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BrainsWay’s* treatment offers an effective*, safe and non-invasive treatment that uses Deep Transcranial Magnetic Stimulation (Deep TMS™) to treat autism. The treatment performs magnetic stimulation of brain structures and networks related to autism, and brings significant improvement to patients.
Participants ABIDE discovery cohort. We included the rsfMRI and phenotypic data of both Autism Brain Imaging Data Exchange (ABIDE) -I (N = 1112, 539 ASD and 573 TD) and ABIDE-II (N = 1044, 487 ASD ...
Autism affects the integration of diverse neural information and is characterized by rigidity in global brain dynamics. Prior research (e.g., Watanabe et al., 2019) finds that people with autism ...
MINNEAPOLIS/ST. PAUL (06/13/2025) — New research from the University of Minnesota Medical School suggests that different genetic forms of autism may lead to similar patterns in brain activity and behavior. The findings were recently published in Nature Neuroscience.. Using brain-recording technology, the research team observed neurons across the entire brain to explore whether different ...
Now, a new study has uncovered a molecular difference in the brains of autistic people that is linked to the central features associated with the condition. It is the first time that synaptic density has been measured in living people with autism.
Despite considerable research efforts, mechanisms of autism remain incompletely understood. Key challenges in conceptualizing and managing autism include its diverse behavioral and cognitive phenotypes, a lack of reliable biomarkers, and the absence of a framework for integration. This review proposes that alterations in sensory-transmodal brain hierarchy are a system-level mechanism of ...
Explore the unique neurological differences in autism, brain structure, and the importance of embracing neurodiversity for support and understanding.
Autistic people have distinct patterns of brain development, which sometimes result in differences in brain structure. Here’s what we know about those differences. Autism is a neurodevelopmental condition.
Research has linked ASD and changes in the relative abundance of gut microbes and some of their metabolites. In addition, mouse studies have tied gut microbial metabolites to behaviors seen in people with autism. But this was the first comprehensive assessment of alterations in the brain-gut microbiome system in patients with ASD, says Dr. Mayer.
It is crucial to gain a deeper understanding of the brain processes involved in autism. One important way to achieve this is through postmortem brain research that is made possible through the donation of brain tissue for scientific study.