Clinical applications Lately, DH microscopy is being developed for clinical applications in widely different areas of medicine such as transmembrane water flux, cancer screening, sperm motilityblood cell analysis, and inflammation. Current methods of DNA assessment are mainly based on fluorescence microscopy, and thus samples are unusable after the analysis. We will show that the unique potentialities of the holographic imaging have been used to provide structural information on both the morphology and the motility of sperm cells. On the other hand, in the zoo-technic field, animal semen analysis is commonly used in animal production laboratories and reproductive toxicology. Senaste inlägg Äldre inlägg Startsida.
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In this chapter, an overview of the recent achievements in holography imaging applied to both morphological and motility characterizations of sperm cells has been reported.
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Kommentarer till inlägget Atom. Denna info är av allra högsta magnitud. Applying this combined approach for analyzing the sperm cells, high-resolution images, and Raman spectra have been obtained, clearly highlighting some morphological and biochemical alterations. Current methods of DNA assessment are mainly based on fluorescence microscopy, and thus samples are unusable after the analysis. Moreover, the DH approach is a noninvasive technique, allowing the analysis of live spermatozoa, such as 3D tracking of the spatial motion, in order to select normal sperm cells. I anslutning till mitt tidigare inlägg När 2 blir 1 tänkte jag komplettera den texten. Therefore, the ability to simultaneously analyze, in a nondestructive and noninvasive way, both the morphology and biochemical functionalities of the spermatozoa could bring greater understandings.