Cell surface receptors govern a multitude of signalling pathways in multicellular organisms.
In plants, prominent examples are the receptor kinases FLS2 and BRI1, which activate …

We review a set of recent multiscale imaging techniques, producing high-resolution images
of interest for plant sciences. These techniques are promising because they match the …

Cytokinins are hormones that are involved in various processes of plant growth and
development. The model of cytokinin signalling starts with hormone perception through …

Plant organelle function must constantly adjust to environmental conditions, which requires
dynamic coordination. Ca2+ signaling may play a central role in this process. Free Ca2+ …

To understand molecular processes in living plant cells, quantitative spectro‐microscopic
technologies are required. By combining fluorescence lifetime spectroscopy with confocal …

Spectro-microscopy, a combination of fluorescence microscopy with spatially resolved
spectroscopic techniques, provides new and exciting tools for functional cell biology in living …

Dynamic studies of influenza virus infection in the live cells are limited because of the lack of
appropriate methods for non-invasive detection of the viral components. Using the split-GFP …

As the first and rate-limiting enzyme of proline degradation, PROLINE DEHYDROGENASE1
(PDH1) is tightly regulated during plant stress responses, including induction under …

In higher plants, the two‐component system (TCS) is a signaling mechanism based on a His‐
to‐Asp phosphorelay. The Arabidopsis TCS involves three different types of proteins …

Brassinosteroids (BR) are key hormonal regulators of plant development. However, whereas
the individual components of BR perception and signaling are well characterized …