Autistic brains exhibit structural and functional differences compared to non-autistic brains
Neuroimaging research consistently demonstrates that autistic brains exhibit distinct structural and functional differences, including alterations in gray matter, white matter, and neural network connectivity compared to non-autistic brains.
Both retrieved papers provide empirical neuroimaging evidence supporting the claim that autistic brains exhibit structural and functional differences, such as alterations in gray matter, white matter, and network connectivity. There are no contradicting papers in the set.
Mahie Patil, Nofel Iftikhar, Latha Ganti. Neuroimaging Insights into Autism Spectrum Disorder: Structural and Functional Brain. 2024. https://doi.org/10.52965/001c.123439
This review uses structural and functional MRI to show that autistic individuals exhibit differences in gray matter, white matter, and functional network connectivity.
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John P. II Hegarty. Network coherence in autism spectrum disorder : a multimodal neuroimaging study of functional connectivity and spectroscopy MRI. https://doi.org/10.32469/10355/50148
This multimodal neuroimaging study demonstrates that individuals with autism spectrum disorder exhibit disrupted structural and functional connectivity across fronto-parietal, cerebellar, and neocortical pathways.
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