0 the use, design, or production of microscopes:
Microscopy is an invaluable technique for studying the structure of cells.
The distribution of organic matter was very difficult to analyse in conventional fluorescence microscopy.
Eggs and follicles were photographed by immunofluorescence microscopy.
We observed, in epifluorescence microscopy, that these objects were often not perfectly spherical, but rather appeared as prolate ellipsoids.
Finally, the eyes were fixed and prepared for electron microscopy.
The combination of fluorescence fluctuation spectroscopy and microscopy therefore allows us to obtain important direct information on the heterogeneity of the samples.
Meanwhile, as an epistemological consequence of microscopy, the argument from invisibility had led to heated debates over microscopic reality.
Scanning electron microscopy allowed analyzing the quality of the cavity surfaces with respect to structural properties as well as temperature exposition.
Viability was also confirmed by life/death experiments using confocal microscopy.