Regulatory Update: Technology Based Distraction Tools for Pediatric ADHD in Dental Pain Care Completes Trial

A completed trial examines VR glasses and white noise as distraction aids for children with ADHD during dental pain management.

A clinical trial conducted with Alexandria University has completed evaluation of technology driven distraction strategies for managing dental pain in children with attention deficit hyperactivity disorder. The study lists virtual reality glasses, white noise, and basic behavior management techniques as behavioral interventions evaluated during dental visits. The sponsor is Alexandria University, and the trial is listed as completed in ClinicalTrials.gov. The record includes a link to the ClinicalTrials.gov page for further details.

Clinicians and researchers may use this record to gauge interest in device guided distraction during pediatric dental care. The information signals that technology aided approaches may be explored in practice settings, possibly guiding future research in this niche. A link to the ClinicalTrials.gov page is provided for reference.

What changed for care with distraction technology?

The record confirms a completed trial that lists the interventions and sponsor. It signals interest in including device guided distraction during dental visits for children with attention deficit hyperactivity disorder. This documentation may influence how clinicians discuss distraction tools with families and how regulatory bodies view device based behavioral aids during procedures.

The presence of a device option such as virtual reality glasses alongside non device methods raises questions about safety and feasibility in real world dental settings. Stakeholders should monitor future publications for outcomes and any safety data that would support broader use.

What interventions were evaluated?

Virtual reality glasses

The record lists virtual reality glasses under the intervention category. It describes this as a device based distraction approach used during dental care to engage a patient while a procedure is performed.

White noise

White noise is noted as a behavioral technique. The record does not provide detail on the sound profile or how it was applied during care.

Basic behavior management techniques

The trial also included standard behavior management practices used in pediatric dentistry as part of the evaluation. No outcome data is provided in the source text.

Who sponsored the study and what is its status?

The trial is sponsored by Alexandria University. The status is listed as completed in the source text. The record does not include published outcomes or explicit regulatory conclusions in the excerpt.

What are the implications for practice and future research?

The available record supports continued exploration of technology assisted distraction in dental care for children who have attention deficit hyperactivity disorder. Practitioners should await peer reviewed results before making changes to standard practice. Researchers may pursue publication of outcomes and safety data to inform regulatory decisions and device related claims.

Frequently asked questions

  1. 1. What is the focus of the study?

    The focus is distraction methods to manage dental pain in children with ADHD.

  2. 2. Which interventions were tested?

    Virtual reality glasses, white noise, and basic behavior management techniques were tested as part of the trial.

  3. 3. Who sponsored the study?

    Alexandria University sponsored the study.

Conclusion and next steps

The trial record confirms the use of distraction based strategies in a pediatric dental context with ADHD. The lack of published outcome data in the source means regulators and clinicians should await full results before applying any claims to device use.

Disclaimer: This information is for professionals and not legal advice. It does not replace regulatory guidance or the trial documentation. Always refer to the primary source for formal conclusions.

For full information about the announcement, see the link below.

https://clinicaltrials.gov/study/NCT07411157?term=medical+device