Illustration of a study participant with brain scans and gut bacteria visuals related to intermittent fasting research.
Illustration of a study participant with brain scans and gut bacteria visuals related to intermittent fasting research.
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Intermittent energy restriction tied to shifts in brain activity and gut microbiome, small study suggests

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A small 2023 study of adults with obesity in China found that an intermittent energy restriction program was associated with weight loss and changes in gut bacteria alongside altered activity in brain regions linked to appetite, cravings and self-control.

Researchers in China followed 25 adults with obesity through a two-part intermittent energy restriction (IER) program designed to reduce energy intake on alternating days.

The intervention began with a 32-day “high-controlled fasting phase,” during which participants received dietitian-designed meals and had their calorie intake reduced stepwise to about one-quarter of their basic energy needs. It was followed by a 30-day “low-controlled fasting phase,” in which participants were given a recommended food list rather than prepared meals; full adherence to the plan would amount to about 500 calories per day for women and 600 calories per day for men.

By the end of the intervention, participants had lost an average of 7.6 kilograms—about 7.8% of their starting body weight. The researchers also reported improvements in several metabolic measures, including reductions in blood pressure, fasting plasma glucose and cholesterol measures.

Brain scans in the study showed changes in activity in regions the researchers linked to appetite, cravings and self-control, while stool testing indicated shifts in gut bacteria. The findings point to a possible connection between changes in the gut microbiome and brain activity during weight loss, though the study was small and cannot establish cause and effect.

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Recent X posts about the ScienceDaily article on the 2023 China study note coordinated changes in gut microbiome and brain regions tied to appetite and self-control during intermittent energy restriction, leading to weight loss; reactions are mostly neutral-positive, emphasizing the brain-gut axis, with one user highlighting the need for larger trials due to small sample size.

관련 기사

Illustration of a lab mouse showing brain changes from childhood junk food diet, with helpful bacteria depicted.
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Childhood junk food may leave lasting changes in brain circuits that guide eating, mouse study suggests

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Researchers at APC Microbiome Ireland at University College Cork report that early-life exposure to a high-fat, high-sugar diet altered feeding behavior and appetite-related brain pathways in mice into adulthood, even after the animals returned to a standard diet and normal body weight. The team also found that a specific Bifidobacterium strain and a prebiotic fiber mix helped mitigate some of these long-term effects.

New research links chronic stress combined with late-night eating to increased risks of constipation, diarrhea, and reduced gut microbiome diversity. Scientists analyzed data from over 11,000 participants in a national survey. The findings are set to be presented at Digestive Disease Week on May 4.

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A ketogenic diet helped three in four participants with anorexia nervosa drop below the diagnostic threshold in a small supervised study. Researchers monitored 22 women over 14 weeks at the University of California, San Diego. The findings suggest the approach may ease compulsive food restriction when combined with professional support.

An international meta-analysis slated for presentation at the European Congress on Obesity (ECO 2026) in Istanbul, Turkey (May 12–15) suggests that people who increase their walking to roughly 8,500 steps a day during a weight-loss program and sustain similar levels afterward may be less likely to regain weight.

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Gut bacteria that recycle oestrogens back into the bloodstream are far more abundant in people from industrialised societies than in hunter-gatherers and rural farmers, according to a new study. Researchers found up to seven times greater recycling capacity in urban populations. The findings raise questions about potential health impacts from elevated hormone levels.

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