Trachyscopy

Trachiscopyas what is this medicine made from? It is available in pharmacies without a prescription. Indications for use: Trachiscopine is prescribed to patients who have complaints of anxiety, irritation, stiffness, drowsiness, constant feeling of fatigue, decreased activity, irritability, sleep disturbances, and autonomic dysfunction.

Doctors do not have information about how trachyscopic tablets appeared. Perhaps in ancient times they were made from plants and mushrooms. Gradually, new types of herbs were studied. In the 19th century, the widespread use of herbs in medicine began, especially after the discovery of vitamins. But it was found that the substances contained in herbs have a healing effect on the body only when a large number of medicinal plants are consumed simultaneously. Therefore, at the same time, they began to develop individual components. The first attempts to do this date back to the 20th century, and already in the 50s of the 20th century the first medicinal substance trachys-chlorophyllipt was discovered. Significant contribution to the development of pharmacology

- (Trachyscopie, trachyscopy, micratory, micronoscopy, microscopic) is an optical method for studying small particles that cannot be clearly seen with a microscope or magnifying glass. If we talk about barons, these are special instruments for measuring small particles and other very small objects: for example, microtubules of cells in the nuclei, proteins, enzymes, hormones, blood cells, skin cells, hair, traces of DNA. The trachiscopic method has two main advantages over other methods - high resolution and high magnification. It allows you to study small particles and carry out measurements with high accuracy, which helps to conduct a qualitative analysis of the samples under study.

- In medicine, trachyscopy is used to diagnose various diseases, such as cancer,

Trachiscopy is a diagnostic method for examining the cornea of ​​the eye using special microscopes. The method was invented in 1869 by the English ophthalmologist Humphry Davy, who became interested in this issue after discovering unusual structures on the surface of the cornea in patients with tuberculosis. Later, this method was also used to diagnose diseases associated with metabolic disorders and abnormalities of the cornea.

Within this method, three examinations are carried out:

1. Slit lamp examination. This allows you to visually determine the condition of the outer shell of the cornea - the cornea and its properties. 2. Conducting research using optical analysis techniques. The surface layer of the cornea is assessed for violations of its integrity, the presence of changes in its structure, as well as identification of various disorders in the epithelium. To do this, certain colors of light rays are used, which will help more accurately assess the condition of these structures and determine the reason for their changes. 3. Processing of the results obtained using special programs and software. Based on the obtained indicators, the degree of corneal impairment is determined and measures to eliminate them are prescribed. The research can be conducted online. The method can be used if pathology has already arisen. It can also help identify pathological processes that are only at the stage of formation.

Trachiscopy has a number of advantages: - non-invasiveness of the method

Description of the method

Trachiscopy or microtrachescopy is a microscopic research method that allows you to study the properties of liquid media and capillaries under a microscope. This method is widely used in medical diagnostics to detect vascular and small diseases.

Trachiscopy is a science that studies the phenomena that occur during light and radio wave interactions with living tissue. The name comes from the Greek words for a rough surface (Greek “tracheis”) and its consideration (Greek “skopeo”). Synonyms for the term are microcontrast imaging and baronatrachiscopy. In medicine, the term is used to describe optical signals from tissue. This interaction leads to the coloring of an object that does not have this characteristic. This term refers only to the internal tissues of the body, since on the skin and mucous membranes, as well as in other hard tissues, there may be another manifestation of this phenomenon - for example, when translucent objects are visible, the phenomenon of trachesis can be observed. This term was proposed by Professor S. Baron and is used in practice together with the method of microscopic visualization of tracheosing images, obtained by him in 1920. A description of the phenomenon of the appearance of dark or light linear structures with different configurations and extensions in a colored body was first given by him only in 1873, but the method of obtaining images with their help was formulated forty years later, which made it possible to conduct research more efficiently. Such an image arises during processes that occur due to the phenomenon of backscattering, i.e., the passage of radiation through some solid transparent substances and its partial reflection from inhomogeneous internal layers. A characteristic feature is a light color, which is obtained due to the non-distribution of diffuse light