Anxiety & Depression Association of America

Passive VS Active VR on HPT Using the Thermal Sensory Analyzer With a Peltier-Based Contact Thermode

Purpose

This is a prospective, crossover study of healthy participants evaluating the impact of passive vs. active virtual reality (VR) games on heat pain threshold (HPT).

Conditions

Pain
Anxiety

Eligibility

Eligible Ages: Between 18 Years and 99 Years
Eligible Genders: All
Accepts Healthy Volunteers: Yes

Inclusion Criteria

greater than 18 years of age - English speaking - hearing intact

Exclusion Criteria

a history of severe motion sickness - currently have nausea - history of seizures - have hearing loss; are pregnant - are currently taking beta blockers, chronotropic heart medications, or opioids or other prescription pain medications - history of chronic pain or acute pain syndromes.

Study Design

Phase: N/A
Study Type: Interventional
Allocation: Randomized
Intervention Model: Crossover Assignment
Primary Purpose: Supportive Care
Masking: Single (Participant)

Arm Groups

Arm	Description	Assigned Intervention
Experimental Active VR then Passive VR	Participant will conduct the experiment using active VR first and then passive VR	Behavioral: Oculus Go headset without active intervention VR software with non-interactive content. Behavioral: Oculus Go headset with active intervention Participant will engage with the game display on the VR headset. Engagement time depends on the HPT limits test.
Experimental Passive VR then Active VR	Participant will conduct the experiment using passive VR first and then active VR	Behavioral: Oculus Go headset without active intervention VR software with non-interactive content. Behavioral: Oculus Go headset with active intervention Participant will engage with the game display on the VR headset. Engagement time depends on the HPT limits test.

Recruiting Locations

More Details

Status: Recruiting
Sponsor: Stanford University

Study Contact

Samuel Rodriguez, MD
650-723-5728
sr1@stanford.edu

Detailed Description

Virtual reality (VR) is an emerging, non-pharmaceutical intervention used to reduce perceived pain and anxiety in patients. VR's effect on pain and anxiety on patients is well-studied as is how VR games improve recalled pain and anxiety in pediatric burn and bone-fracture patients undergoing painful medical procedures. However, how differences in VR application construction (such as passive play vs. active play) impact patient perception of pain and anxiety is not well understood. In this study, we will measure the impact of passive vs. active VR applications on heat pain threshold (HPT) and immediate vs. recalled pain and anxiety levels.

Notice

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