fMRI tagged posts

“We’re facing a tremendous epidemic with teen anxiety and depression, and we wanted to find an early marker that predicted the development of anxiety, depression and attentional symptoms,” said the study’s lead author, Susan Whitfield-Gabrieli. She’s a professor of psychology and director of the Northeastern University Biomedical Imaging Center, in Boston.

In a small sample of less than 100 children without known mental health concerns, the research team found that connections in certain areas of the brain seen at age 7 could help predict mental health concerns that developed four years later.

“The study could have great clinical implications,” Whitfield-Gabrieli said...

Cutter Lindbergh, left, a doctoral candidate in the psychology department, and Stephen Miller, director of the Bio-Imaging Research Center, used fMRI technology to see how different levels of carotenoids, chemical compounds derived from fruits and vegetables, affected brain functioning in older adults. Credit: UGA

The same compounds that give plants and vegetables their vibrant colors might be able to bolster brain functioning in older adults, according to a recent study from University of Georgia. The research is the first to use fMRI technology to investigate how levels of those compounds affect brain activity and showed that study participants with lower levels had to rely on more brain power to complete memory-oriented tasks...

The fMRI activity of a person with Parkinson’s disease is shown at baseline and one year later. The areas of high activity (orange) become areas of low activity (blue) in the second scan, showing progressive deterioration. Credit: Courtesy of David Vaillancourt

A new, non-invasive way to track the progression of Parkinson’s disease could help evaluate experimental treatments to slow or stop the disease’s progression. University of Florida researchers used fMRI to reveal areas where Parkinson’s disease and related conditions cause progressive decline in brain activity. While current treatments focus on controlling symptoms, biomarkers provide a quantifiable way to measure how medications address not just symptoms, but the neurological changes behind them.

Previous studies have used imagin...

As shown in this functional MRI image, the amygdala, a part of the brain involved in processing emotions, is more active in people who are blaming others for their negative actions. Credit: Lawrence Ngo

Judgment hinges on whether action was intentional or unintentional. We constantly read others’ intentions in what they do, especially political candidates. The Duke study is “the first to use neuroscience research tools to try to explain why people are biased toward treating negative actions as intentional but positive actions as unintentional,” said Lawrence Ngo.

Take this scenario commonly used in the field of experimental philosophy: The CEO knew the plan would harm the environment, but he did not care at all about the effect the plan would have on the environment...