Fluorimeter

**Fluorimeter** is a device that is used to determine the concentration of light flux in the ultraviolet spectrum. It is used in medicine, industry and scientific research. Fluorimeters are used to analyze blood, urine and other body fluids.

This device allows you to measure the concentration of red blood cells, white blood cells and platelets in human blood. It can also be used to determine the content of various substances in the human or animal body. For example, fluorimeters can be used to determine the level of glucose, hemoglobin and other parameters in the blood when diagnosing various diseases.

In addition, fluorimetry can be used to control product quality in industry. For example, to determine the quality of milk, beer, wine and other food products.

In medicine, fluorimeters are also used to diagnose various diseases. For example, they can be used to determine the content of reactive oxygen species formed during oxidative stress, which are markers of various diseases, such as cancer, diabetes and others.

Fluorimeters are highly accurate and sensitive to low concentrations of reactive oxygen species. They can also operate in real time, making them very useful tools for medical science research.

**Fluorimeter** is a device for fluorescent analysis of elements of an elemental probe. The light power of the probing radiation determines the required sensitivity of the fluorometer along the light receiver channel corresponding to the characteristic radiation of the elements under study. The devices have a standard set of nozzles and sample diameters in the range of 4-60 mm. For quartz devices, the sample diameter can be up to 80-120 mm

**Fluorimeters** (including portable ones), unlike X-ray fluorescent devices, have their own excitation sources, but they are most effective only after irradiation with X-ray sources of small sizes and/or with high exposures. The degree of contamination of the sample has practically no effect on the fluorescence results, and therefore this is a significant advantage of this group of devices over X-ray fluorimeters, which need to illuminate short areas of the probed sample. X-ray fluorimeters, in turn, make it possible to analyze at least the elements of the periodic system in thick materials

What is a fluorimeter?

A fluorimeter is a device used to measure the concentration of inorganic substances in samples. This device has high sensitivity and allows you to determine even minor concentrations of elements, which makes it an indispensable tool for both laboratory research and industry. Due to its versatility, it can be used in many industries such as medicine,