Category: Brain Imaging

UW effort to map Down syndrome brain raises prospect of treatment for disorder

In a lab near UW Hospital, Megan Jandy grows stem cells from people with Down syndrome — 10 batches of cells, most in three-dimensional clusters, each batch featuring one group with the extra chromosome that causes the disorder and one group without it.

The beginnings and evolution of brain imaging at the Waisman Center

The development of brain imaging techniques has helped us understand emotion, intellectual and developmental disabilities, and neurodegenerative diseases in ways we could not before.

Sensory responses in autistic children are linked to a small under-explored region tucked deep down in the brain called the brainstem

The same external sensory stimulus – a flashing light, a hug, or hearing one’s name – can provoke a different reaction in every person.

Waisman investigators receive grant to improve brain imaging in young children

A team of investigators at the Waisman Center was recently awarded a $2.5 million grant from the Eunice Kennedy Shriver National Institute of Child Health and Human Development at the National Institutes of Health to both improve brain imaging techniques for infants and build a quantitative atlas of typical early brain development.

Study shows differences between brains of primates — humans, apes and monkeys — are small but significant

While the physical differences between humans and non-human primates are quite distinct, a new study reveals their brains may be remarkably similar. And yet, the smallest changes may make big differences in developmental and psychiatric disorders.

Understanding recovery and development in children

Early interventions in children with cerebral palsy can be pivotal to improving motor and cognitive outcomes. The focus of this study is to longitudinally assess, over the first two years of life, the recovery and development of the infant brain after early stroke or brain bleed.

Videojuego enseña balance, reduce síntomas en adolescentes autistas

Si bien el entrenamiento de balance puede no parecer divertido para la mayoría de los adolescentes, los videojuegos generalmente sí lo son.

Video games teach balance, reduce symptoms in autistic adolescents

While balance training may not necessarily sound fun to most adolescents, video games typically do. And for adolescents with autism spectrum disorder, video games that improve their balance by teaching them yoga and tai chi poses also improves their posture, reduces the severity of their autism symptoms and influences the structure of their brains.

UW-Madison es clave en estudio emblemático enfocado en el desarrollo del cerebro infantil y el impacto del abuso de substancias y el estrés en niños e infantes

La Universidad de Wisconsin-Madison (UW-Madison) será una de las 25 instituciones que estudiarán el desarrollo temprano del cerebro y comportamiento, y el impacto de la exposición temprana a substancias – como opioides – y estresores sociales en niños e infantes. Esta nueva iniciativa, Cerebro y Desarrollo Infantil Saludable (HBCD, en inglés), es liderada por los Institutos Nacionales de Salud (NIH, en inglés) y el Helping to End Addiction Long-termSM Initiative of the National Institutes of Health (NIH HEAL InitiativeSM).

Genetics has a higher influence on brain microstructure development than the environment

Brain structure isn’t always the first thing that comes to mind when we think about what we inherited from our biological parents or share with our siblings. We mostly think about facial features, hair color, and even personality.