A Golden Cereal with Value Beyond Colour
Taste · Nutrition · Research · Resilient Farming
Tritordeum brings together distinctive sensory quality, nutritional interest, scientific research and crop diversification opportunities in a cereal developed for modern food, malt and agricultural value chains.
Sensory
Golden colour and recognisable flavour profile.
Nutrition
Protein, fibre and naturally occurring carotenoids.
Research
Composition and tolerability investigations.
Farming
Adaptation and cereal crop diversity.
Tritordeum is not simply a substitute for wheat or barley. It offers DIFFERENTIATION from field to finished product through colour, flavour, composition and diversified applications.
Its value is expressed through products consumers can see and taste, while its scientific and agronomic development supports credible communication for food, malt and farming value chains.
Three Immediate Reasons to Notice Tritordeum
The cereal combines an identifiable sensory signature, a distinctive grain composition and an agronomic development route designed for differentiated cereal systems.
A Rich Taste Profile
Mild cereal sweetness with possible biscuit, honey, malt, dairy and nutty notes depending on the application.
Explore Taste →
Distinctive Composition
Analytical studies report relevant fibre, protein and naturally occurring carotenoids such as lutein.
Explore Nutrition →
Crop Diversity
Tritordeum provides farmers and partners with an additional cereal option for differentiated and diversified value chains.
Explore Farming →Why Tritordeum Matters
Tritordeum connects sensory differentiation, composition, research and agronomic opportunity within one crop identity.
Colour & Taste
Its natural golden colour and mild cereal character support recognisable breads, beers and pasta products.
Discover Sensory Quality →Composition
Published and analytical data examine fibre, protein, minerals, fatty acids and carotenoid content.
Discover Composition →Digestibility
Tritordeum has been studied for its gluten-protein profile and tolerability-related outcomes in specific populations.
Discover Evidence →Resilience
Research explores drought, heat, disease, salinity, nutrient use, soil interactions and crop diversity.
Discover Agronomy →A Cereal Designed to Be Recognised
Depending on flour type, malt, recipe and process, Tritordeum can express mild cereal sweetness together with bakery, biscuit, honey, nutty and malted-grain notes.
Sensory descriptors vary according to flour, malt, fermentation, recipe and processing conditions.
Colour, Sweetness and Cereal Character
Tritordeum supports differentiated food and malt products where appearance and flavour are part of the product experience: artisan breads, fermented doughs, speciality beers and golden pasta.
Sourdough Bread
A golden crumb and mild cereal identity suited to artisan fermentation and bakery differentiation.
Explore Sourdough →
Craft Beer
Tritordeum malt offers brewers a cereal route for malty, honeyed and toasted sensory expression.
Explore Brewing →
Golden Pasta
Semolina applications connect golden colour with cereal aroma and distinctive product identity.
Explore Pasta →Composition with Product Relevance
Tritordeum composition varies with variety, growing conditions, milling fraction and final formulation. Any permitted nutrition claim should be confirmed analytically for the marketed product.
Lutein Compared with Wheat
Comparative Tritordeum data report higher lutein levels than common wheat references.
High-Fibre Potential
Reported flour values can reach the EU threshold for a “high fibre” claim, subject to product analysis.
Reported in Refined Flour
Reported protein ranges support research in bakery and pasta ingredient applications.
Mineral Composition
Existing Tritordeum material reports magnesium and iron values, which depend on flour type and product specification.
Reported Oleic Acid Comparison
Comparative data communicated for Tritordeum report higher oleic-acid content than wheat references.
Lower ELISA G12 Signal
The published comparison chart reports lower ELISA G12 measurements in Tritordeum flour and processed products.
Understanding Gluten Composition and Tolerability
Tritordeum contains gluten and is not suitable for people with coeliac disease. Research has investigated its gluten composition and tolerability-related outcomes in defined non-coeliac study settings.
Gluten Proteins
Gluten proteins comprise gliadins and glutenins, with gliadins including alpha, omega and gamma groups.
Measurement Routes
Glutomatic, HPLC and ELISA methods assess distinct functional or compositional aspects of gluten.
Wheat-Related Disorders
Coeliac disease, wheat allergy and non-coeliac gluten sensitivity are distinct conditions requiring appropriate guidance.
Lower ELISA G12 Measurements in Comparative Products
The chart communicated on the existing page reports lower ELISA G12 reactive-gluten measurements for Tritordeum than wheat in flour, sourdough and bread samples.
These comparative measurements do not make Tritordeum gluten-free and do not establish universal tolerability.
Download Digestibility DossierDiversity and Resilience for Cereal Systems
Tritordeum research addresses crop performance under Mediterranean and stress-prone conditions, including heat, drought, disease, nutrient management, salinity and rhizosphere interactions.
Heat & Drought
Research evaluates Tritordeum performance in water-limited and Mediterranean-type growing conditions.
Disease Response
Tritordeum has been screened in research addressing cereal diseases including septoria-related pathogens.
Nitrogen Efficiency
Scientific work has examined nitrate uptake and reduction in Tritordeum relative to durum wheat.
Salinity Response
Comparative research has examined biomass and ion-management responses under reproductive-stage salinity and water stress.
Rhizosphere Research
Organic-management studies have investigated Tritordeum rhizosphere microbiome and grain-quality traits.
New Rotation Options
Tritordeum provides farmers with an additional cereal option for diversified rotations and specialised value chains.
A Crop for Differentiated Production
- Evaluated under drought, heat and salinity stress.
- Studied for disease response and nutrient use.
- Supports crop diversification and specialised supply routes.
A Grain for Distinctive Products
- Golden flour for bakery and pasta applications.
- Malt routes for brewing and sensory differentiation.
- Technical behaviour should be validated for each process.
Innovation from Field to Product
Tritordeum creates value when a differentiated crop identity is translated into ingredients and products that consumers can recognise through appearance, taste and story.
Farmers
Diversified cereal production and specialised grain routes.
Processors
Flour, semolina and malt routes for distinctive ingredients.
Food Makers
Golden breads, pasta, beers and cereal-based innovations.
Consumers
Recognisable products with colour, flavour and crop identity.
Evidence and Practical Applications
Continue with deeper articles and technical resources on Tritordeum nutrition, fermentation, pasta and digestibility research.
Tritordeum Flour Nutrition
An evidence-based review of composition and product relevance.
Read Article → BAKINGSourdough Fermentation
Understanding fermentation, nutrition and functional behaviour.
Read Article → PASTAColour, Texture & Stickiness
Technical insights for pasta products made with Tritordeum.
Read Article → DOSSIERTritordeum & Digestibility
Technical resource covering gluten composition and research context.
Download Dossier →
THE GOLDEN CEREALReady to Discover Tritordeum?
Buy Tritordeum flour and malt, explore technical resources, or contact us to discuss professional applications and value-chain opportunities.
Sustainability in farming
Tritordeum is a very robust crop:
The grain is produced under contract with local farmers with a full traceability from seed to food Farmers cultivating Tritordeum receive higher incomes per hectare in comparison to other crops
Sustainability in processing
Tritordeum has a serie of characteristics that makes it more efficient in processing
In backing
In malting
*enzymes are proteins naturally ocuring in cereal that have a specific action when activated.
In the case of Tritordeum, those enzymes allow to reduce complex carbohydrates into simple sugars.
This allows to speed up sugar conversion and fermentation
