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Medtronic booth at HRS 2026

These pacemakers were built with conduction system pacing in mind, giving clinicians several new tools for the management of heart patients. 

artificial intelligence heart AI

“Instead of asking only whether a patient will survive, we need to ask whether they will be able to maintain the life they value after discharge,” one researcher explained.

Researchers said they plan on testing the AI model in additional patients at several transplant centers.

Shockwave C2 Aero Fly Coronary IVL Catheter Johnson & Johnson MedTech

The Shockwave C2 Aero Fly Coronary IVL Catheter from Johnson & Johnson MedTech is now available. In addition, the company announced, the next-generation device will be featured in its booth at TCT 2026. 

Andrew Einstein, MD, PhD, FACC, MASNC, MSCCT, FSCMR, incoming 2027 president of the American Society of Nuclear Cardiology (ASNC), professor of medicine in radiology, and director of nuclear cardiology, cardiac CT and cardiac MRI at Columbia University Irving Medical Center/NewYork-Presbyterian Hospital, shares ASNC's goals in 2027. #CVnuc #ThinkPET

ASNC focuses on selecting the appropriate examination for each patient rather than treating one modality as universally preferable. At the same time, cardiac PET has been linked to key benefits that could improve patient care if only more clinicians could use it. ASNC's next president, Andrew Einstein, MD, PhD, discussed this and more in a new interview.

Masimo, a California-based medtech company, has secured U.S. Food and Drug Administration (FDA) clearance for its smartSET pulse oximetry platform to identify signs of atrial fibrillation (AFib) and deliver alerts to its Radius Vital Signs Monitor. The newly cleared feature continuously evaluates a patient’s pulse waveform data, flagging clinicians when additional follow-up care may be necessary.

California-based Masimo received the clearance just a few months after being acquired by Danaher Corporation in a deal worth approximately $9.9 billion.

Innovation at work

Traditionally, the interventional cardiologist first visualizes the coronary anatomy in detail when contrast is injected in the catheterization laboratory. For many patients, however, that anatomy has already been captured, often in considerable detail, by coronary CT angiography (CCTA) performed earlier in the clinical pathway. This article considers how this dataset can be used to plan the procedure, an approach referred to as CT-guided PCI.

Sponsored by Philips Healthcare