Eagles Autism Foundation funds new research on use of nanotechnology to deliver gene-editing tools to the brain

A new research study at the Waisman Center has been funded by the Eagles Autism Foundation to develop a precise, safe, and broadly applicable method for correcting a single-gene mutation associated with symptoms of autism spectrum disorders including learning deficits, anxiety, depression, and reduced social interactions.

Friendship at the museum: How science helps kids make friends through play

Shutts uses what she learns in her research as a social scientist to influence how kids in the community learn through play at the museum. Her area of expertise is how children make sense of their social world, and how to help kids build their social skills. In an attempt to oversimplify her work, you could say she’s an expert in friendships.

Understanding why individuals with disabilities continue to be left out of health research

Individuals with disabilities face significant health disparities, yet remain underrepresented in health research. There is substantial evidence that individuals with intellectual and developmental disabilities are systematically excluded from health research, even when it involves a condition that disproportionately impacts them.

The newly funded Autism Research Consortium seeks to accelerate timely access to care for autistic individuals

Researchers at the Waisman Center’s University Center for Excellence in Developmental Disabilities (UCEDD) were recently awarded a grant from the Health Resources & Services Administration (HRSA) to support research to improve the health and well-being of children and youth with autism.

New research reinforces the link between a cellular quality control system and rare forms of autism

Just like a car factory relies on inspectors to ensure that every vehicle is built correctly, cells depend on internal quality control systems to keep proteins functioning as they should. New research from Waisman Center investigator Luigi Puglielli, MD, PhD, professor of medicine at the University of Wisconsin-Madison, reveals that disruptions in one such system—the endoplasmic reticulum’s acetylation pathway—can lead to rare forms of autism and progeria, offering fresh insights into the cellular roots of these complex conditions.