prolonged PR interval
Explanation: A 1st degree heart block is characterized by a partial blockage between the SA and AV node, resulting in a consistently prolonged PR interval.

p.1
Types of Myocardial Infarction

What ECG changes are associated with a Non-STEMI (Non-ST elevation myocardial infarction)?
A) Persistent ST segment elevation
B) Persistent ST segment depression more than 1mm lasting longer than .08 seconds
C) Normal T waves
D) Prolonged PR interval
E) Shortened QT interval

B) Persistent ST segment depression more than 1mm lasting longer than .08 seconds
Explanation: A Non-STEMI is characterized by persistent ST segment depression greater than 1mm and lasting longer than .08 seconds, along with variable T wave inversion.

p.3
Heart Blocks and Their Management

What is a distinguishing feature of a 2nd degree Type 1 (Wenckebach/Mobitz I) heart block?
A) PR interval remains the same
B) PR interval gets longer with each beat until a beat is dropped
C) Complete block between atria and ventricles
D) No P waves are present
E) Consistently prolonged PR interval

B) PR interval gets longer with each beat until a beat is dropped
Explanation: In a 2nd degree Type 1 (Wenckebach/Mobitz I) heart block, the PR interval gets progressively longer with each beat until a beat is dropped.

p.4
Maximal vs. Submaximal Exercise Testing

Maximal exercise testing is used to measure ___ to diagnose CAD.

functional capacity

p.2
Types of Myocardial Infarction

A Q wave that is .04 seconds wide or more than ___ the height of the QRS complex is indicative of a STEMI.

1/3

p.1
Ventricular Fibrillation and Treatment

The immediate treatment for Ventricular Fibrillation includes defibrillation followed by ___, supplemental ___, and injection of medications.

cardiopulmonary resuscitation, O2

p.2
Myocardial Ischemia and ECG Presentation

What happens to the Q wave in leads that don’t normally present with a Q wave during a STEMI?
A) It becomes inverted
B) It disappears
C) It becomes wider and deeper
D) It remains unchanged
E) It becomes narrower

C) It becomes wider and deeper
Explanation: During a STEMI, the Q wave in leads that don’t normally present with a Q wave becomes .04 seconds wide or more than 1/3 the height of the QRS complex.

p.3
Cardiorespiratory Fitness (CRF)

What is Cardiorespiratory Fitness (CRF)?
A) The ability to lift heavy weights
B) The ability to perform large muscle, dynamic, moderate-to-vigorous intensity exercise for prolonged periods
C) The ability to perform short bursts of high-intensity exercise
D) The ability to maintain balance and coordination
E) The ability to perform low-intensity exercise for short periods

B) The ability to perform large muscle, dynamic, moderate-to-vigorous intensity exercise for prolonged periods
Explanation: Cardiorespiratory Fitness (CRF) is related to the ability to perform large muscle, dynamic, moderate-to-vigorous intensity exercise for prolonged periods.

p.4
Maximal vs Submaximal Exercise Testing

What is a key characteristic of submaximal exercise testing?
A) It is always performed at maximal effort
B) It is terminated on achievement of a predetermined end point
C) It is only used for athletes
D) It is performed without any stopping criteria
E) It is used to diagnose respiratory diseases

B) It is terminated on achievement of a predetermined end point
Explanation: Submaximal exercise testing is terminated upon reaching a predetermined end point unless symptoms otherwise limit the test, making it different from maximal testing.

p.2
Myocardial Ischemia and ECG Presentation

Which ECG change persists weeks after a STEMI?
A) ST segment elevation
B) T wave inversion
C) Q wave
D) ST segment depression
E) T wave normalization

C) Q wave
Explanation: Weeks after a STEMI, the Q wave persists on the ECG, even though the T wave and ST segment may normalize.

p.3
Maximal vs Submaximal Exercise Testing

What differentiates maximal from submaximal exercise testing?
A) The type of exercise performed
B) The duration of the exercise
C) The termination point of the test
D) The equipment used
E) The intensity of the warm-up

C) The termination point of the test
Explanation: The distinction between maximal and submaximal exercise testing comes from the termination point of the test, with maximal testing going to the point of exhaustion and submaximal testing stopping before exhaustion.

p.2
Types of Myocardial Infarction

During the acute phase of a STEMI, the ___ segment shows elevation.

ST

p.2
Types of Myocardial Infarction

Weeks after a STEMI, the ___ wave normalizes, but the ___ wave persists.

T, Q

p.1
Myocardial Ischemia and ECG Presentation

Variable ___ inversion can be seen in both myocardial ischemia and Non-STEMI.

