Dental Anxiety Clinical Trial
Official title:
Does Virtual Reality Exposure Therapy Affect Children's Dental Anxiety, Pain, and Behaviour? A Randomized, Placebo-Controlled Cross-Over Trial
This randomized, two‐armed, placebo-controlled, cross-over, controlled trial aimed to evaluate the effect of virtual reality exposure therapy (VRET) on dental anxiety, pain, and behaviour among children undergoing dental treatment under local anaesthesia. The null hypotheses were as follows: VRET has no effect on reducing dental anxiety and dental pain scores of participants; and there is no difference between subjective and objective measure scores of dental anxiety and pain when VRET and attention palcebo-controlled (APC) groups are used to reduce anxiety in children undergoing dental treatment with local anaesthesia.
This randomized, two‐armed, placebo-controlled, cross-over, controlled trial adhered to the
principles of the Declaration of Helsinki, good clinical practice guidelines, and applicable
regulatory requirements. Ethics approval was obtained from the Health Ethics Committee of
Sivas Cumhuriyet University (Sivas, Turkey; ID: 2018-02/08). All parents or guardians of
children were educated about the study before enrollment and provided informed written
consent to participate. The trial adhered to the Consolidated Standards of Reporting Trials
(CONSORT) guidelines.
The parameters used to calculate the sample size included a 95% confidence interval (CI), 80%
statistical power, and a standard deviation of 1.90; accordingly, at least 64 subjects were
required. This number was adjusted to 76 subjects to compensate for a projected loss of
approximately 20% during follow-up. Thus, 76 healthy subjects between 7 and 11 years of age
were included in the study. Participants who fulfilled the following criteria were included:
systemically and mentally healthy; required restorative treatment for first mandibular
permanent molar tooth with dentin caries in each mandibular quadrant with a bilateral
inferior alveolar nerve block; absence of co‐operative disability; and Frankl Scale score 2
or 3 during first dental examination. Patients with systemic or mental illnesses, reduced
audiovisual capabilities, acute dental pain or trauma, those with previous painful or
negative dental experience, and those who were extremely uncooperative were excluded.
The present randomized, two‐armed, within-subject, cross-over, controlled trial included
patients who applied to Department of Pediatric Dentistry, Cumhuriyet University, for routine
dental treatment.The study comprised three visits: V0, baseline dental examination and
inclusion; V1, first restorative treatment session; and V2, second restorative treatment
session for symmetrical teeth. The initial oral and radiographic examination and Frankl
Behaviour Scale scoring of all patients were performed by one experienced and pre-calibrated
researcher. A dental assistant not participating in the study used a random-order generator
(http://www.random.org) to randomize patients to the experimental group according to block
randomization.
Eligible participants were treated in two different appointments: protective glasses only,
without distraction (APC); or with the treatment condition (VRET). All procedures were
performed by a single experienced and calibrated paediatric dentist (BB).
Participants were randomly assigned by a computer algorithm to receive VR with the first or
second sequential dental treatment session and with protective glasses for the other
treatment session. The investigators were blinded to treatment sequence until before the
first dental treatment was to begin. Before VRET, the VR headset was shown to the patients,
who were permitted to handle it. This enabled the patient to recognize the device and be
familiar with it before treatment. Before starting treatment, the VR headset was placed on
each patient's head, and the patient was asked whether the device caused pain or discomfort,
and the patient's consent was confirmed. In the APC group, each patient was informed about
the dental procedure and was provided with protective glasses. All patients were told that
they were wearing these glasses to ensure a pain- and stress-free treatment, and that the
dentist would devote additional attention to the treatment. This aimed to provide the patient
with feeling like being in an experimental session. The reason for choosing an APC group with
the routine protective glasses without distraction was to mitigate possible Hawthorne
effects.
Regardless of experimental group, in the first treatment session, the mandibular first
permanent molar tooth of each patient was restored with composite filling under local
anaesthesia, while the opposite symmetrical tooth was treated in the second session. The
duration of treatment in each session was noted and defined as the time from the subject sat
on the chair to occlusal adjustment of restoration. First, the teeth were cleaned using
fluoride-free prophylactic paste. The preparation was limited to removal of the caries,
followed by rounding of the inner line and point angles. Cavity preparation was performed
using an 80 µm grit diamond bur and completed using a 25 µm grit diamond bur (Intensiv,
Viganello-Lugano, Switzerland). Isolation and contamination were controlled with suction and
cotton rollers. In cases for which this was not sufficient, a rubber dam was used. Metal
matrix bands and wooden wedges were also used where necessary.
Statistical analyses were performed using SPSS version 22.0 (IBM Corporation, Armonk, NY,
USA). Descriptive analysis was used to summarize demographic characteristics and responses of
the participants on each scale. The chi-squared test was used to compare age and sex
differences at baseline. Repeated measures ANOVA was performed to analyse changes according
treatment group, dental visit sequence and time point of treatment procedure. Differences
with p < 0.05 were considered to be statistically significant.
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