01
Consumption
Agave fructans are incorporated into food and beverages as a source of soluble dietary fibre.
Health Solutions
THE SCIENTIFIC CONTEXT
A Closer Look at
the Gut Microbiome.
The human gastrointestinal tract contains a complex ecosystem of microorganisms that interact with dietary components, including certain fermentable fibres.
Organic agave fructans belong to the inulin-type fructan family. Their resistance to substantial digestion by human enzymes allows them to reach the large intestine, where microbial fermentation may occur.
The Gut Microbiome
IMAGE 02 — Digital digestive system illustration
MICROBIOME RESEARCH
Where Fibre Meets Microbial Science.
Microbial fermentation is an important process through which certain dietary carbohydrates are metabolised in the large intestine.
Researchers study the resulting microbial activity and fermentation products, including short-chain fatty acids, to better understand the relationship between diet and intestinal ecology.
THE FERMENTATION JOURNEY
From Dietary Fibre
to Microbial Fermentation.
The following sequence illustrates the general digestive pathway of fermentable inulin-type fructans. Fermentation patterns vary according to fructan composition and individual microbiota.
02
Digestive Passage
Fructans resist substantial digestion by human enzymes in the upper gastrointestinal tract.
03
Colonic Fermentation
Intestinal microorganisms may utilise fermentable carbohydrates through metabolic processes.
04
Metabolite Production
Fermentation can generate metabolites such as short-chain fatty acids, including acetate, propionate and butyrate.
SCIENTIFIC RESEARCH AREAS
Understanding the Wider
Research Landscape.
Dietary fibre and microbiome research encompasses several areas of scientific interest. These topics should not be interpreted as established clinical benefits of Olifructine™ without ingredient-specific evidence.
01
Digestive Function
Research on dietary fibre intake, intestinal fermentation and digestive function.
02
Gut Microbiome
Scientific investigation of the interaction between dietary substrates and intestinal microbial populations.
03
Satiety & Appetite
Research into fibre intake, appetite-related responses and mechanisms associated with satiety.
04
Metabolic Research
Research concerning glycaemic responses, lipid metabolism and fermentation-related pathways.
05
Emerging Research
Developing scientific topics including gut-brain communication, immune signalling and mineral bioavailability.
FROM SCIENCE TO INGREDIENTS
Olifructine™
Organic Agave Fructans.
Olifructine™ is an organic agave-derived ingredient containing soluble inulin-type fructans with a naturally branched structure.
It offers formulation opportunities for manufacturers seeking fibre enrichment and exploring prebiotic ingredient science.
EXPLORE OLIFRUCTINE™ →AGAVE FRUCTANS DISCOVERY CENTRE
Connecting Science
with Formulation.
Our technical team can assist with ingredient specifications, product development questions and information on organic agave fructans.
CONTACT OUR TECHNICAL TEAM →SCIENTIFIC EVIDENCE & RESOURCES
A Growing Scientific Library.
Future publications may include reviewed scientific references, technical reports, research summaries and formulation studies. Materials will be added as they become available and are approved.
Content intended for professional and scientific audiences. This page describes general areas of dietary fibre and microbiome research and does not establish clinical, disease-related or other regulated health claims for Olifructine™. Ingredient-specific evidence, study conditions and market regulations must be reviewed before making commercial health claims.