T wave

p.1
Ventricular Fibrillation and Treatment

What is a clinical consequence of Ventricular Fibrillation?
A) Increased cardiac output
B) No cardiac output leading to ischemia
C) Stable angina
D) Hypertension
E) Bradycardia

B) No cardiac output leading to ischemia
Explanation: Ventricular Fibrillation results in no cardiac output, which can lead to ischemia and is a life-threatening condition.

p.5
Maximal vs Submaximal Exercise Testing

Which of the following is an indication for a clinical exercise test?
A) Evaluation of muscle fatigue
B) Assessment of flexibility
C) Evaluation of chest pain suggestive of coronary disease
D) Determination of VO2max
E) Screening for diabetes

C) Evaluation of chest pain suggestive of coronary disease
Explanation: One of the indications for a clinical exercise test is the evaluation of chest pain suggestive of coronary disease, which helps in diagnosing and managing coronary artery disease.

p.1
Ventricular Fibrillation and Treatment

Clinically, Ventricular Fibrillation results in no ___, leading to ischemia.

CO (Cardiac Output)

p.4
Maximal vs Submaximal Exercise Testing

Which of the following is NOT a general indication for stopping an exercise test?
A) Achievement of a predetermined end point
B) Severe shortness of breath
C) Chest pain
D) Patient's request to stop
E) Reaching a certain distance

E) Reaching a certain distance
Explanation: General indications for stopping an exercise test include achievement of a predetermined end point, severe shortness of breath, chest pain, and the patient's request to stop, but not reaching a certain distance.

p.5
Advantages and Disadvantages of Exercise Testing Modes

What is an advantage of using a treadmill for exercise testing?
A) Easier to take BP
B) Less space required
C) Greater diagnostic benefits
D) Patients develop muscle fatigue faster
E) Less expensive

C) Greater diagnostic benefits
Explanation: An advantage of using a treadmill for exercise testing is that it has greater diagnostic benefits, although it is more expensive and space-consuming.

p.5
Advantages and Disadvantages of Exercise Testing Modes

An advantage of using a bike for exercise testing is that it is easier to take ___ and requires less ___.

BP, space

p.4
Maximal vs Submaximal Exercise Testing

What is the primary stopping point for a maximal exercise test?
A) Achievement of a predetermined end point
B) When the patient feels tired
C) Predicted maximal heart rate (PMHR) or symptom limitation
D) After 30 minutes of exercise
E) When the patient reaches a certain distance

C) Predicted maximal heart rate (PMHR) or symptom limitation
Explanation: A maximal exercise test is terminated using the predicted maximal heart rate (PMHR) as the stopping point or when the patient is limited by symptoms, which helps measure functional capacity and diagnose CAD.

p.2
Myocardial Ischemia and ECG Presentation

What ECG change is observed days after a STEMI?
A) Persistent ST segment elevation
B) Persistent T wave inversion
C) ST segment normalization
D) Q wave disappearance
E) Persistent ST segment depression

C) ST segment normalization
Explanation: Days after a STEMI, the ST segment typically normalizes on the ECG.

p.3
VO2max vs VO2peak

What is the difference between VO2max and VO2peak?
A) VO2max is the maximum oxygen uptake, while VO2peak is used to predict VO2max
B) VO2max is the oxygen uptake during rest, while VO2peak is during exercise
C) VO2max is the oxygen uptake during submaximal exercise, while VO2peak is during maximal exercise
D) VO2max is the oxygen uptake during anaerobic exercise, while VO2peak is during aerobic exercise
E) VO2max is the oxygen uptake during short bursts of exercise, while VO2peak is during prolonged exercise

A) VO2max is the maximum oxygen uptake, while VO2peak is used to predict VO2max
Explanation: VO2max is the maximum oxygen uptake during exercise, while VO2peak is used to predict VO2max and represents the oxygen uptake during maximal exercise effort.

p.2
Types of Myocardial Infarction

Days after a STEMI, the ___ segment normalizes.

ST

p.4
Submaximal Testing Procedures

In what phase is low-level submaximal testing typically performed?
A) During the acute phase of myocardial injury
B) During the recuperative phase after myocardial injury or coronary bypass surgery
C) During the pre-operative phase
D) During the diagnostic phase for respiratory diseases
E) During the initial phase of athletic training

B) During the recuperative phase after myocardial injury or coronary bypass surgery
Explanation: Low-level submaximal testing is a special subset performed on patients during the recuperative phase after myocardial injury or coronary bypass surgery.

p.5
Advantages and Disadvantages of Exercise Testing Modes

Which mode of exercise testing is noted for being easy to administer to large numbers of individuals?
A) Bike
B) Treadmill
C) Field Tests
D) Step Test
E) Three-leads

C) Field Tests
Explanation: Field tests are easy to administer to large numbers of individuals and require little equipment, making them practical for large-scale assessments.

p.2
Types of Myocardial Infarction

In the injury phase of a STEMI, the ___ wave shows inversion.

