Petrus J de Vries1. 1. Division of Child and Adolescent Psychiatry, University of Cape Town, Cape Town, South Africa.
Abstract
PURPOSE OF REVIEW: Most people with autism spectrum disorders (ASDs) live in low and middle-income countries, yet almost everything we know about ASD comes from high-income countries. Here we review recent research from Africa, with some references to research in other low-resource environments. We examine publications on screening and diagnosis, intervention, clinical presentation of ASD, cultural perspectives, and neuroscience and technology. RECENT FINDINGS: Open-access screening and diagnostic tools represent a positive, but nontrivial, future goal. Recent efforts at 'low intensity' community-based interventions are encouraging, but many significant scalability challenges remain. Proposals that ASD in Africa is more severe and overrepresented in high socioeconomic families are likely to be attributable to ascertainment biases and the absence of standardized phenotyping tools. Cultural perspectives and innovative use of technology and neuroscience have the potential to generate novel strategies of global relevance, but research priorities have to be determined by local needs. SUMMARY: To have a real impact on clinical services, training, and research in local communities, clinician-scientists should start by thinking globally. ASD research in Africa and other low-resource environments remains limited and of questionable quality and highlights the need to build high-quality research capacity in these low-resource environments.
PURPOSE OF REVIEW: Most people with autism spectrum disorders (ASDs) live in low and middle-income countries, yet almost everything we know about ASD comes from high-income countries. Here we review recent research from Africa, with some references to research in other low-resource environments. We examine publications on screening and diagnosis, intervention, clinical presentation of ASD, cultural perspectives, and neuroscience and technology. RECENT FINDINGS: Open-access screening and diagnostic tools represent a positive, but nontrivial, future goal. Recent efforts at 'low intensity' community-based interventions are encouraging, but many significant scalability challenges remain. Proposals that ASD in Africa is more severe and overrepresented in high socioeconomic families are likely to be attributable to ascertainment biases and the absence of standardized phenotyping tools. Cultural perspectives and innovative use of technology and neuroscience have the potential to generate novel strategies of global relevance, but research priorities have to be determined by local needs. SUMMARY: To have a real impact on clinical services, training, and research in local communities, clinician-scientists should start by thinking globally. ASD research in Africa and other low-resource environments remains limited and of questionable quality and highlights the need to build high-quality research capacity in these low-resource environments.
Authors: Natasha Malik-Soni; Andrew Shaker; Helen Luck; Anne E Mullin; Ryan E Wiley; M E Suzanne Lewis; Joaquin Fuentes; Thomas W Frazier Journal: Pediatr Res Date: 2021-03-25 Impact factor: 3.953
Authors: Chipo Belindah T Makombe; Nokuthula Shabalala; Marisa Viljoen; Noleen Seris; Petrus J de Vries; Lauren Franz Journal: Pediatr Med Date: 2019-08-08
Authors: Catherine Lord; Traolach S Brugha; Tony Charman; James Cusack; Guillaume Dumas; Thomas Frazier; Emily J H Jones; Rebecca M Jones; Andrew Pickles; Matthew W State; Julie Lounds Taylor; Jeremy Veenstra-VanderWeele Journal: Nat Rev Dis Primers Date: 2020-01-16 Impact factor: 52.329