Čeština
EnglishResearch
Core facility
Imaging facility
Confocal microscope (Zeiss 5 Duo) enable us provide 3D fluorescent studies in living cells.
Projects
Number of grants/projects: 107
- 4D plate - Spatiotemporal dynamics of cell plate development , GA ČR , Roman Pleskot
- Mass spectrometry approaches for plant immunity studies , GA ČR , Ondřej Novák
- The plasticity of protein-lipid interfaces in plant membranes perceived through evolutionary lenses , GA ČR , Martin Potocký
- Large RI Project LM2018129 Czech-BioImaging , MŠMT , Kateřina Malínská
- Role of diacylglycerol-kinases in the plant unfolded protein response , MŠMT , Tetiana Kalachova
- Support for the process of commercializing the results of research and development at the Institute of Experimental botany AS CR, v.v.i. , TA ČR , Lenka Burketová
- Physiological, biochemical, molecular and phylogenic characterization of metabolic pathways and mechanisms of cytokinin down-regulation in plants , GA ČR , Václav Motyka
- Anatomical and physiological constraints as key factors governing plant vegetative regeneration from roots , GA ČR , Václav Motyka
- Diamanty v prachu. Genetické základy květní indukce u zástupců rodu Chenopodium s kontrastní odpovědí na fotoperiodu. , GA ČR , Helena Štorchová
- Evoluce diploidně-polyploidního komplexu Chenopodium album agg. Společná anebo paralelní evoluce severoamerických a euroasijských druhů? , MŠMT , Helena Štorchová
- Good-Cop/Bad-Cop: Distinct roles of anionic phospholipids in plant endocytosis , GA ČR , Martin Potocký
- SIGNALS - The role of anionic phospholipids in the regulation of endocytosis in tip-growing plant cells , MŠMT , Martin Potocký
- Centre for Experimental Plant Biology , MŠMT , Lenka Burketová
- Control of plant exocyst function by protein phosphorylation in root hairs and pollen tubes - role of unconventional exocyst complex subunits EXO70C , GA ČR , Viktor Žárský
- The profile of carotenoids in selected apple varieties in relation to storage conditions , MŠMT , Zuzana Vondráková
- The role of polyamines in the process of plant autophagy , MŠMT , Lenka Gemperlová
- Contribution of super-resolution microscopy and image analysis to the study of plant in vitro cultures with the emphasis on somatic embryogenesis of conifers , MŠMT , Kateřina Eliášová
- Charakterizace kompatibility vztahů mezi původci fomového černání stonku a odrůdami ozimé řepky jako základ pro zvýšení rentability pěstování této plodiny v ČR , MZE NAZV , Lenka Burketová
- A new insight into the role of phospholipase in leaf senescence , GA ČR , Jan Martinec
- Environmental impact of noble metal nanoparticles , GA ČR , Lenka Burketová
- Multifaceted analysis of diacylglycerol kinase family in plants , GA ČR , Přemysl Pejchar
- Phospholipid metabolizing enzymes as new components of salicylic acid signalling pathway , GA ČR , Jan Martinec
- Phospholipid metabolizing enzymes as new components of salicylic acid signalling pathway , GA ČR , Jan Martinec
- Inactivation of cytokinin-type phytohormones via N- and O-glucosylation – phylogeny and significance in evolution of hormonal homeostatic mechanisms , GA ČR , Václav Motyka
- Tower of Babel: Mitochondrial-nuclear interactions in the gynodioecious species Silene vulgaris investigated with transcriptomics. , GA ČR , Helena Štorchová
Research
Principal research fields at the Institute of Experimental Botany of the Czech Academy of Sciences are plant genetics, physiology and biotechnology.
In the field of genetics, the institute works on structural and functional genomics, induced mutagenesis and DNA repair or pollen molecular genetics.
Physiological topics include cell biology, hormonal and ecological control of plant growth and development, mechanisms of action of growth regulators, physiology of plant viruses and plant pathophysiology.