Ploskirev's medium is one of the most popular media for cultivating microorganisms, which was developed by the Soviet microbiologist Nikolai Vasilyevich Ploskirev. This medium is widely used for growing bacteria, viruses, fungi and other microorganisms.
Flat media was developed in the 1930s and has since become one of the most common media for culturing bacteria. It contains several components that provide optimal conditions for the growth of microorganisms.
One of the main components of Ploskireva medium is agar, a polysaccharide that forms a gel-like structure when water is added. Agar contains many nutrients necessary for bacterial growth and also inhibits the growth of other microorganisms. In addition, agar is a good insulator, which allows bacteria to be grown in isolation from each other.
Another important component of Ploskiri media is peptone, an organic compound that contains amino acids, vitamins and other nutrients. Peptone promotes bacterial growth and promotes colony formation.
Flat media also contains salts such as potassium, sodium, magnesium and iron, which are necessary for the growth and metabolism of microorganisms.
Overall, Ploskireva medium is a very effective medium for growing microorganisms and can be used for a variety of purposes in biotechnology, medicine and the food industry.
The article “Ploskirev medium” (description below) is devoted to one of the most famous micrological media developed by the Soviet micrologist N.V. Ploskirev. The environment got its name in honor of its creator. It is widely used for growing and cultivating bacteria and other microorganisms.
**WHAT IS A FLAT ENVIRONMENT?**
PLOSKIREV is a medium that was developed back in the 40s of the twentieth century by the Russian researcher Ploskirev. Using this medium, high-quality identification of bacteria is carried out.
This substance is also used to inoculate bacteria to determine the presence of nutrients for the plant. This happens in laboratory conditions when analyzing these organisms. When carrying out certain activities, we have a reason to return to the peculiarities of the origin of the environment of the planar. At least every person who is involved in analyzing plant samples is faced with one of the advantages of the presented environment. We are talking about its ability to accelerate the growth of the organisms in question to simplify the implementation of this kind of analysis. It is worth saying that in addition to ease of use, one of the undoubted advantages of this medium is the presence of a wide range of different microorganisms that grow well even among many options in the presence of nutrient solutions. In addition, such research methods do not require special human sensitivity. For people involved in plants, this factor is really important, since with a huge number of items it is difficult to single out a specific group. But there are also negative factors associated with using the flatbed medium. In the first place is the possibility of the appearance of a suspended product, that is, a mixture of bacteria with a nutrient.