It’s science: chill out music music is good for you
According to research presented at the American Society of Hypertension’s Twenty Third Annual Scientific Meeting and Exposition (ASH 2008), listening to just 30 minutes of rhythmically homogeneous music every day can significantly reduce high blood pressure.
By rhythmically homogeneous, they mean music with little or no variation in rhythm; they tested with classical music and Indian raga music, but the research offers some medical validation to Stephen Halpern’s pioneering new age music, Brian Eno’s ambient music (which he conceived while bed-ridden) and more recent chill out music.
Researchers found that patients with mild hypertension who listened to just half an hour rhythmically homogeneous music a day for four weeks experienced significant reductions in 24-hour ambulatory blood pressure (ABP)
“Listening to music is soothing and has often been associated with controlling patient-reported pain or anxiety and acutely reducing blood pressure,? said study investigator, Prof. Pietro A. Modesti, MD, PhD. ?But for the first time, today?s results clearly illustrate the impact daily music listening has on ABP. We …. can now confidently explore music listening as a safe, effective, non-pharmacological treatment option or a complement to therapy.”
Unfortunately, the research was limited to testing the positive benefits of “soothing” music, so we can’t tell if listening to techno is just as beneficial, or if it’s likely to send your heart into a hypertensive spasm.
Research Details
Hypertension is a common disorder in which blood pressure remains abnormally high (a reading of 140/90 mm Hg or greater) and is responsible for causing at least five million premature deaths each year worldwide
A total of 48 patients aged between 45 and 70, all with mild hypertension and using pharmacological treatment, took part in the study. Of these, 28 patients aged between 45 and 69, listened to 30 minutes of classical, Celtic and Indian (raga) music per day while conducting slow, controlled abdominal breathing exercises. Twenty patients of comparable age, blood pressure values and antihypertensive treatment served as the control group. All patients underwent ABP monitoring before randomization (baseline) and one and four weeks after treatment allocation.
The study results revealed a significant systolic ABP reduction in those patients who had been listening to music daily (-3.2±5.6 and -4.4±5.3 mm Hg, p