About this trial
This study is a randomized clinical trial investigating the effectiveness of a Sensory Adapted Dental Environment (SADE) alone and together with a video-based modeling (VBM) component (VBM-SADE), compared to a regular dental environment (RDE) and/or VBM alone, to reduce anxiety, distress behavior, pain, and sensory discomfort during a dental cleaning in children with and without dental fear and anxiety.
Eligibility criteria
This trial accepts healthy volunteersQualifiers
Male or female, aged 6 through 12 years, of any race/ethnicity;
English- or Spanish-speaking child and parent;
Have experienced at least one prior dental cleaning;
If recruited from the emergency department, Emergency Severity Index (ESI) must be level V or IV (to ensure that greater severity PED patients not be recruited).
Disqualifiers
Dental cleaning within the previous 4 months (i.e., not in need of cleaning);
Plan to move out of the area within 6 months;
Intellectual or developmental disability (e.g. autism; highly co-morbid with sensory processing difficulties);
Disability that would interfere with oral care (e.g. cleft lip/palate, cerebral palsy, genetic/endocrine/metabolic dysfunction) or medical condition that would place the child at increased risk during the study (e.g., uncontrollable seizures);
Trial design
Crossover
Treatments tested in this trial
Sensory Adapted Dental Environment
Other interventionThe SADE condition consists of physical adaptations (visual, auditory, tactile modifications) to the dental environment meant to create a less anxiety-provoking sensory experience. Direct overhead fluorescent lighting and the regular dental overhead lamp will be turned off and darkening curtains will cover the windows. Adapted lighting will include slow moving visual color effects (Snoezelen) shining on the ceiling in the child's visual field. The dentist will wear a surgical dental headlamp directed into the patient's mouth, reducing bright lights shining in the child's eyes. Auditory stimuli will be calming rhythmic music (Dan Gibson's Exploring Nature) projected via portable speakers. The tactile deep pressure stimulus will be a commercially available weighted blanket (10-15% of the child's weight) placed on the child to provide deep "hugging" pressure, which produces a calming effect.
Video-based Modeling
Other interventionParticipants will watch an approximately 5-minute video depicting a dental cleaning being performed on a sex and age-matched cooperative child, designed to expose the participant to the activities of the dental cleaning and thereby create a less anxiety-provoking dental experience.
Treatment groups
Trial outcomes
Primary outcomes
Electrodermal Activity (EDA; Skin Conductance Level [SCL])
Electrodermal Activity (EDA; skin conductance level \[SCL\]) reflects the activation of the sympathetic 'fight or flight' nervous system and is well-documented to increase in stressful or painful situations. A BIOPAC MP160 System will be used to record the child's EDA. The child will relax in dental chair for three minutes in order to obtain a resting baseline EDA measurement, followed by EDA recording for the duration of the dental cleaning.
Electrodermal Activity (EDA; Non-specific Skin Conductance Responses [NS-SCR])
Electrodermal Activity (EDA; frequency of non-specific skin conductance responses \[NS-SCR\]) reflects the activation of the sympathetic 'fight or flight' nervous system and is well-documented to increase in stressful or painful situations. A BIOPAC MP160 System will be used to record the child's EDA. The child will relax in dental chair for three minutes in order to obtain a resting baseline EDA measurement, followed by EDA recording for the duration of the dental cleaning.
Frequency of Distress Behaviors
Frequency of distress behaviors will be scored from video-recordings of the dental cleanings. A trained research team member will assess the count of mouth movements, head movements, and verbal distress behaviors (whimper/cry/scream).
Duration of Distress Behaviors
Duration of distress behaviors will be scored from video-recordings of the dental cleanings. A trained research team member will assess the duration of verbal distress behaviors (whimper/cry/scream).
Secondary outcomes
Frankl Scale
The Frankl Scale is a reliable and valid dentist-report measure categorizing the child's (patient's) behavior during the dental encounter into 4 categories/levels of collaboration starting from rating 1 (definitely negative) to rating 4 (definitely positive). Higher scores indicate higher levels of cooperation during dental treatment.
Anxiety and Cooperation Scale
The Anxiety and Cooperation Scale is a reliable and valid dentist-report measure rating the child's (patient's) level of anxiety and cooperation using a 6-point numeric scale. Higher scores indicate higher levels of anxiety and lower levels of cooperation.
Wong Baker Faces Pain Scale
The Wong Baker Faces Pain Scale is a valid tool comprised of six faces to assess perception and intensity of pain. This is a self-report measure with scores ranging from 0-10. Higher scores indicate higher levels of pain.
Dental Sensory Sensitivity Scale
The Dental Sensory Sensitivity Scale is a self-report measure of the presence and magnitude of discomfort with different sensory stimuli in the environment with scores ranging from 0-12. Children rate 6 items on a 0-2 scale of how much the stimuli bothered them (not at all \[0\]; a little \[1\]; a lot \[2\]) after a dental encounter. Higher scores indicate greater sensory discomfort during routine dental treatment.
Other outcomes
Cleaning Duration
Overall duration of time required to complete dental cleaning (oral examination, prophylaxis, fluoride application); scored from video-recording.
Added Procedural Costs
Sum of costs due to required additional personnel, protective stabilization, pharmacologic intervention (sedation or general anesthesia).
Sponsors and contacts
Click on the lead sponsor to view all of their trials.
University of Southern California
Lead sponsor
Children's Hospital Los Angeles
Collaborator
National Institute of Dental and Craniofacial Research (NIDCR)
Collaborator