Skip to Content Skip to Content

Neuroscience

How to foster supported decision making for adults with cognitive impairment
Elderly hands sewing with a needle and thread at a table with sewing supplies, a younger pair of hands assists at the side.

The paper proposes a three-step model for implementation of supported decision making—identifying the areas of life that need support, identifying the kinds of support needed or wanted, and establishing a formal agreement between the parties involved.

How to foster supported decision making for adults with cognitive impairment

Supported decision making helps medical professionals identify what people living with dementia can do, not what they can’t.

From Penn Memory Center

Risk-taking behavior has a signature in the brain, big data shows
young person with beard lights a cigarette

Risk-taking behavior has a signature in the brain, big data shows

While there is no such thing as a single “risk area” of the brain, a study of 12,000 people led by the Wharton School’s Gideon Nave found a connection between genes, lower levels of gray matter, and risky behavior.

Katherine Unger Baillie

Scientists identify the region of the brain associated with risk-taking—and it could explain why some people are more likely to smoke and drink

Scientists identify the region of the brain associated with risk-taking—and it could explain why some people are more likely to smoke and drink

Gideon Nave of the Wharton School spoke about research he co-authored, which identified areas of the brain linked with risk-taking. “We find that we don’t have only one brain region that is the ‘risk area,’” he said. “There are a lot of regions involved.”

Wharton School Press launches new virtual Meet the Authors series
picture of author with booksleeve

Wharton School Press launches new virtual Meet the Authors series

Wharton School Press launches new virtual Meet the Authors series. The LinkedIn Live event series will feature leading Wharton faculty and other Wharton School Press authors in lively, fast-moving conversations about their books.

Dee Patel

Organoids to rebuild the brain
Microscopic view of a brain organoid.

A brain organoid derived from human induced pluripotent stem cells that displays nuclei of cells (blue) and layers of cerebral cortex (red and green). (Image: Penn Medicine News)

Organoids to rebuild the brain

Penn neuroscientists are developing innovative ways to treat neurological diseases, including implanting neural tissue like a brain organoid to rebuild brain circuitry.
A modified game of ‘chicken’ reveals what happens in the brain during decision-making
A person in a suit and button-down shirt sitting on a stairwell landing, smiling. The intricate white stairwell and a brick wall behind it are to the person's right.

Penn Integrates Knowledge professor Michael Platt holds appointments in the Department of Psychology in the School of Arts & Sciences, the Department of Neuroscience in the Perelman School of Medicine, and the Marketing Department in the Wharton School.

A modified game of ‘chicken’ reveals what happens in the brain during decision-making

Research from the Platt Labs found that in rhesus macaques, two regions of the brain mirror those of similar regions in humans, broadening the understanding of what unfolds, neurologically, when people interact and cooperate.

Michele W. Berger