Asylumseekers Experiencing Paranoid Delusions: A Virtual Reality Study

Objective: The main objective of this study is to discover how asylumseekers with a psychotic disorder who are experiencing paranoid delusions behave and evaluate threat in a virtual environment.

Secondary objectives: To assess the suitability and applicability of using VR within the specific population of asylumseekers with a psychotic disorder and paranoid delusions.

Study design: The study uses a mixed-methods design, combining qualitative phenomenological data and descriptive quantitative data.

Study population: Adult psychiatric patients that are seeking asylum in the Netherlands with a DSM-5 classification of a psychotic disorder and paranoid delusion (as measured by the PANSS) will be included. Furthermore, patients must receive mental health care from CTP Veldzicht, either in one of the wards (closed or open) or through ambulatory care.

Intervention: The patients will be immersed in a VR-environment using a head mounted display. Four different VR-scenarios are used, each taking up three to four minutes. Using simple movement instructions, patients are asked to walk around and observe their environment.

Main study parameters/endpoints: Phenomenological semi-structured interview. The interview measures the experience of participants in a qualitative matter. Audio recordings of the semi-structured interviews will be transcribed. These transcriptions containing rich qualitative data are the main study parameter. Additional descriptive qualitative data (demographic \& symptom specific) will be gathered through questionnaires to provide quantitative insight in the sample-population (questionnaires used: PANSS, SSPS, SBQ, and VAS). Subsequently, psychiatrists working in the field of transcultural psychiatry will be interviewed about the paranoid behaviour of participants based on video and audio recordings of the VR-session.

Nature and extent of the burden and risks associated with participation, benefit and group relatedness: Some participants might experience simulator sickness symptoms. No major adverse events are expected or have been documented in previous VR studies of our research group using the same VR hardware and software. The assessment will take approximately 90 minutes in total. No benefits are expected. An empathic and transparent approach, a clear consent procedure, close monitoring of participants' moods and consistently adverting an opt-out will be used.