| Autism and neural dynamic range: Insights into slower, more detailed processing by Hebrew University of Jerusalem A study appearing in Nature Neuroscience has linked distinct neural and behavioral characteristics in autism spectrum disorder (ASD) to a simple computational principle.
Centered on the “dynamic range” of neurons, which reflects how gradually or sharply they respond to input, the study suggests that individuals with autism spectrum disorder have an increased dynamic range in their neuronal response, resulting in a more detailed but slower response to changes. This research defies previous descriptions of ASD as a “broken cog in the machine” and provides a deeper, richer account of the computational basis of ASD. (…) By exploring this computational trade-off, the study not only introduces a new perspective on autism spectrum disorder but also suggests future directions for study. The researchers propose that examining this dynamic range at different developmental stages, or through animal models, could further clarify its impact on autism spectrum disorder-related behaviors. Fonte: Disponível em: https://medicalxpress.com/news/2024-11-autism-neural-dynamic-range-insights.html. Acesso em: 13 fev. 2025.
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Taking the text into account, analyze the following statements and the relationship between them.
I. Individuals with autism spectrum disorder have a more detailed but slower response to changes.
II. They present an increased dynamic range in their neuronal response, which allows for more accurate encoding of details but slower adaptation.
Considering the statements, choose the correct option.
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