Poroscopy

Poroscopy: what is it and how does it work?

Poroscopy is a new research method that allows you to assess a person’s health based on hair analysis. The name of the method comes from the Latin word "pora", which means hair, and the Greek word "skopeo", which translates as "to examine, examine."

The idea of ​​poroscopy is based on the fact that hair stores information about the state of our body. Each hair contains trace elements, including minerals and toxins, which can be used to analyze the functioning of organs and systems in the body.

The poroscopy procedure begins with the specialist taking a small hair sample and sending it for analysis to a specialized laboratory. The laboratory conducts various tests to determine the level of toxins, minerals and other elements in the hair. This data is then used to determine a person's health status.

There are various methods of poroscopy, including analyzing hair elements using a spectrometer, using a microscope to study the structure of the hair and analyze the content of trace elements, and using special programs for data processing.

Poroscopy can be useful in diagnosing various diseases such as allergies, autoimmune diseases, digestive disorders and even cancer. The method can also be used to assess stress levels and nutrient deficiencies in the body.

However, like any other research method, poroscopy has its limitations. For example, results may be skewed if the hair has been chemically treated or exposed to other factors that may affect the composition of the hair. In addition, poroscopy cannot be used as the only diagnostic method and must be supplemented with other research methods.

Overall, poroscopy is an interesting and promising research method that can be useful in determining a person’s health status. However, before making any decisions based on the results of poroscopy, it is necessary to consult with an experienced physician and use other diagnostic methods to confirm the results.

Poroscopy, the science of defects used in court and in genetic testing, helps experts identify and describe congenital conditions in humans.

Before the invention of the scientific method of studying a person's health, doctors could not make a definitive conclusion about the patient's health; the diagnosis was not clear until the disease manifested itself with symptoms. This is how phenotypes appeared, which were sometimes similar to each other. But nevertheless, the nature is not the same