Although superresolution (SR) approaches have been routinely used for fixed or living
material from other organisms, the use of time-lapse structured illumination microscopy …

Although the development of super-resolution microscopy methods dates back to 1994,
relevant applications in plant cell imaging only started to emerge in 2010. Since then, the …

Structured illumination microscopy (SIM) allows rapid, super-resolution (SR) imaging in live
specimens. We review recent technical advances in SR-SIM, with emphasis on imaging …

The advent of super-resolution techniques in biological microscopy has opened new
frontiers for exploring the molecular distribution of proteins and small molecules in cells …

Super-resolution fluorescence microscopy has generated tremendous success in revealing
detailed subcellular structures in animal cells. However, its application to plant cell biology …

Structured illumination microscopy (SIM) has emerged as an essential technique for three-
dimensional (3D) and live-cell super-resolution imaging. However, to date, there has not …

The documentation of plant growth and development requires integrative and scalable
approaches to investigate and spatiotemporally resolve various dynamic processes at …

Super-resolution microscopies have become an established tool in biological research.
However, imaging throughput remains a main bottleneck in acquiring large datasets …

To increase the temporal resolution and maximal imaging time of super-resolution (SR)
microscopy, we have developed a deconvolution algorithm for structured illumination …

Super-resolution microscopy surpasses the diffraction limit to enable the observation of the
fine details in sub-cellular structures and their dynamics in diverse biological processes …