Fluorescence nanoscopy refers to the experimental techniques and analytical methods used
for fluorescence imaging at a resolution higher than conventional, diffraction-limited …

The development of new microscopy techniques for super-resolved, long-term monitoring of
cellular and subcellular dynamics in living organisms is revealing new fundamental aspects …

In this chapter, the authors outline in full detail, an uncomplicated approach that enables the
combination of wide-field fluorescence super-resolution microscopy with electron …

Dielectric elastomer actuators are constructed from an elastomer or other compliant material
sandwiched between two electrodes, with high potential for applications as artificial muscles …

The ultimate objective of any biological imaging method is to understand the underlying
biology especially through observing, analyzing and understanding the structures …

In the field of neuroimaging, Bayesian modelling techniques have been largely adopted and
recognised as powerful tools for the purpose of extracting quantitative anatomical and …

Super-resolution microscopy techniques, which overcome the diffraction limit of optical
microscopy, are revolutionizing biological research by providing the ability to localize …