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Breaking barriers: fostering equitable access to pediatric genomics through innovative care models and technologies
Sabrina Malone Jenkins1, Rachel Palmquist2, Brian J Shayota3
1Division of Neonatology, Department of Pediatrics, University of Utah School of Medicine, Salt Lake City, UT, USA. Sabrina.malonejenkins@hsc.utah.edu.
Insights
Genomic medicine integration in pediatrics faces barriers, especially in underserved areas. Addressing these challenges through innovative models and technology can improve access to timely genetic diagnosis and treatment for all children.
Area of Science:
- Pediatric Genomic Medicine
- Healthcare Disparities
- Implementation Science
Background:
- Genomic medicine offers significant clinical utility in pediatrics.
- Access to genomic services is inequitable, particularly for socioeconomically challenged and rural populations.
- Healthcare disparities impede timely diagnosis and treatment in pediatric genomic care.
Purpose of the Study:
- To review barriers to genomic medicine integration in pediatric care.
- To examine innovative care models and technologies for implementation.
- To address disparities in genomic healthcare for underserved pediatric populations.
Main Methods:
- Comprehensive literature review.
- Analysis of barriers (external and internal factors, social determinants).
- Exploration of dissemination and implementation strategies.
Main Results:
- Barriers to genomic medicine access are multifaceted, affecting diagnosis and treatment.
- Telegenetic services, alternative care models, and provider education are potential solutions.
- Improving access enhances availability of crucial therapeutic interventions.
Conclusions:
- Bridging the gap in pediatric genomic healthcare requires innovative approaches.
- Addressing implementation challenges is key to mitigating disparities.
- Equitable access to genomic medicine is essential for all pediatric patients.
Abstract:
The integration of genomic medicine into pediatric clinical practice is a critical need that remains largely unmet, especially in socioeconomically challenged and rural areas where healthcare disparities are most pronounced. This review seeks to summarize the barriers responsible for delayed diagnosis and treatment, and examines diverse care models, technological innovations, and strategies for dissemination and implementation aimed at addressing the evolving genomic needs of pediatric populations. Through a comprehensive review of the literature, we explore proposed methodologies to bridge this gap in pediatric healthcare, with a specific emphasis on understanding and speeding implementation approaches and technologies to mitigate disparities in underserved populations, including rural and marginalized communities. There are both external and internal factors to consider in demographic and social determinants when evaluating patient access. To address these barriers, potential solutions include telegenetic services, alternative care delivery models, pediatric subspecialist expansion, and non-genetic provider education. By improving access to pediatric genomic services, therapeutic interventions will also be more available to all pediatric patients. IMPACT STATEMENT: Genomic testing has clinical utility in pediatric populations but access for people from diverse demographic and social-economic groups is problematic. Understanding barriers responsible for delayed genetic diagnosis and treatment in pediatric populations will improve reach, adoption, implementation, and maintenance of genomic medicine in pediatric healthcare context. Innovative care models, adaptation of appropriate technologies, and strategies aimed at addressing pediatric genomic needs are needed.
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