Publication date: Feb 11, 2025
Current autism assessment procedures are costly and resource-intensive. The COVID-19 pandemic accelerated the adoption of telemedicine, highlighting the benefits of innovative diagnostic tools. Telemedicine-based pathways could enhance accessibility and equity in autism diagnostics. The Children with Autism Technology Enabled Assessment (CHATA) project aims to develop and pilot an open-source autism diagnostic pathway for children up to 5 years old, delivered through telemedicine. The pathway is designed to be culturally and linguistically adaptable, increasing its applicability to diverse populations and integrating with existing National Health Service digital systems. Initial pathway development was informed by systematic evidence reviews, coproduction, and mixed methods usability. CHATA comprises 2 key elements: online self-completed standardized autism questionnaires and a structured online interview and observation by a trained clinician. Out of 60 families near the top of the local waiting list will be invited to participate in the pilot evaluation, assessed using both the CHATA and usual assessment pathways. Sensitivity and specificity will be calculated by comparing the diagnosis of autism through CHATA with usual care. Quantitative usability assessment will be gathered from all families using the System Usability Scale (where a mean above 68 indicates above-average usability). A subset of CHATA assessments will be reviewed for interrater reliability (measured by the Cohen _705 for categorical data [diagnosis present or absent], with values indicating the level of agreement; eg,
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Semantics
Type | Source | Name |
---|---|---|
disease | MESH | Autism |
disease | MESH | COVID-19 pandemic |
disease | IDO | intervention |
disease | MESH | Autism spectrum disorder |
disease | IDO | history |
disease | MESH | Social Communication Disorders |
disease | IDO | blood |
disease | IDO | process |
disease | MESH | Adverse Childhood Experiences |
disease | MESH | privacy |
drug | DRUGBANK | Trestolone |
disease | IDO | symptom |
pathway | REACTOME | Reproduction |