Research Suggests Link Between Brain Activity and Maintaining a Healthy Diet from word connection level 2501 Watch Video

⏲ Duration: 1:30
👁 View: 4.9M times
✓ Published: 23-Apr-2024

Description:
Research Suggests Link , Between Brain Activity and , Maintaining a Healthy Diet.<br/>Research Suggests Link , Between Brain Activity and , Maintaining a Healthy Diet.<br/>'Newsweek' reports that neuroscientists have <br/>discovered a link between an individual's <br/>dietary choices and specific brain activity patterns.<br/>According to scientists at Queen's University at Kingston, <br/>connections exist between body mass index (BMI) <br/>and certain brain states necessary to achieve goals. .<br/>The team looked at data from three MRI studies <br/>involving 123 participants making food choices <br/>under a number of different conditions.<br/>The team looked at data from three MRI studies <br/>involving 123 participants making food choices <br/>under a number of different conditions.<br/>Scientists compared the brain activity patterns from <br/>when participants chose food they normally eat, versus <br/>when they were instructed to focus on healthy foods.<br/>Scientists compared the brain activity patterns from <br/>when participants chose food they normally eat, versus <br/>when they were instructed to focus on healthy foods.<br/>Scientists compared the brain activity patterns from <br/>when participants chose food they normally eat, versus <br/>when they were instructed to focus on healthy foods.<br/>'Newsweek' reports that the results offer insight <br/>into how variables are integrated by the brain <br/>and how that impacts dietary control.<br/>The findings suggest that the number of <br/>large-scale brain pattern reconfigurations <br/>necessary to influence behavior may determine <br/>if people struggle to maintain dietary control. .<br/>The findings suggest that the number of <br/>large-scale brain pattern reconfigurations <br/>necessary to influence behavior may determine <br/>if people struggle to maintain dietary control. .<br/>The team's findings <br/>were published in <br/>the journal 'PNAS.' .<br/>Other recent studies have also identified <br/>specific areas of the brain that are <br/>associated with dietary regulation.<br/>Other recent studies have also identified <br/>specific areas of the brain that are <br/>associated with dietary regulation.<br/>A 2020 study published in 'Science Advances' <br/>details how the brain's ventral pallidum <br/>region is related to dietary preferences. .<br/>A 2020 study published in 'Science Advances' <br/>details how the brain's ventral pallidum <br/>region is related to dietary preferences. .<br/>Another study, published in the 'Journal of Neuroscience' <br/>in 2018, found that people with more grey matter <br/>volume made more disciplined food choices. .<br/>Another study, published in the 'Journal of Neuroscience' <br/>in 2018, found that people with more grey matter <br/>volume made more disciplined food choices.