UV microscopes operate with wavelengths typically in the range of 200-400 nm.
The use of UV light improves resolution due to its shorter wavelength compared to visible light.
Special optics and detectors are required in UV microscopy to handle the shorter wavelengths and avoid damage from UV radiation.
UV microscopy is particularly useful in biological and material sciences for observing fine structural details that are not visible with traditional optical microscopes.
Fluorescent dyes often used in conjunction with UV microscopes enhance contrast and allow for specific targeting of cellular components.
A type of microscopy that uses high-intensity illumination to excite fluorescent molecules within a sample, enhancing contrast and allowing for specific cellular targeting.