Aligning Biomedical Research With Neurodiversity to Support the Metabolic Health of Autistic Individuals
Emily Hotez, A. Janet Tomiyama

TL;DR
This paper discusses how to improve metabolic health research for autistic individuals by addressing barriers and using neuro-affirming approaches.
Contribution
The paper introduces a neuro-affirming paradigm and practical recommendations for metabolic health research in autism.
Findings
Autistic individuals face higher rates of metabolic health issues and reduced life expectancy.
Barriers include inaccessible research methods and lack of focus on mechanisms like chronic stress and weight stigma.
A neuro-affirming approach can lead to more rigorous and ethical research outcomes.
Abstract
Autistic individuals represent approximately 1 in 31 people in the United States and experience disproportionately high rates of obesity, type 2 diabetes, cardiovascular disease, and feeding and eating challenges, alongside reduced life expectancy. However, evidence‐based metabolic health interventions for autistic populations remain sparse. This Perspective synthesizes evidence on two interconnected barriers that limit metabolic health research in the autism field: (1) lack of accessible biomedical research methodologies and (2) insufficient attention to mechanisms underlying poor metabolic health in this population, including chronic stress and weight stigma. Drawing on principles from neurodiversity, Universal Design for Research, and the Academic Autism Spectrum Partnership in Research and Education (AASPIRE) guidelines, we outline a neuro‐affirming paradigm that can improve…
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Taxonomy
TopicsAutism Spectrum Disorder Research · Child Nutrition and Feeding Issues · Pancreatic function and diabetes
