R&D
Build the evidence before the claim.
ChiNdü tests how variety, processing and formulation affect the way Bambara behaves in food. Bambara is well described agronomically and thinly described as a food ingredient. These are the programmes closing that gap.
Current programmes
Programme 01
Bambara beverage
- Flavour
- Protein
- Sedimentation
- Emulsion stability
- Heat treatment
- Shelf life
Programme 02
Bambara bread
- Inclusion level
- Protein
- Hydration
- Dough behaviour
- Loaf volume
- Crumb and texture
- Sensory response
Programme 03
Protein development
- Yield
- Purity
- Solubility
- Emulsification
- Foaming
- Gelation
Programme 04
Starch and fibre
- Yield
- Pasting
- Thickening
- Water binding
- Texture
Programme 05
Bioprocessing
- Dehulling
- Germination
- Fermentation
- Antinutritional factors
- Off note reduction
Evidence map
What has been shown, in which material, and what we have tested ourselves. Published research is never listed as a ChiNdü result.
| Claim | Material tested | Evidence level | Food relevance | ChiNdü result |
|---|---|---|---|---|
| Bambara protein can stabilise emulsions. | Protein concentrate | Published research, 2020s | Plant drinks, dressings, sauces | Testing |
| Mildly extracted protein foams better than extensively purified protein. | Protein concentrate | Published research | Aerated and structured foods | Testing |
| Isolated Bambara starch can act as a thickener. | Isolated starch, three landraces | Published research | Sauces, bakery, prepared foods | Not yet measured |
| Protein content is approximately 15–25% of raw seed. | Whole raw seed | Literature review range | Formulation targets | Batch analysis in progress |
| Fermentation and germination alter antinutritional factors and sensory profile. | Whole seed and flour | Published processing reviews | Taste, digestibility, functionality | Testing |
| Bambara fixes nitrogen and tolerates drought. | Field crop | Agronomy literature | Supply and rotation | Field trials, Abuja |
Our research questions
- 1
How does controlled fermentation alter Bambara's sensory profile and antinutrient load, and at what cost to protein functionality?
- 2
How does the amino acid profile vary across landraces, and where does the sulphur-amino-acid limitation actually sit?
- 3
How does Bambara protein compare with pea isolate on emulsification, foaming and gelation at equivalent protein loading?
- 4
What drives UK consumer acceptability of an unfamiliar legume flavour in familiar formats?
What we hold
- Crop reference work
- Phytochemistry and composition reference across nine crops, compiled from published literature.
- Field access
- A grower network in Nigeria with field-level access, plus Easy Bite Farms, our own 20 hectares in Abuja running variety and intercropping trials.
- Verification
- The Dilomat research centre in Port Harcourt for composition testing and trial analysis.
- Pilot processing
- Milling, soaking and fermentation trials at pilot scale.
- Sensory panel
- A recruited tasting panel giving structured acceptability data on formulations.
The tasting panel
A recruited cohort that tastes our formulations under structure and reports back on flavour, texture, usage and preference. It measures acceptability, not health outcomes, and it exists because unfamiliar legume flavour is the single biggest barrier between this crop and a UK shelf. Panellists are adults in the UK and can leave at any point.
Join the panelCollaborate
- Joint grant applications on characterisation and processing.
- MSc and PhD project hosting with field and sample access.
- Sample provision for independent academic analysis.
- Co-authorship on composition and functionality work.
Get in touch
Write to us directly. We can share our internal crop reference summary with academic readers on request.
Contact the research teamSource: Composition and agronomy citations are listed in full on the Bambara page