Structured evidence table for Prebiotic Fiber Gut Microbiome Randomized Trial, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Prebiotic Fiber Gut Microbiome Randomized Trial | Diet with rich animal fats and processed sugars, coupled with low intakes of fruits, vegetables, and whole grains, substantially elevate CLD risk (). | 3 | Ray Suryapratap (2026) | Millet: a functional powerhouse against chronic lifestyle disease |
| Prebiotic Fiber Gut Microbiome Randomized Trial | Left section lists millet attributes such as low glycemic index, polyphenols, and prebiotics, highlighting their mechanisms including improved insulin sensitivity, cardiovascular health, healthy weight management, lower diabetes risk, and reduced inflammation. | 3 | Ray Suryapratap (2026) | Millet: a functional powerhouse against chronic lifestyle disease |
| Prebiotic Fiber Gut Microbiome Randomized Trial | Middle section illustrates health risks from insufficient millet intake, including iron-deficiency anemia, increased cardiovascular risk, digestive disorders, obesity, and neurodegenerative risk. | 3 | Ray Suryapratap (2026) | Millet: a functional powerhouse against chronic lifestyle disease |
| Prebiotic Fiber Gut Microbiome Randomized Trial | 1 2 3 Chronic lifestyle diseases (CLDs) are classes of non-communicable conditions like cardiovascular diseases, diabetes, and obesity which are driven by poor diet and low physical activity. | 3 | Ray Suryapratap (2026) | Millet: a functional powerhouse against chronic lifestyle disease |
| Prebiotic Fiber Gut Microbiome Randomized Trial | To address these knowledge gaps, we examined how interventions targeting fermentative output, such as antibiotic depletion, SCFA supplementation, and prebiotic enrichment, influence VWR acquisition and associated neuroendocrine responses. | 4 | Hutchinson Noah Thomas (2026) | Fermentation capacity of the gut microbiota influences exercise motivation and neuroendocrine integration |
| Prebiotic Fiber Gut Microbiome Randomized Trial | Using bioinformatic tools for functional metagenomic prediction alongside behavioral and physiological phenotyping, we demonstrate that predicted fermentative capacity of the microbiota is associated with exercise motivation. | 4 | Hutchinson Noah Thomas (2026) | Fermentation capacity of the gut microbiota influences exercise motivation and neuroendocrine integration |
| Prebiotic Fiber Gut Microbiome Randomized Trial | Finally, we demonstrate initial evidence of the microbiota’s role in neuroendocrine integration of metabolic signals during exercise. | 4 | Hutchinson Noah Thomas (2026) | Fermentation capacity of the gut microbiota influences exercise motivation and neuroendocrine integration |
| Prebiotic Fiber Gut Microbiome Randomized Trial | 1 – 6 7 8 9 10 11 The physical inactivity of over 50% of adults worldwide is responsible for an estimated $53.8 billion in healthcare expenditure and roughly 9% of premature mortality, and current interventions fail to induce motivation to exercise (). | 4 | Hutchinson Noah Thomas (2026) | Fermentation capacity of the gut microbiota influences exercise motivation and neuroendocrine integration |
Source documents