Echocardiography

Cardiac ultrasound uses reflected sound waves (echos) to create images of anatomy inside the body. Echocardiograms are the primary cardiac imaging modality used to assess the heart and diagnose or track cardiac issues. Echo is the gold standard imaging modality to assess the heart, particularly with calculating left ventricular ejection fraction (LVEF), which is a measure of cardiac output. In addition to noninvasive standard transthoracic echo (TTE), invasive transesophgeal echo (TEE) is also used when clearer, more detailed imaging of the heart is needed. Both 3D and 4D echo echo systems are rapidly gaining wider adoption and enable new types of assessments, especially in the structural heart space and in transcatheter procedural guidance. Find news on general ultrasound imaging.

RSS icon
A TAVR procedure being performed at Northwestern Medicine in Chicago. These structural heart procedures require a team approach.

Heart damage after TAVR: Follow-up imaging helps cardiologists anticipate problems

While cardiac damage reverses in many patients following treatment, it can actually continue to get worse in others. 

Video of Jon Lindner explaining the use of ultrasound and bubble contrast for therapy.

Cardiac ultrasound could lead to key advances in heart attack care, drug delivery

Jonathan Lindner, MD, offers an update on the use of echocardiography and bubble contrast agents in a therapy role to help revascularize STEMI patients and increase drug and gene delivery.

Thumbnail

‘A hugely significant development’: Severe heart condition reverses in 3 patients, shocking experts

Cardiologists and other physicians have always believed cardiac transthyretin amyloidosis, a progressive heart condition associated with a high mortality rate, was irreversible. Now, though, new evidence suggests that there may be hope. 

Zio AT mobile cardiac telemetry device

FDA warning letter: iRhythm committed multiple violations, failed to report patient deaths in time

“It is your firm’s responsibility to ensure compliance with applicable laws and regulations administered by FDA,” according to the warning letter. These issues, the agency added, “may be symptomatic of serious problems in your firm’s manufacturing and quality management systems.”

An example of HeartFlow's new RoadMap Stenosis software that uses artificial intelligence (AI) to show areas of interest for possible stenting based on a patient's CT scan and FFR-CT. This software is still undergoing beta testing at several hospitals and will likely be rolled out commercially later in 2023.

Cardiology has embraced AI more than most other specialties

Cardiology is linked to the second largest group of FDA-cleared clinical AI algorithms, and the number is still growing. 

artificial intelligence AI deep learning

AI model predicts LVEF during routine coronary angiograms

The video-based deep neural network showed potential for limiting invasive exams and improving patient care. 

X-ray photon trajectory during the simulation phantom study from the side and top views. Due to scattering of the X-rays when they hit the lower end of the patient bed, exposure in mainly to the lower body of the interventional echocardiographer performing transesophageal echocardiography. The green lines are the scattered photon trajectories calculated by Monte Carlo simulation in the study.

Radiation exposure in the cath lab: Tracking the impact on interventional echocardiographers

Researchers found that echocardiographers in the cath lab are exposed to high doses of radiation on the right half of their body, especially the waist and lower body. 

New ASE guideline outlines training standards for interventional echocardiography

The American Society of Echocardiography (ASE) released a new guideline document that outlines uniform training standards for interventional sonographers guiding structural heart procedures.

Displaying 89 - 96 of 176
Design by Adaptive Theme