Active Food & Agriculture Chemistry

GalanCEAmine: Sustainable Galanthamine Production from Daffodils Using Controlled Environment Agriculture

In plain English

AI plain-English summary

Daffodils grown in indoor vertical farms could supply a steady, year-round source of galanthamine, the plant-derived drug used to treat Alzheimer’s disease. Alzheimer’s is the leading cause of dementia and a major cause of death in the UK. Galanthamine, extracted from daffodil bulbs, is a key treatment, but current outdoor production is unreliable—limited by a long growing cycle, seasonal harvests, and losses from weather and disease. This project aims to solve that bottleneck by moving daffodil cultivation into controlled environment agriculture (CEA), where lighting, nutrition, and other conditions can be precisely tuned to maximise both bulb growth and galanthamine yield. If successful, the approach could replace an erratic, seasonal supply chain with a consistent, sustainable one. The team will also develop green chemistry extraction methods using renewable, biodegradable solvents to minimise energy use and waste. A full lifecycle analysis will measure the environmental footprint. With demand for Alzheimer’s treatments rising as the population ages, a reliable domestic supply of galanthamine would strengthen the UK’s drug supply chain without relying on imported or outdoor-grown crops.

View original technical description
Galanthamine is a key treatment for Alzheimer's Disease, the leading cause of dementia and a leading cause of death in the UK. Daffodils are the principal natural source of galanthamine, but their production is constrained by a long production cycle, seasonality, and exposure to weather and crop disease related losses. Galanthamine production is heavily influenced by environmental conditions, leading to inconsistent yield. Controlled Environment Agriculture (CEA) provides the opportunity to optimise conditions for plant growth and galanthamine production, in a disease-free environment, accelerating production and creating a reliable, consistent and sustainable supply. Green chemistry extraction processes will minimise environmentally polluting inputs, energy use and waste. The project will develop optimised CEA 'recipes' (lighting, plant nutrition and environmental parameters) for daffodil bulbs cultivation and year-round supply of natural galanthamine. Green chemistry processes using renewable and biodegradable solvents and eco-friendly extraction methods and their scalability will be explored and optimised to minimise environmental footprint. Sustainability will be measured using robust, recognised Lifecycle Analysis (LCA) methodology. The project supports development of sustainable supply chains for a key drug with increasing demand from an ageing population.

View the original record at the funder ↗

Related Research

Grants with similar aims, by meaning.

Yellow Gold: Innovative systems for sustainable daffodil-derived galanthamine production in the uplands.
Production of pharmaceutics in daffodils: biological factors influencing the content of galanthamine alkaloid
Galanthamine from Smart BioProcessing of Daffodils
Agronomic processes to optimise galanthamine content of daffodil biomass (AGROGAL)
photosynthesis enhancer for (total) controlled environment agriculture

Original classification

Collaborative R&D

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.