Dietary Fiber
Dietary fibre is increasingly recognised for metabolic and gut health with reformulation pressure on the food industry. The session covers soluble vs insoluble fibre distinctions, resistant starch types 1-5 and their fermentation profiles, beta-glucans in oats and barley for cholesterol reduction, prebiotic fibres (inulin, FOS, GOS, XOS), fermentation profiles and short-chain fatty acid production, and the food-industry reformulation toward higher-fibre products. Discussion addresses the fibre gap between recommendations and actual intake, fibre and GLP-1 satiety mechanisms, fibre fortification using novel sources (Hi-maize, NUTRIOSE), fibre in plant-based products, and the IBS and FODMAP considerations limiting fibre tolerability in specific populations.
- Soluble vs insoluble fibre
- Resistant starch types 1-5
- Beta-glucans
- Prebiotic fibres
- SCFA production
- Food fortification (Hi-maize, NUTRIOSE)
- Fibre and GLP-1
- FODMAP considerations
Explore the full GSFS 2027 program
- 01Food Safety & Microbiology
- 02Novel Protein Sources
- 03Functional Foods & Nutraceuticals
- 04Food Packaging & Shelf Life
- 05Sensory Science & Consumer Research
- 06Food Engineering & Processing
- 07Nutrition & Public Health
- 08Sustainable Food Systems
- 09Food Informatics & AI
- 10Cultivated Meat & Cellular Agriculture
- 11Precision Fermentation
- 12Allergen Management
- 13Food Fraud & Authenticity
- 14Plant-Based Nutrition
- 15Ultra-Processed Foods
- 16Climate-Smart Agriculture
- 17Food Allergies & Intolerances
- 18Postharvest & Cold Chain
- 19Dairy Innovation
- 20Beverage Science
- 21Bakery & Confectionery
- 22Meat & Poultry Science
- 23Aquaculture
- 24Insect Proteins
- 25Algae & Marine Foods
- 26Probiotics & Postbiotics
- 28Culinary Science
- 29Food Education
- 30Food Service Innovation
- 31Indigenous & Heritage Foods
- 32Spices & Bioactives
- 33Food Waste Reduction
- 34Pet Food Science
- 35Personalised Nutrition