to ion transport
From ion fluxes to plant responses to environmental challenges…
Ions act as nutrients, osmoticum and signalling molecules but may also exert toxic effects. Our team studies the role of ion transport across biological membranes in cell homeostasis, communication and plant interactions with the environment.
A complete characterization of ion transport systems addressing their ion selectivity, their transport mechanism and their regulation at the molecular level is necessary to understand their integrated function.
We use electrophysiology and expression in heterologous systems to investigate the properties of ion transport systems at the molecular level. To integrate this molecular knowledge in a cellular framework, we are developing biosensors and microfluidics coupled to fluorescence microscopy. Molecular genetics and genomics allow us to further integrate the function of ion transport systems at organism and environmental levels.
Using relevant plant models, the projects ongoing in the team address basic research questions related to societal and environmental challenges:
- Optimizing nitrate use in plant cells
- Adjusting nitrate transport to light and temperature changes
- Balancing iron, manganese and zinc nutrition with heavy metal toxicity
- Addressing diversity in metal hyperaccumulating plants
- Sensing mechanical stimuli
Amanda MARTIN BARRANCO
Nathan FOUERE KLEIN
For all the publications of the Team click on the button below.