T

p.4
Maximal vs Submaximal Exercise Testing

What is the primary use of maximal exercise testing?
A) To measure functional capacity and diagnose CAD
B) To assess flexibility
C) To evaluate muscle strength
D) To determine body composition
E) To measure lung volume

A) To measure functional capacity and diagnose CAD
Explanation: Maximal exercise testing is primarily used to measure functional capacity and diagnose coronary artery disease (CAD), making it a critical tool in cardiovascular assessment.

p.3
Heart Blocks and Their Management

Which of the following can cause heart blocks?
A) High blood pressure
B) Scarring or trauma, infection leading to endocarditis, and medications like Digoxin
C) High cholesterol
D) Lack of exercise
E) Excessive salt intake

B) Scarring or trauma, infection leading to endocarditis, and medications like Digoxin
Explanation: Heart blocks can be caused by scarring or trauma, infections such as endocarditis, and certain medications like Digoxin.

p.3
Heart Blocks and Their Management

Infection leading to ___ can cause heart blocks.

endocarditis

p.3
Heart Blocks and Their Management

2nd degree Type 1 heart block is also known as ___ or ___ I.

Wenckebach, Mobitz

p.5
Maximal vs. Submaximal Exercise Testing

A clinical exercise test can assess functional ___.

capacity

p.1
Ventricular Fibrillation and Treatment

What is the immediate treatment for Ventricular Fibrillation?
A) Beta-blockers
B) Immediate pharmacologic injection or cardioversion or defibrillation
C) Lifestyle changes
D) Anticoagulants
E) Diuretics

B) Immediate pharmacologic injection or cardioversion or defibrillation
Explanation: Ventricular Fibrillation requires immediate intervention, which includes pharmacologic injection, cardioversion, or defibrillation to restore normal heart rhythm.

p.5
Advantages and Disadvantages of Exercise Testing Modes

What is a disadvantage of using a bike for exercise testing?
A) Easier to take BP
B) Less space required
C) Greater diagnostic benefits
D) Patients often develop muscle fatigue faster
E) More expensive and space-consuming

D) Patients often develop muscle fatigue faster
Explanation: A disadvantage of using a bike for exercise testing is that patients often develop muscle fatigue faster because the muscle groups used are not as trained.

p.1
Types of Myocardial Infarction

A Non-STEMI (Subendocardial myocardial infarction) is characterized by persistent ST segment ___ greater than ___ mm, lasting longer than ___ seconds.

depression, 1, 0.08

p.1
Myocardial Ischemia and ECG Presentation

What is a typical ECG presentation of transient myocardial ischemia?
A) ST segment elevation
B) ST segment depression greater than 1mm lasting more than .08 seconds
C) Prolonged QT interval
D) Normal ECG
E) Shortened PR interval

B) ST segment depression greater than 1mm lasting more than .08 seconds
Explanation: Transient myocardial ischemia is typically indicated by ST segment depression greater than 1mm and lasting more than .08 seconds on an ECG.

p.3
Heart Blocks and Their Management

What is a heart block?
A) A complete blockage of the coronary arteries
B) A partial or complete blockage between conductive points in the cardiac tissue
C) A blockage in the pulmonary arteries
D) A blockage in the aorta
E) A blockage in the veins

B) A partial or complete blockage between conductive points in the cardiac tissue
Explanation: Heart blocks refer to a partial or complete blockage between conductive points in the cardiac tissue, which can affect the heart's ability to conduct electrical signals properly.

p.4
Maximal vs. Submaximal Exercise Testing

A special subset of submaximal testing, known as ___, is performed on patients during the recuperative phase after myocardial injury or coronary bypass surgery.

low-level testing

p.2
Types of Myocardial Infarction

STEMI is also known as ___ MI.

Transmural

p.1
Myocardial Ischemia and ECG Presentation

A transient myocardial ischemia can return to normal levels with a decrease in ___.

workload

p.5
Determining Muscular Strength Using 1 RM

When determining 1 RM, the initial weight selected should be within ___% to ___% of the subject's perceived capacity.

50, 70

p.4
Maximal vs. Submaximal Exercise Testing

Submaximal exercise testing is terminated on achievement of ___ unless symptoms otherwise limit the test.

predetermined end point

p.1
Myocardial Ischemia and ECG Presentation

Myocardial Ischemia can present on an ECG as ST segment ___ greater than ___ mm, lasting greater than ___ seconds.

