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The Power of Correct Placement for ECG Leadwires

Leadwires play a critical role in delivering accurate electrocardiogram (ECG) readings, which in turn help ensure that clinicians...

Circulatory
ECG

Controversy: What's the Best Way To Treat Patients With Stable Coronary Artery Disease?

I remember the exact moment as clearly as if it happened yesterday and not twenty years ago, when I was a medical student.

Circulatory
ECG

Recognition and quantification of T-Wave Alternans (TWA)

T-Wave Alternans (TWA) is an electrophysiological phenomenon that is evident in the ECG as an alternating pattern of ST/T-Wave...

Circulatory
ECG

Cardiac Stress Testing for Heart Failure Patients: New Developments To Know

Cardiac stress testing has become a mainstay for noninvasive assessment of coronary artery disease (CAD), but as evidence emerges...

Circulatory
ECG
Cardiac care
Clinical

The Importance of a Routine ECG Stress Test for Afib Patients on Type IC Drugs

The type IC antiarrhythmic drugs (AADs) flecainide and propafenone are increasingly being utilized for rhythm control in patients...

Circulatory
ECG
Cardiac care
Clinical

Patient being transported at the hospital

Coronary Artery Stenosis Treatment: Don't Rush to the Cath Lab

When it comes to coronary revascularization for stable ischemic heart disease, the decision-making process is complex.

Circulatory
ECG
Cardiac care
Clinical

Female runner looking at her heart rate on the phone

Heart Rate Recovery and Risk: Understanding This Powerful Marker

Heart rate recovery is the measure of how quickly the heart rate returns to baseline levels after exercise is over.

Circulatory
ECG

Man running on a treadmill doing a stress test ECG

The Role of Metabolic Equivalents as a Risk Predictor

The METS value helps to quantify exercise capacity by way of oxygen uptake, with one advantage being its ability to produce a...

Circulatory
ECG
Cardiac care
Clinical

Determining the circulatory system needs of a critically ill patient requires the use of different technologies to monitor blood pressure, flow, and oxygenation in order to monitor heart and lung functionality and stability. Identifying early changes in circulatory measurements can help facilitate necessary interventions and may help you enhance patient outcomes. Explore the content above to learn more about best practices in acquiring, interpreting, and utilizing circulatory-monitoring data.

Circulatory