The detection of a fluorometer is based on the fundamental universal principles of fluorescence, there are several unique applications and adaptations for these devices. One of the main uses of fluorometers is that they are used to measure the fluorescence of chlorophyll and thus investigate the physiology of plants, although they can currently have many applications.
These kits are also used in biochemical, medical, chemical and research analysis of organic compounds. Currently one of the most recent applications of fluorometry is the quantification of nucleic acids, through fluorometers, which measure concentrations of DNA, RNA, and proteins with high precision and sensitivity.
It is based on the use of fluorophores that are specifically intercalated between the molecules of interest, thus minimizing the effects of pollutants. The precision of the measurements even at low concentrations, which makes this equipment an ideal tool for applications such as real-time PCR and massive sequencing.