Helena Electrotest

Gelena Electrotest is a method for identifying the focus of chronic inflammation of periodontal tissues, which was developed in the middle of the last century by Ukrainian dentist Alexander Gelena. The essence of the method is that when exposed to direct electric current on areas of the oral mucosa along the projection line of the apexes of the roots of the teeth in the area of ​​the focus of chronic inflammation, pain occurs.

This method is based on the principle of galvanic connection between metal dental roots and mucosal tissues. When an electric current is applied to the roots of teeth, a change in blood microcirculation occurs, which leads to a change in vascular tone and the occurrence of pain.

Gelena Electrotest is a very effective method for identifying foci of chronic inflammation of periodontal tissues, as it allows you to accurately determine the location of the lesion and the degree of its development. In addition, this method allows you to identify hidden foci of inflammation that cannot be detected by other diagnostic methods.

However, despite its high efficiency, Gelena Electrotest has some limitations. In particular, this method cannot be used in the presence of metal prostheses and implants, as they can distort the test results. In addition, Gelena Electrotest may cause discomfort and pain in patients, making it unacceptable for some people.

In general, Gelena Electrotest is an effective and widely used method for identifying foci of chronic inflammation of periodontal tissues. However, before using this method, it is necessary to take into account its limitations and contraindications, as well as conduct additional studies to confirm the diagnosis.

Gelena Electrotest is a method for diagnosing foci of chronic inflammation of the periodontal tissue, which is based on the fact that a direct electric current is applied to detect painful areas. The word "electrotest" is an abbreviation that means "electric current", "electrical research", and "helena" is the proper name of the method. Before moving on to the description of Gelena Electrotest’s methodology, we can discuss why this technique is called exactly that, why it