Music And Heartbeat Disorder.
A heartbeat commotion may have influenced parts of composer Ludwig van Beethoven's greatest works, researchers say. "His music may have been both figuratively and physically heartfelt," theme co-author Dr Joel Howell, a professor of internal panacea at the University of Michigan Medical School, said in a university story release. The heedless composer has been linked with numerous health woes, and historians have speculated that the composer may have had an arrhythmia - an unmethodical heartbeat.
Now, a team that included a musicologist, cardiologist and medical historian suggest that the rhythms of traditional sections of Beethoven's most renowned pieces may reflect the irregular rhythms of his heart. "When your affection beats irregularly from heart disease, it does so in some predictable patterns. We think we ascertain some of those same patterns in his music. The synergy between our minds and our bodies shapes how we experience the world.
Showing posts with label heartbeat. Show all posts
Showing posts with label heartbeat. Show all posts
Monday, 10 June 2019
Tuesday, 2 April 2019
Treating Irregular Heartbeat By Laser Destruction Misfiring Cells
Treating Irregular Heartbeat By Laser Destruction Misfiring Cells.
A further entry to treating irregular heartbeats appears to have demonstrated success in halting deviant electrical pulses in both patients and pigs, new research indicates. In essence, the unheard of intervention - known as "visually guided laser-balloon catheter" - enables doctors to much more accurately objective the so-called "misfiring cells" that emit the irregular electrical impulses that can cause an peculiar 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 snake-hipped medical device called an endoscope, which when inserted into the object 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 fussy snapshot form of visual guidance. The findings are reported by analyse author Dr Vivek Y Reddy, a senior talent member in medicine and cardiology at the Mount Sinai Medical Center in New York City, and colleagues in the May 26 online copy of Circulation: Arrhythmia and Electrophysiology.
A further entry to treating irregular heartbeats appears to have demonstrated success in halting deviant electrical pulses in both patients and pigs, new research indicates. In essence, the unheard of intervention - known as "visually guided laser-balloon catheter" - enables doctors to much more accurately objective the so-called "misfiring cells" that emit the irregular electrical impulses that can cause an peculiar 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 snake-hipped medical device called an endoscope, which when inserted into the object 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 fussy snapshot form of visual guidance. The findings are reported by analyse author Dr Vivek Y Reddy, a senior talent member in medicine and cardiology at the Mount Sinai Medical Center in New York City, and colleagues in the May 26 online copy of Circulation: Arrhythmia and Electrophysiology.
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