Popular snack may help support brain health in older adults, new study finds
"What we're still trying to understand is whether improving insulin signaling specifically within the brain can help prevent or delay AD." The study found that daily consumption of about 60 grams of unsalted, skin-roasted peanuts for 16 weeks may benefit brain insulin responsiveness in older adults.
Key points
- Consuming unsalted, skin-roasted peanuts every day positively affected insulin responsiveness in memory-related brain regions in older adults, the study found.
- "This is an interesting study because we're increasingly recognizing that insulin plays an important role in brain health, not just blood sugar regulation," Kellyann Niotis, a New York-based preventive neurologist, told Fox News Digital.
- "Insulin has important functions in the brain, including supporting communication between brain cells and the processes involved in learning and memory." The study involved 31 healthy adults between the ages of 60 and 75 who ate 60 grams, or around two servings, of peanuts daily for 16 weeks.
An unsuspecting snack could help support brain health in older adults, new research suggests.
Additional details
- The study involved just 31 healthy older adults, and researchers did not determine whether the changes could prevent cognitive decline or Alzheimer's disease.
- A small study by researchers at Maastricht University Medical Center in the Netherlands, published in the journal Food & Function in September, found that eating peanuts regularly may improve how the brain's memory-related regions respond to insulin.
- Using MRI scans to measure various aspects of brain health, the researchers discovered that eating peanuts every day for 16 weeks led to an approximately 4% increase in overall blood flow in the brain.
- CLICK HERE FOR MORE LIFESTYLE NEWS "We know that insulin resistance and metabolic dysfunction are associated with an increased risk of cognitive decline and Alzheimer's disease," Niotis said.
- Researchers also observed improved insulin responsiveness in memory-related brain regions, including the hippocampus.
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