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Designing a Confocal Fluorescence Microscope
Theory and Principal Technologies of the Laser
Simultaneous Ultraviolet and Visible Excitation
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aberration analysis antibodies aperture axial resolution axis beam splitter Berezney calcium Cell Biology cell nucleus Cheng chromosomes components confocal fluorescence confocal images confocal microscopy contrast conventional microscope cornea data set density detection pinhole detector dimensional dyes electron microscopy emission excitation filter fluorescence microscopy fluorochromes focal plane focus Fourier high resolution illumination image processing image quality image restoration intensity interferometer laser beam laser scanning confocal lenses LSCM magnification maize measured method Michette micro Microsc microscope objective lens microscopic image microtomography mode nuclear matrix nuclei objective lens observed obtained optical sections Pawley phase photons pixel point spread function pollen grain produced projection protein refractive index replication replicon result sample scanner scanning electron shell Sheppard shown in Figure spatial frequency spectral spherical stained structure surface techniques telecentric thickness three-dimensional tissue transfer function transmission visualization Wang wavefront wavelength X-ray Microscopy zone plate