Rice Bran Gut Health Randomized Trial Evidence Table

Structured evidence table for Rice Bran Gut Health Randomized Trial, generated from 1 reusable source document in the Migaku knowledge base.

topicclaimevidence levelcitationsource
Rice Bran Gut Health Randomized TrialDietary fibre improves metabolic health, yet comparative evidence across different fibre sources remains unclear.1Isyrofi AN (2026)Clinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
Rice Bran Gut Health Randomized TrialOat β-glucan consistently improved postprandial glucose, insulin AUC, and LDL-C, with modest effects on waist circumference and blood pressure.1Isyrofi AN (2026)Clinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
Rice Bran Gut Health Randomized TrialRice bran improved blood lipids consistently, while glycaemic effects were mixed .1Isyrofi AN (2026)Clinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
Rice Bran Gut Health Randomized TrialThis systematic review evaluates metabolic effects of oat β-glucan, rice bran, and unripe banana flour in adults, assessing glycaemic, lipid, and mechanistic effects, synthesising their physiological pathways across distinct fibre types (viscosity-driven, phytochemical-mediated, and resistant starch fermentation mechanisms).1Isyrofi AN (2026)Clinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
topicRice Bran Gut Health Randomized Trial
claimDietary fibre improves metabolic health, yet comparative evidence across different fibre sources remains unclear.
evidence level1
citationIsyrofi AN (2026)
sourceClinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
topicRice Bran Gut Health Randomized Trial
claimOat β-glucan consistently improved postprandial glucose, insulin AUC, and LDL-C, with modest effects on waist circumference and blood pressure.
evidence level1
citationIsyrofi AN (2026)
sourceClinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
topicRice Bran Gut Health Randomized Trial
claimRice bran improved blood lipids consistently, while glycaemic effects were mixed .
evidence level1
citationIsyrofi AN (2026)
sourceClinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.
topicRice Bran Gut Health Randomized Trial
claimThis systematic review evaluates metabolic effects of oat β-glucan, rice bran, and unripe banana flour in adults, assessing glycaemic, lipid, and mechanistic effects, synthesising their physiological pathways across distinct fibre types (viscosity-driven, phytochemical-mediated, and resistant starch fermentation mechanisms).
evidence level1
citationIsyrofi AN (2026)
sourceClinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.

Source documents

  1. Clinical and mechanistic evidence on metabolic effects of oat β-glucan, rice bran, and unripe banana flour: a systematic review with mechanism-informed synthesis.