Histochromator

Histochromators are special devices used in microscopy to stain tissues and cells. They produce brighter, clearer images, making them indispensable tools in scientific research and medicine.

The operating principle of the histochromator is based on the use of dyes that are applied to the tissue or cell. The tissue is then placed in a special solution containing a dye that penetrates the cells and stains them. The tissue is then exposed to light, which activates the dye and makes it visible to the microscope.

Histochromators can be of different types, depending on what type of dye is used and what problems are being solved. For example, there are histochromators for staining using Giemsa, Romanovsky and other methods.

One of the most popular histochromators is the Leica DMLS microscope, which allows you to obtain bright and high-contrast images of tissues and cells under the microscope. It also features automatic brightness and contrast adjustments to ensure the most accurate results possible.

However, despite their popularity, histochromators are still quite expensive devices and are not always available for use in laboratories. In addition, they require a certain level of knowledge and experience to work with, so not every researcher can use them effectively.

In general, histochromators are an important tool in scientific research and medical practice, and their use allows for more accurate and informative results. However, before using such devices, it is necessary to become familiar with their operating principle and the requirements for their operation.

Histochromators are complex optical instruments consisting of a small mirror with a hole in it and a colored film placed behind it. Approximate view of two samples. On the left is a chromatographic objective, on the right is a chromatograph for photometric studies,