The inverted microscope Nikon Eclipse Ti is equipped with systems for acquisition or live cell imaging [Phase Contrast, fluorescence and Förster resonance energy transfer (FRET)]. It is also equipped with a Micro-incubator for temperature and CO2 environment control.
UV Fluorescence microscopy is a powerful mean for visualizing and identifying structures in a specimen, and it has long been used in many applications, including pigment identification in artworks.Typical painting cross section samples are the result ofmultiple layers and especially for paintings produced from thethirteen to sixteencenturies, it is possible that for different pigments a different binder has been used, resulting in a complex stratificationof materials.In this paper we propose a novel multispectral microscopy imaging system, which is specially
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