XRHQ
Turkey
Healthcare

Ankara Bilkent City Hospital Trials VR and Classical Music for Hypertensive Urgency

A 130-patient ED trial in Ankara added VR nature scenes and classical music to standard blood pressure medication for hypertensive urgency.

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Emergency physicians at Ankara Bilkent City Hospital in Ankara, Turkey, ran a randomized controlled trial testing whether virtual reality could help patients arriving with hypertensive urgency. The study, registered as NCT07272486 with Associate Professor Safa Dönmez as principal investigator, enrolled 130 adult patients: 65 in an intervention group and 65 in a control group.

All patients received standard medication to lower their blood pressure. Those in the intervention group also wore VR headsets, similar to those used for gaming, showing a calm nature scene of a river flowing through a forest, with tall trees and a wooden suspension bridge, accompanied by classical music. The investigators' rationale was that anxiety and the noisy, brightly lit emergency department environment can push blood pressure higher, so helping patients feel calmer might help it come down faster.

Reported results

  • At 15 minutes, the VR group's blood pressure had dropped about 4–5 mmHg more than the control group's, a statistically significant difference.
  • Mean arterial pressure fell by 12% in the VR group versus 8% in the control group at 15 minutes, and by 15% versus 14% at 30 minutes.
  • From 60 minutes onwards, blood pressure in the two groups was essentially equivalent.
  • Over the two-hour observation, trait anxiety (STAI-II) fell by an average of eight points in the VR group versus four in the control group, a statistically significant difference; the VR group started more anxious, at about 46 versus about 38.

Limitations

The effect on blood pressure faded over time, which the investigators read as support for early stabilisation rather than long-term blood pressure control. The VR experience was used in addition to, not instead of, medication, and the researchers present it as a supportive addition to standard care. It was a single-centre study, and an independent emergency medicine specialist said the results deserve further investigation.

Quotes

“Patients who arrive in the emergency department with markedly elevated blood pressure - readings of 180 mmHg or higher on the top number, or 110 mmHg or higher on the bottom number - are extremely common. We treat them with blood pressure medication, but what I kept noticing was how anxious and frightened many of these patients are. That matters medically, not just emotionally, because anxiety causes the body to release stress hormones that tighten the blood vessels and push blood pressure even higher. The emergency department environment itself - the noise, the bright lights, the uncertainty - can make that worse. This made me wonder: if we could help patients feel calmer, could we also help their blood pressure come down faster?”

“After 15 minutes, patients in the VR group had both a lower absolute blood pressure reading and a greater reduction from their starting point, compared to the control group. This was a statistically significant finding, meaning it was unlikely to be due to chance. The VR group's blood pressure dropped approximately 4–5 mmHg more than the control group. After that, the gap then narrowed, and from 60 minutes onwards the two groups were essentially equivalent.”

“I believe it can reasonably be considered as a supportive, patient-centred addition to standard care, especially for patients who are visibly anxious or distressed.”

“The suggestion of faster early blood pressure reduction in the first 15 minutes is clinically interesting. In a busy emergency department, getting blood pressure under control quickly is important - both for patient safety and for the efficient use of resources. If a non-drug intervention can accelerate that process even modestly, it has practical value.”

“However, the diminishing effect over time suggests that intervention supports early stabilization rather than long-term control of blood pressure.”

“Although this is a single-centre study, the results are interesting and deserve further investigation. They raise the possibility that this approach is not only safe and feasible, but offers meaningful benefits, particularly in reducing anxiety and helping to achieve faster blood pressure control during the early stages of treatment, and might avoid unnecessary medication. It is important to note that this approach was used in addition to, and not instead of, adaptation of the medication to reduce blood pressure.”

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