BIOTECHNOLOGIES IN HORTICULTURE
Research directions
- Biotechnological methods for obtaining, conservation and development of viticultural germplasm
- Streamlining the methods of obtaining and preserving on medium and long term the Initial grapevine propagation material
- Completion of the viticultural germplasm collection with autochthonous varieties, new varieties and clones obtained by breeders
- Plant biotechnologies in horticultural species of economic importance
- Evaluation of the multiplication capacity by conventional methods of newly introduced horticultural species (plants with nutraceutical value, ornamental plants, medicinal and aromatic plants)
- Development/improvement of in vitro propagation technologies for horticultural species of economic importance.
Results
Technologies
- Biotechnology for in vitro propagation of Magnolia x soulangiana species
- Biotechnology for in vitro propagation of Albizzia julibrissin species
- Advanced biotechnology for in vitro propagation of Lavandula angustifolia and Rosmarinus officinalis species
- In vitro propagation technology of Origanum majorana species
- In vitro propagation technology of Gypsophilla sp.
- Biotechnology for in vitro propagation of Salvia officinalis species
- Biotechnology for in vitro propagation of Physalis peruviana species
- Technological method of obtaining and maintaining the Initial grapevine propagation material G0
Work team
PhD biologist Ana-Maria RADOMIR, Senior researcher, radomir.anamaria@yahoo.com
PhD ecology specialist Anamaria-Mirabela DUMITRU, Junior researcher, anamaria.ilina@yahoo.com
Biologist Ramona STAN, Junior researcher, ramonastan89@gmail.com
Chemist Claudia Nicola, Junior researcher, claudianicola54@gmail.com
Infrastructure