DEPRESSION, 1, 0.08

p.3
Heart Blocks and Their Management

In 1st degree heart block, the PR interval is consistently prolonged to greater than ___ seconds.

0.20

p.3
Cardiorespiratory Fitness (CRF)

Cardiorespiratory Fitness (CRF) is related to the ability to perform large muscle, dynamic, moderate-to-vigorous intensity exercise for ___ periods of time.

prolonged

p.1
Ventricular Fibrillation and Treatment

Ventricular Fibrillation is characterized by the ventricles ___ and no normal ___ complexes.

TWITCH, ECG

p.5
Advantages and Disadvantages of Exercise Testing Modes

Field tests are easy to administer to large numbers of individuals and require little ___.

equipment

p.3
Heart Blocks and Their Management

Heart blocks are a partial or complete blockage between ___ points in the cardiac tissue.

conductive

p.5
Maximal vs. Submaximal Exercise Testing

One indication for a clinical exercise test is the evaluation of chest pain suggestive of ___.

coronary disease

p.3
Heart Blocks and Their Management

Scarring of different portions of the heart can lead to different types of ___.

heart blocks

p.5
Maximal vs. Submaximal Exercise Testing

A clinical exercise test can be used for the evaluation of ___ with activity.

hypertension

p.3
Heart Blocks and Their Management

2nd degree Type 2 heart block is characterized by an intermittent drop of the ___ without PR interval prolongation.

QRS complex

p.3
Heart Blocks and Their Management

1st degree heart block is characterized by a partial blockage between the ___ and ___ node.

SA, AV

p.5
Determining Muscular Strength Using 1 RM

The final weight lifted successfully is recorded as the absolute ___ or multiple RM.

1-RM

p.5
Advantages and Disadvantages of Exercise Testing Modes

A treadmill has greater ___ benefits but BP is harder to take and it's more ___ and space-consuming.

diagnostic, expensive

p.3
Heart Blocks and Their Management

In 2nd degree Type 1 heart block, the PR interval gets longer until a beat ___.

drops

p.3
VO2max vs. VO2peak

VO2peak is used to predict ___ during maximal exercise effort.

VO2max

p.5
Advantages and Disadvantages of Exercise Testing Modes

A disadvantage of using a bike for exercise testing is that patients often develop ___ faster because these muscle groups aren’t as ___.

muscle fatigue, trained

p.3
VO2max vs. VO2peak

VO2max represents the maximum ___ uptake.

oxygen

p.5
Advantages and Disadvantages of Exercise Testing Modes

Step tests require little to no ___, steps are easily transportable, and the test is ___.

equipment, short

p.3
Heart Blocks and Their Management

3rd degree heart block is a complete block between the ___ and ___, with independently irregular beats.

atria, ventricles

p.5
Determining Muscular Strength Using 1 RM

The first step in determining muscular strength using 1 RM is to warm up by completing a number of ___ repetitions of the specific exercise.

submaximal

p.5
Determining Muscular Strength Using 1 RM

Resistance is progressively increased by ___ kg (5.5-44.0 lb) until the subject cannot complete the selected repetitions.

2.5-20.0

p.3
Maximal vs. Submaximal Exercise Testing

The distinction between maximal and submaximal exercise testing comes from the ___ point of the test.

termination

p.2
Myocardial Ischemia and ECG Presentation

During the acute phase of a STEMI, which ECG change is typically observed?
A) ST segment depression
B) ST segment elevation
C) Normal ST segment
D) T wave normalization
E) Q wave disappearance

B) ST segment elevation
Explanation: During the acute or injury phase of a STEMI, the ST segment is typically elevated on the ECG.

p.3
Heart Blocks and Their Management

What is the main characteristic of a 3rd degree heart block?
A) Partial blockage between SA and AV node
B) Intermittent complete block with PR interval prolongation
C) Complete block between atria and ventricles with independent P waves and QRS complexes
D) PR interval gets longer with each beat
E) Normal PR interval with occasional dropped beats

C) Complete block between atria and ventricles with independent P waves and QRS complexes
Explanation: A 3rd degree heart block is characterized by a complete block between the atria and ventricles, where P waves and QRS complexes occur independently.

p.5
Maximal vs. Submaximal Exercise Testing

One reason to terminate a maximal exercise test is the presence of leg ___ or ___.

fatigue, cramping

p.3
Heart Blocks and Their Management

___ is a medication that can cause heart blocks.

Digoxin

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