Emigraf - new device diagnostics of oncological pathologies

August 2, 2011

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Field of medicine concerned with the diagnosis of human diseases by analyzing the electromagnetic radiation in the millimeter range of the body, has become a very successful development with the advent of devices capable of recording   electromagnetic fields   extremely low intensity. This is to a large extent also contribute to the scientific results of the theoretical foundations of electromagnetic radiation and the cells of the human organism in the millimeter range. Determination of biologically significant lengths of millimeter waves allowed to develop diagnostic medical devices   based on an analysis of the fine structure of the electromagnetic signals.

Practical medicine prefers contactless methods of diagnosis   To date, not all practically applicable methods meet this requirement. Commonly used methods radiography . Ultrasound diagnostics . . radiometry   They are expert, and their effectiveness is largely determined by the qualifications of the doctor. In this regard, the obvious interest is the development and improvement non-contact diagnostic equipment Capable of recording extremely weak electromagnetic radiation of human cells with pathological changes.

methods of passive location   in the millimeter wavelength range, making it possible to recognize the healthy cells and abnormal structures of the human body, the rapid identification of the cause of damage, implemented in a unique diagnostic medical device " Emigraf ". With this device researches on an express diagnosing cancer in women - breast cancer .

It is a common disease has a high mortality rate due to untimely identification of pathology. The widespread introduction of this highly informative instrument into medical practice of early diagnosis signs carcinomatosis breast   women will reduce the mortality associated with this disease.

Medical Device rapid diagnosis   It is a highly sensitive receiver and antenna for receiving electromagnetic radiation at a wavelength of 5, 0 mm in two orthogonal polarization channels. For the analysis of the electromagnetic spectrum selected operating wavelength of maximum absorption of the conditions of her oxygen molecule. It is the hallmark of the local structures in recognizing cancer cells - normal functioning of cancer cells differ significantly reduced oxygen content.

Register electromagnetic signals is carried out in a strictly defined points of the body corresponding to the projections of the organs and tissues involved in the implementation of carcinogenesis in breast cancer in women (the projection of the mammary glands, kidney, ovarian, thyroid, liver, spleen, uterus).

Tests of the device in the control group of patients with histologically confirmed breast cancer diagnosis at the initial stage showed a low percentage of errors of the first and second type (8% and 14%), a diagnostic sensitivity of 92% and positive predictive value equal to 87%. These results indicate that a diagnostic unit designed to express medical examinations (including weight) allows high reliability to detect the early stages of   women.

Obtained using the developed device data on the specific features of the human electromagnetic field parameters in the millimeter range in the localization of other cancers predetermine the direction of future research on the development of contactless passive diagnostic methods.