BioPropello™ A precision-ready, patented, olive-derived soil amendment & nutrient optimizer.
A first-in-class natural plant biostimulant and seed-protection platform — powered by analytics, validated by science, scaling regenerative impact. Doubles cereal germination, multiplies legume yield up to 4.7×, and quantifiably protects chlorophyll under stress. Patent pending in the US, EU, and via PCT. Field-validated across 4 countries.
Soil collapse, wasted fertilizer, and climate pressure — converging.
Three structural failures of conventional agriculture compound each other: degraded soils that can no longer hold and exchange nutrients, fertilizer inputs that mostly run off rather than being absorbed, and a sector accountable for a quarter of global greenhouse gas emissions. The category needs a single input that addresses all three — without chemical dependency.
Four pathways. One application. Convergent agronomic outcomes.
BioPropello™ acts on four mechanistically distinct axes that together explain its performance across cereals, legumes, and horticulture: it protects chlorophyll and sustains photosynthesis under stress, induces protein expression in seeds and leaves, activates the soil microbiome, and shields germinating seeds from microbial contamination.
Chlorophyll & Photosynthesis
AXIS 01Protects chlorophyll pigments and sustains photosynthetic activity under stress. Quantified in 48-hour alcohol assay: chlorophyll loss reduced by 23% versus untreated controls (tomato model), with +6% greenness retained at endpoint. Rubisco — the CO₂-fixation enzyme — is upregulated ~1.7× at the optimal application dose.
Protein Synthesis
AXIS 02Induces protein expression in seeds and upregulates defense and photosynthetic leaf proteins. Seed total protein expression increases ~4× versus water control at the optimal dose; leaf protein increases ~2× and is sustained at 16 hours. HSP70 / HSP100 stress proteins are upregulated ~3× — driving the abiotic stress resilience observed in field data.
Soil Microbiome
AXIS 03Activates beneficial soil microbes and improves abiotic stress resilience. Stimulates the rhizospheric microbial community that drives nutrient cycling and soil structure. The combination of microbial activation with chlorophyll and protein effects explains the consistent performance across cereals and legumes/horticulture under variable field conditions.
Antimicrobial Shield
AXIS 04Suppresses harmful pathogens on germinating seeds and maintains a cleaner rhizosphere. Reduces total viable count, yeast, and mold contamination on seeds. Suppresses S. aureus contamination on plates. Delivers cleaner, more uniform stands without chemical fungicides — a dual-action platform that no single biostimulant or seed-coating competitor matches.
Headline results — across cereals, legumes, and horticulture.
Quantified outcomes from lab and field validation across four countries. Statistical significance achieved on every primary endpoint, with the strongest signals in germination (cereals) and yield per plant (legumes). Optimal application range identified at 3–6% — narrow enough to indicate a precise mechanism, broad enough for practical field deployment.
Corn germination
Sorghum germination
Green-bean yield
Rice culm length
Chlorophyll loss
Earlier first yield
| Axis | Endpoint | Result vs control | Significance |
|---|---|---|---|
| Germination | Maize germination rate | 68.7% vs 33.8% | p = 0.0077 |
| Germination | Sorghum germination rate | 77.4% vs 28.6% | p < 0.0001 |
| Germination | Rice early growth (days 1–3) | significant advantage | +0.95 cm tube |
| Protein expression | Seed total protein | ~4× at optimal dose | Optimal: 3–6% |
| Protein expression | Leaf protein @ 16 h | ~2× sustained | vs water |
| Stress proteins | Rubisco (CO₂ fixation) | ~1.7× upregulated | photosynthetic |
| Stress proteins | HSP70 / HSP100 | ~3× upregulated | stress resilience |
| Photosynthesis | Chlorophyll retention (tomato, 48 h) | +23% | +6% greenness |
| Yield (legume) | Green-bean count per plant | 4.7× vs control | +189% length |
| Growth (cereal) | Rice culm length @ D28 | 53.6 vs 28.2 cm (+90%) | p < 0.001 |
| Emergence (legume) | Green-bean emergence time | 5 vs 10 days | U=0, p=0.0079 |
| Phenology (legume) | First flowering / first yield | 5d earlier flower · 11d earlier yield | n=10–11 per arm |
| Antimicrobial | TVC, yeast, mold on seeds | Reduced (vs control) | S. aureus suppressed |
Sources: Texas A&M AgriLife Research (cereals); Ferme Innovante Ghassan, Saint-Amand-les-Eaux, France (green-bean field trial, 2025); supporting lab studies across stress and antimicrobial endpoints.
Validated across staples and high-value horticulture.
Consistent performance across two structurally different crop families — cereals (cool-season monocots, dry-grain harvest) and legumes/green crops (warm-season dicots, fresh harvest) — confirms a mechanism that is not crop-specific. The same dose range (3–6%) applies in both.
Cereals
- Protein induction up to 2× p < 0.001
- Germination tube +0.95 cm (rice) p < 0.001
- Culm length +25.4 cm @ D28 (rice) p = 0.0005 · +90%
- Maize germination +35.3 pp 68.7% vs 33.8%
- Sorghum germination +48.7 pp 77.4% vs 28.6%
Legumes & Green Crops
- Emergence time halved (green bean) 5 vs 10 days · p=0.0079
- Plant height +8.8 cm @ D26 (green bean) p < 0.05
- Yield 4.7× beans per plant +189% length
- Chlorophyll retention +23% (tomato) 48 h stress
- Survival @ D40 100% vs 0% (control) stress trial
The only biostimulant with dual action — plus quantified evidence.
