In total, 150 single polystyrene beads were measured by the spectrally resolved scattering microscope.
The diameters of 150 single polystyrene spheres were determined by the spectrally resolved scattering microscope.
Then, 150 single beads from the same stock were evaluated separately by the spectrally resolved scattering microscope.
A novel setup of a spectrally resolved scattering microscope was presented in detail and evaluated by comparing results with a well-approved second setup, the collimated transmission.
The more the tissue can be expanded, the finer the detail that can be resolved with conventional microscope methods.
The fiber-optic microscope resolved individual nuclei in all specimens and tissues imaged.
Discrepancies were resolved under multiheaded microscope.
Differences between the observers were resolved at the microscope.
As depicted in Fig. 5, the bench-top microscope resolved the micro-organelles (i.e., nuclei), which contributed to the fluorescence signals.
This is also true for Asl-GFP (H ) and DSas-4-GFP (J ), but these proteins have the same distribution as sub-resolution beads, so their true distribution cannot be resolved on this microscope system.
Recent FRET measurements using a spectrally resolved two-photon microscope are consistent with α-factor receptor multimers containing at least four protomeric units arranged in a parallelogram-shaped tetramer (Raicu et al., 2009).
