Agronomic processes to optimise galanthamine content of daffodil biomass (AGROGAL)
Fersiynau electronig
Data electronig
- Figures.pdf
Figures.pdf, 783 KB, application/pdf
CC BY-NC-ND
Dangos trwydded - CSVfiles.zip
CSVfiles.zip, 124 KB, multipart/x-zip
1/07/20
CC BY-NC-ND
Dangos trwydded - Executive_Summary.pdf
Executive_Summary.pdf, 169 KB, application/pdf
CC BY-NC-ND
Dangos trwydded - Materials_and_Methods.pdf
Materials_and_Methods.pdf, 620 KB, application/pdf
CC BY-NC-ND
Dangos trwydded - Results_Summary_and_Discussion.pdf
Results_Summary_and_Discussion.pdf, 125 KB, application/pdf
CC BY-NC-ND
Dangos trwydded
- Deri Tomos (Lluniwr)
- Leon Civale (Lluniwr)
- Radek Braganca (Lluniwr)
- Serena Wagg (Lluniwr)
Person cyswllt
Disgrifiad
The objective of the research is to identify individual agronomically-relevant processes and treatments that would increase the production of the anti-Alzheimer drug, Galanthamine, in daffodils (to identify the basis of the so called Black Mountain Effect observed in the field). The data was generated by extensive and reproducible analysis of 18 different treatments applied individually under laboratory and greenhouse conditions.
| Dyddiad y'i gwnaethpwyd ar gael | 13 Gorff 2015 |
|---|---|
| Cyhoeddwr | Prifysgol Bangor University |
| Diwedd cynhyrchu data | 1 Chwef 2013 - 31 Rhag 2014 |