Telehealth Implementation of Culturally Tailored Prevent-Teach-Reinforce for Chinese American Families with Young Children on the Autism Spectrum - Report - MDSpire
Advertisement
Telehealth Implementation of Culturally Tailored Prevent-Teach-Reinforce for Chinese American Families with Young Children on the Autism Spectrum
Telehealth Implementation of Culturally Tailored Prevent-Teach-Reinforce
Overview
This study evaluates the efficacy of a culturally adapted telehealth version of Prevent-Teach-Reinforce for Families (PTR-F) for Chinese American families with young autistic children. Results indicate significant improvements in behavior support plan implementation and parent satisfaction, highlighting the potential of culturally tailored interventions in addressing autism-related challenges in underserved populations.
Background
Incorporate statistics on the representation of Chinese American families in autism studies.
Data Highlights
Measure
Results
BSP Implementation Fidelity
All mothers reached at least 80% fidelity
Child Challenging Behavior
Decreased for 2 of 6 dyads
Parent Satisfaction
High social validity reported
Key Findings
The culturally adapted PTR-F intervention led to increased BSP strategy use among all participating mothers.
All mothers achieved at least 80% fidelity in implementing the strategies post-intervention.
Two dyads showed a clear reduction in child challenging behavior linked to increased parent strategy use.
High levels of parent satisfaction with the intervention's goals and procedures were reported.
The telepractice model was well-accepted by participants, indicating feasibility for broader implementation.
Clinical Implications
Discuss how telehealth can specifically overcome barriers for underserved families.
Conclusion
The study underscores the importance of culturally adapted, family-centered interventions delivered via telehealth to effectively address challenging behaviors in autistic children. These findings support the need for equitable access to autism services across diverse communities.