Plant cell wall dynamics in plant growth and stress response
Plant Cell Biology
The plant cell wall is a complex network of carbohydrate-based polymers that controls overall plant morphogenesis and protects the cell against biotic and abiotic stress factors. Among the cell wall components, cellulose is the main biomass contributor and is essential for several industries. One of the aims of our research is understanding the mechanisms underlying its synthesis and remodeling, especially those related with cellulose microfibril structure and its role in plant stress response.
We are also interested in the cell wall as the first coat by which the cell communicates with its neighbour cells and the environment. To fulfil this function, the cell wall needs to be a highly dynamic and responsive structure, able to sense and integrate external stimuli and to transmit them across the plasma membrane. A fine-tuned communication with the cytosol through clathrin-mediated endocytosis is especially important for fast and localized responses, for example in reaction to microbes. In our group we aim to characterize the dynamic changes of the cell wall and the function of the clathrin-mediated endocytosis machinery at the cellular level, particularly in the microbe-plant interface.
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Prof. Dr. Clara Sánchez Rodríguez
Institute of Molecular Plant Biology
Tel: +41 (0)44 633 45 45
- Cell wall synthesis and remodeling
- Endocytosis mediated signaling
- Plant stress response
- Life cell imaging and quantitative microscopy
- Cell wall biochemistry and laser based microscopy
- Plant-microbe interaction
- Genetic screens