The European biostimulant market is crowded with seaweed extracts, amino-acid hydrolysates, and botanical blends. None publishes the quantified germination, protein-induction, and chlorophyll data that BioPropello™ does — and none combines plant-growth promotion with pathogen control in a single 100% natural input.
| Product · Format | BioPropello™ | Agrialgae® | Biimore® | Trainer® | Kynetic4® | Fertiactyl Starter |
|---|---|---|---|---|---|---|
| Format Source chemistry | Olive-derived powder | Seaweed liquid | Plant-extract liquid | Amino hydrolysate | Botanical extract | Seaweed + humic |
| Germination evidence | Maize/Sorghum: +2.5× · Rice +18 pp | Vigor claims; no quantified % | Demo emergence; no % uplift | Transplant vigor; no % data | Flowering support; no % data | Emergence boost; no % |
| Protein induction | Seed protein ~4× · Rubisco 1.7× · HSP70 3.0× | No protein data | Not disclosed | ~310 g/kg peptides | Promotes flowering | Not disclosed |
| Chlorophyll evidence | +6% greenness · −23% chlorophyll loss | No chlorophyll data | No chlorophyll data | No chlorophyll data | No chlorophyll data | No chlorophyll data |
| Cost / ha / season | €100/ha 15 apps, $2.40/app | €66–198/ha | €184–414/ha | €162–330/ha | €51–120/ha | €256/ha |
Immediate market access across four key regions.
BioPropello™ qualifies under low-risk regulatory pathways in the United States, the European Union, Canada, and Japan — enabling near-term commercial deployment without lengthy registration cycles, and supporting the accepted-claim set used by distributors across all four geographies.
| Region | Approval Type | Pathway / Reference | Status |
|---|---|---|---|
| USA | FIFRA Exempt — soil amendment / plant inoculant | 40 CFR 152.6(g) exemption · EPA | Exempt |
| European Union | Plant Biostimulant — CE-marked | Regulation (EU) 2019/1009 — self-certified | CE-marked |
| Canada | Agricultural Supplement — registration | Fertilizers Act — low-risk fast-track · CFIA | Fast-track |
| Japan | Ordinary Fertilizer Registration | Fertilizers Control Act · MAFF / FAMIC | In progress |
Accepted Claims Across Jurisdictions
- Enhances soil microbial activity
- Improves nutrient availability and uptake
- Supports seedling establishment
- Promotes abiotic stress tolerance
- Improves soil structure and moisture retention
Compositions and methods for plant growth & seed protection.
BioPropello™ is protected by a patent-pending portfolio in the United States, the European Union, and via the Patent Cooperation Treaty (PCT) — covering both the composition of the olive-derived active matrix and the methods of use for plant growth promotion and seed-borne pathogen suppression.
- US application — Compositions and methods for plant growth and seed protection
- EU application — Compositions and methods for plant growth and seed protection
- PCT application — International filing covering additional national-phase jurisdictions
- Composition of matter — proprietary olive-derived water-dispersible powder formulation
- Method of use — agronomic application across cereals, legumes, and horticulture at 3–6% dose
- Trademark — BioPropello™
Farmer ROI — the BioPropello™ advantage.
Across a standard 90-day crop cycle with 15 applications, BioPropello™ delivers a 3–5× payback per season. The same dose schedule applies across the validated crop set; downstream yield value and input savings drive the net return.
Validated across four countries, three continents.
BioPropello™ is in active field-trial deployment with academic, private-farm, and government partners. The four geographies span North America, the Mediterranean, Western Europe, and East Africa — confirming agronomic generalisation across climate zones.
Texas A&M AgriLife Research
Ferme Innovante Ghassan
University of Málaga
Local Government / IRK
A $4.5B biostimulant market — a clear route to $50M.
The global plant-biostimulant market is growing at 11.2% CAGR. BioPropello™'s dual-action profile and quantified evidence package position it for direct sales in Years 1–2, licensing and bulk supply in Years 2–4, and international scale in Years 4–5.
Near-term
Direct sales & seed-company partnerships
Direct sales to agribusinesses and distributors; partnerships with seed companies and large-scale farms across the EU and select North American customers.
Mid-term
Licensing & bulk supply
Licensing and bulk supply agreements; cost-effective, scalable growth across the EU. Distributor exclusivities by geography and crop category.
Long-term
Geographic expansion
Expansion into US, LATAM, and MENA; scale revenues to $50M with CAGR > 100% from $1M baseline. Yield-share or royalty models on flagship cereal partnerships.
Let's scale regenerative impact — together.
Veos is seeking strategic partners across seed companies, large-scale farm operators, EU and MENA distributors, and government agricultural programmes. Contact our team to request the full technical dossier, field-trial data, or licensing-territory discussion.
Confidential — for partnership and investor evaluation purposes. Results presented from laboratory and field studies across cereals (Texas A&M AgriLife Research), legumes (Ferme Innovante Ghassan, Saint-Amand-les-Eaux, France, 2025), and supporting horticulture and stress-resilience programmes. Outcomes are crop-, dose-, and matrix-dependent; technical dossier available on request under executed CDA.
BioPropello™ is a trademark of Veos Pharmaceuticals, S.L. Patent applications pending in the United States, the European Union, and via the Patent Cooperation Treaty (PCT). CE-marked under Regulation (EU) 2019/1009 (fertilising products); FIFRA-exempt under 40 CFR 152.6(g) in the United States. Third-party product names (Agrialgae®, Biimore®, Trainer®, Kynetic4®, Fertiactyl Starter) are trademarks of their respective owners and are referenced for comparative purposes only based on publicly available product documentation.
© 2026 Veos Pharmaceuticals, S.L. — CIF B10704534 · Madrid, Spain.