New avenue for regenerating damaged heart cells discovered

CT imaging showing the congenital heart defect of left heart hypoplastic syndrome.

CT imaging showing the congenital heart defect of left heart hypoplastic syndrome. Researchers at Ann & Robert H. Lurie Children’s Hospital think they found a way to treat the condition by returning the heart to a fetal state the heart to repair itself. Image courtesy of Renee Bullock-Palmer, MD

Gene manipulation can revert the cardiomyocytes back to a fetal state, allowing them to regenerate. Researchers are now looking for drugs to mimic the effect.

Cardiovascular ultrasound innovations being showcased at ASE 2024 meeting

More than 5,600 cardiac ultrasound measurements are now automated using artificial intelligence in the new Siemens Acuson Origin echocardiography system. It is the first echo system to use AI to help automate and anticipate next actions to greatly speed workfor and increase reproducibility between sonographers. Photo by Dave Fornell at ESC 2023

More than 5,600 cardiac ultrasound measurements are now automated using artificial intelligence in the new Siemens Acuson Origin echocardiography system. It is the first echo system to use AI to help automate workflows and and anticipate next actions to greatly speed efficiency and increase reproducibility between sonographers. Photo by Dave Fornell at ESC 2023

New cardiac ultrasound advances, from AI to completely study workflow, new 3D/4D catheters, virtual reality simulators, to robot-assisted ultrasound, will be presented on the expo floor of ASE 2024 this weekend in Portland.

Using ECG AI to find the cardiac amyloidosis needles in the haystack

The central illustration from a study that shows the impact of ECG AI algorithm study case and control selection to train artificial intelligence to better screening patients for cardiac amyloidosis. Image courtesy of JACC Advances.

The central illustration from a study that shows the impact of ECG AI algorithm study case and control selection to train artificial intelligence to better screen patients for cardiac amyloidosis. Image courtesy of JACC Advances.

Early detection of cardiac amyloidosis is leads to the best outcomes, but it is often missed until later stages. AI is being developed to help detect these patients earlier using ECG and echo.