A patient returns to the cardiac floor following a Cardiac Angiogram with Stent placement.
What nursing interventions should be carried out? (Select all that apply)
Monitor insertion site for hematoma and bleeding.
Maintain patient on bedrest.
Monitor patient for dysrhythmias.
Assess heart sounds.
Correct Answer : A,C,D
Rationale for Choice A:
Monitoring the insertion site for hematoma and bleeding is crucial following cardiac angiogram with stent placement. Here's a detailed explanation:
Vascular Injury: The procedure involves accessing a major artery, usually the femoral artery in the groin. This creates a risk of bleeding or hematoma formation at the puncture site.
Anticoagulation: Patients often receive anticoagulant medications during and after the procedure to prevent blood clots from forming around the stent. These medications can increase the risk of bleeding.
Early Detection and Intervention: Prompt identification of bleeding or hematoma formation is essential to prevent complications such as hypotension, shock, or compartment syndrome.
Assessment: Regular assessment of the insertion site includes:
Visual inspection for swelling, bruising, or active bleeding.
Palpation for tenderness, firmness, or expanding hematoma.
Monitoring vital signs for tachycardia, hypotension, or signs of shock.
Interventions: If bleeding or hematoma is detected:
Apply direct pressure to the site.
Notify the healthcare provider immediately.
Implement additional measures as prescribed, such as reversal of anticoagulation or surgical intervention.
Rationale for Choice B:
Maintaining strict bedrest after cardiac angiogram with stent placement is no longer routinely recommended. Here's why:
Early Ambulation Benefits: Research has shown that early ambulation (usually within 6-8 hours) is associated with several benefits, including:
Reduced risk of deep vein thrombosis (DVT)
Improved circulation
Quicker recovery
Shorter hospital stays
Individualized Assessment: The decision regarding ambulation timing should be individualized based on patient factors such as:
Bleeding risk
Procedural complications
Overall health status
Comfort level
Balanced Approach: While early ambulation is encouraged, it's important to balance activity with rest to promote healing and prevent complications.
Rationale for Choice C:
Monitoring for dysrhythmias is essential following cardiac angiogram with stent placement due to several reasons:
Cardiac Irritation: The procedure involves manipulation of catheters and devices within the heart, which can potentially irritate the heart's electrical system.
Electrolyte Imbalances: Contrast dye used during the procedure can cause electrolyte imbalances, which can also trigger dysrhythmias.
Underlying Heart Disease: Patients undergoing angioplasty often have underlying heart disease, which already predisposes them to rhythm disturbances.
Early Detection and Intervention: Prompt identification of dysrhythmias allows for timely interventions to prevent hemodynamic instability, heart failure, or cardiac arrest.
Continuous Monitoring: Continuous ECG monitoring is typically used to detect dysrhythmias, and patients are closely observed for symptoms such as palpitations, lightheadedness, or chest pain.
Rationale for Choice D:
Assessing heart sounds is a crucial nursing intervention following cardiac angiogram with stent placement. Here's why:
Stent Placement Effects: The placement of a stent can alter blood flow patterns within the coronary arteries, which may be audible as changes in heart sounds.
Complication Detection: Heart sounds can provide valuable clues about potential complications such as:
Pericardial effusion (fluid around the heart)
Myocardial infarction (heart attack)
Valvular dysfunction
Baseline Assessment: It's important to establish a baseline assessment of heart sounds prior to the procedure to compare with post-procedure findings.
Regular Auscultation: Regular auscultation of heart sounds should be performed to monitor for changes and promptly report any concerns to the healthcare provider.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A rationale:
Normal sinus rhythm (NSR) is the typical heart rhythm in healthy individuals. It's characterized by the following features on an ECG:
Heart rate: 60-100 beats per minute
Regular rhythm
P waves present, upright, and uniform in appearance
PR interval: 0.12-0.20 seconds
QRS complex: narrow (less than 0.12 seconds)
The rhythm in question does not meet the criteria for NSR because the heart rate exceeds 100 beats per minute.
Choice B rationale:
Sinus tachycardia is a rhythm that originates in the sinus node (the heart's natural pacemaker) but has a faster rate than normal. Its ECG features include:
Heart rate: greater than 100 beats per minute (typically 100-150)
Regular rhythm
P waves present, upright, and uniform in appearance
PR interval: 0.12-0.20 seconds
QRS complex: narrow (less than 0.12 seconds)
The rhythm in question aligns with the characteristics of sinus tachycardia, making it the most likely correct answer.
Choice C rationale:
Sinus bradycardia is a rhythm that also originates in the sinus node but has a slower rate than normal. Its ECG features include:
Heart rate: less than 60 beats per minute
Regular rhythm
P waves present, upright, and uniform in appearance
PR interval: 0.12-0.20 seconds
QRS complex: narrow (less than 0.12 seconds)
The rhythm in question does not meet the criteria for sinus bradycardia due to its heart rate being above 60 beats per minute.
Choice D rationale:
Atrial fibrillation (AFib) is a common arrhythmia characterized by rapid, irregular, and disorganized electrical activity in the atria. Its ECG features include: Irregular rhythm
Absence of distinct P waves (replaced by fibrillatory waves)
QRS complexes typically narrow (unless there's concomitant bundle branch block)
The rhythm in question does not exhibit the characteristic features of AFib, notably the irregular rhythm and absence of P waves.
Correct Answer is A
Explanation
Choice A rationale:
Systole is derived from the Greek word "sustolē," meaning "contraction." This etymology directly aligns with the physiological process it describes.
During systole, the heart muscle contracts forcefully, generating the pressure necessary to propel blood out of the heart's chambers and into the circulatory system.
This phase is crucial for ensuring adequate blood flow to all tissues and organs, delivering oxygen and nutrients and removing waste products.
It's initiated by electrical signals generated by the sinoatrial node (SA node), the heart's natural pacemaker.
The electrical impulse travels through the heart's conduction system, triggering a coordinated contraction of the atria and ventricles.
Atrial systole occurs first, contributing to ventricular filling.
Ventricular systole follows, generating the powerful force that propels blood into the pulmonary artery (from the right ventricle) and the aorta (from the left ventricle).
Systolic blood pressure, the higher number in a blood pressure reading, measures the pressure in the arteries during ventricular systole.
Choice B rationale:
This choice describes diastole, the opposite phase of the cardiac cycle.
During diastole, the heart muscle relaxes, allowing the chambers to refill with blood.
Diastole is essential for proper heart function, ensuring that the heart can adequately fill with blood before the next systolic contraction.
Choice C rationale:
This choice refers to cardiac output, which is the total volume of blood pumped by the heart per minute.
Cardiac output is influenced by both heart rate and stroke volume (the amount of blood ejected from the ventricle with each contraction). Choice D rationale:
This choice describes ejection fraction, which is the percentage of blood that fills the ventricles during diastole that is then pumped out during systole.
Ejection fraction is a measure of the heart's pumping efficiency.
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