If you are suffering from high blood pressure, listening to classical music in addition to taking your medicines may give you some added advantage as researchers have found that music significantly enhances the effect of anti-hypertensive drugs.
Music enhances the beneficial effects of medication a short time after it is taken to control high blood pressure, showed the findings published in the journal Scientific Reports.
“We observed that music improved heart rate and enhanced the effect of anti-hypertensives for about an hour after they were administered,” said study coordinator Vitor Engracia Valenti, Professor at Sao Paulo State University (UNESP) in Brazil.
For the study, the researchers performed an experiment to measure the effects of musical auditory stimulus associated with anti-hypertensive medication on heart rate and blood pressure in a small group of patients with well-controlled hypertension. On one day, after taking their usual oral anti-hypertensive medication, patients listened to instrumental music via earphones for 60 minutes at the same volume.
As control, on the other day, they underwent the same research protocol, but the earphones were not turned on.
Heart rate variability was measured at rest and at 20, 40 and 60 minutes after oral medication.
Several statistical and mathematical techniques were used to detect differences between heart rates at different times, with high precision and sensitivity.
Analysis of the data showed heart rate diminishing significantly 60 minutes after medication when patients listed to music in the period. Heart rate did not fall as significantly when they did not listen to music.
Blood pressure also responded more strongly to medication when they listened to music, the study said.Music enhances the beneficial effects of medication a short time after it is taken to control high blood pressure, showed the findings published in the journal Scientific Reports.Heart rate variability was measured at rest and at 20, 40 and 60 minutes after oral medication.
Several statistical and mathematical techniques were used to detect differences between heart rates at different times, with high precision and sensitivity.
“We found that the effect of anti-hypertension medication on heart rate was enhanced by listening to music,” Valenti said.
One of the hypotheses raised by the researchers is that music stimulates the parasympathetic nervous system, increases gastrointestinal activity and accelerates absorption of anti-hypertensive medication, intensifying its effects on heart rate.
The sympathetic and parasympathetic nervous systems constitute the autonomic nervous system, which maintains homeostasis.
The sympathetic nervous system accelerates heart rate, constricts blood vessels and raises blood pressure.
The parasympathetic nervous system controls the body at rest, slowing the heart, lowering blood pressure, and stabilising blood sugar and adrenaline.
