Research conducted at Drumsheds suggests guided movement sessions paired with electronic music may support nervous system regulation and post-exercise recovery.
A new study supported by AlphaTheta and developed by Music and Movement is Medicine (MIM) has explored how structured movement sessions accompanied by electronic music can affect stress regulation and physiological recovery.
Conducted at Drumsheds, the research combined biometric monitoring with guided dance and movement exercises to examine how participants responded physically during different stages of a curated session.
The study was led by behavioural scientist Professor Paul Dolan, with sessions designed by Emma Marshall, founder of MIM. Around 120 participants across two sessions took part in exercises ranging from breathing techniques and seated movements through to marching and free-form dance. Researchers recorded more than 600,000 heartbeats using heart rate and heart rate variability (HRV) monitoring devices.
Findings point to measurable nervous system changes
According to the findings, participants experienced an average 18.5 per cent increase in HRV during the slower breathing and seated movement stages. HRV is commonly used as an indicator of nervous system adaptability and stress recovery. During the peak dance sections, participants reached approximately 75 per cent of their personal heart rate reserve, placing the activity within a vigorous exercise range.
Researchers also observed what they described as rapid recovery patterns once the sessions ended, with HRV rebounding between four and ten times within minutes. The study suggests these shifts reflected exercise-related activation rather than stress-induced strain, supported by self-reported reductions in anxiety and increased feelings of joy and social connection among attendees.
The project additionally examined how musical characteristics influenced physical responses. During calmer sections, tempo appeared to correlate strongly with heart rate changes, while louder passages became more influential during the build-up to peak movement phases. Researchers noted that during breakdowns or reductions in tempo, participants’ elevated heart rates often persisted, which they referred to as a “carrying momentum” effect.
Electronic music culture enters scientific discussion
The research arrives amid ongoing debate about the social and cultural value of nightlife spaces in the UK and Europe. While clubs and large-scale venues have historically been framed primarily as entertainment environments, studies such as this may contribute to broader discussions around wellbeing, social cohesion, and public health.
Speaking about the findings, Professor Dolan said the data demonstrated how the body reacted in real time to changes in tempo and musical structure, suggesting DJs may influence physiological states through programming and pacing. Emma Marshall added that the sessions were intentionally designed to guide participants through cycles of calm, activation, peak intensity, and recovery.
Representatives from Broadwick Live, the operator behind Drumsheds, also linked the findings to wider conversations about protecting nightlife infrastructure. Managing director Luke Huxham said the study offered evidence to support arguments that dancefloors can play a meaningful social role beyond entertainment alone.
Further trials planned
MIM said this research forms the first stage of a larger programme intended to produce peer-reviewed evidence around el