Research - Funding
| Title | Menu category | Text | Tags | Author | Year ended |
|---|---|---|---|---|---|
| The role of polyamines in the process of plant autophagy | Past Projects | Annotation: The aim of the project is to evaluate the relationship between polyamine metabolism and autophagy in plants. Autophagy will be followed in two experimental systems - in tobacco BY-2 cell culture and in coniferous embryogenic cultures. Firstly, the polyamine metabolism will be monitored during induced autophagy, then the process of autophagy will be studied after exogenous application of higher polyamines or endogenous modulation of polyamine synthesis. The obtained results will contribute to understanding of the function of polyamines in plant autophagy. |
Lenka Gemperlová | ||
| Role of ABSCISIC ACID.INSENSITIVE3 homologue in abscisic acid signal transduction studied in system of Norway spruce somatic embryogenesis | Past Projects | Role of ABSCISIC ACID.INSENSITIVE3 homologue in abscisic acid signal transduction studied in system of Norway spruce somatic embryogenesis. |
Lucie Fischerová | ||
| Contribution of super-resolution microscopy and image analysis to the study of plant in vitro cultures with the emphasis on somatic embryogenesis of conifers | Past Projects | Annotation: The aim of the COST Action CA15124 - A new Network of European BioImage Analysts to advance life science imaging (NEUBIAS) is to maximise the outputs of image-based research in life sciences by empowering the international network of bioimage analysis (IA) experts - BIAlysts. |
Kateřina Eliášová | ||
| Cultivation and genetic factors affecting efficiency of conifer somatic embryogenesis | Past Projects | Cultivation and genetic factors affecting efficiency of conifer somatic embryogenesis. |
Martin Vágner |