Treating Irregular Heartbeat By Laser Destruction Misfiring Cells

Treating Irregular Heartbeat By Laser Destruction Misfiring Cells.
A late path to treating irregular heartbeats appears to have demonstrated success in halting queer electrical pulses in both patients and pigs, new research indicates. In essence, the callow intervention - known as "visually guided laser-balloon catheter" - enables doctors to much more accurately aim the so-called "misfiring cells" that emit the irregular electrical impulses that can cause an discursive heartbeat.

In fact, with this new approach, the study team found that physicians could destroy such cells with 100 percent accuracy. This is due to the procedure's use of a weak medical device called an endoscope, which when inserted into the end region provides a continuous real-time image of the culprit cells.

The traditional means for getting at misfiring cells relies on pre-intervention X-rays for a much less specific snapshot form of visual guidance. The findings are reported by cram author Dr Vivek Y Reddy, a senior gift member in medicine and cardiology at the Mount Sinai Medical Center in New York City, and colleagues in the May 26 online printing of Circulation: Arrhythmia and Electrophysiology.