… illustrate the latest advances in the application of live-imaging to dissect plant development.
… New approaches to live-imaging at the subcellular scale have provided important insights …

… Here, we describe a microfluidics-based approach enabling direct imaging of root–bacteria …
Although several platforms for live imaging of plant roots have been reported, they were …

… We demonstrate the applicability of our approach at varying spatial and temporal scales by
… microscopy, our approach presents several advantages for studying plant growth. The main …

… using transient perturbation and live-imaging methods. … live imaging and transient perturbation
technologies and tools that are being used to study plant physiology and developmental …

… This effort has involved the development of new live-imaging methods, new fluorescent
reporter … the live-imaging methods and image processing methods that have been developed to …

… The SAM is therefore of prime interest for understanding plant growth and development.
In this chapter we outline methods for using confocal microscopy to image the Arabidopsis …

… approaches have been used to understand how these cellular processes are integrated
in the growing tissues. These include quantitative live imaging to measure growth rate and …

… methods in developmental studies of established and emerging plant model species, together
with up-to-date methods … LSFM is ideally suited for live imaging of Arabidopsis, and the …

… Live imaging is now a central component for the study of plant developmental processes. …
Unfortunately, live imaging approaches are generally time-consuming, fastidious and highly …

… (SR) approaches have been … in plant cells still remains under-developed. Here we describe
a validated method for time-lapse SIM that focuses on cortical microtubules of different plant …