N.I. Sinitsyn1, V.A. Yolkin2, A.I. Toma3

1 Saratov branch of V.A. Kotel’nikov IRE of RAS (Saratov, Russia)
2 JSC NPP «NIKA-SVCH» (Saratov, Russia)
3 FGBU «United hospital with polyclinic», Administration of the President of Russian Federation (Moscow, Russia)
1 zet2004@mail.ru, 2 jva8989@mail.ru, 3 al_toma@mail.ru

Ultraviolet radiation is one of the reasons for the growth of skin cancers such as basalioma, melanoma and other types of cancer. But, regardless of the reasons for their appearance, the success of treatment depends on the stage of the disease. High guarantees of successful skin cancer therapy are achieved with early detection of predisposition to these diseases. Improving the quality and reliability of cancer diagnostics is achieved primarily by the informativeness of the data obtained during these diagnostics. The objective of the review and experimental clinical studies is to increase the level of diagnostics of skin cancer through the use of new computer technologies and the introduction of artificial intelligence, which brings medicine to a qualitatively new level. The analysis of modern methods of diagnostics skin cancer used in oncology with the involvement of biomedical equipment of different production was carried out. The prospects for the implementation of alternative approaches to the treatment and diagnostics of such diseases based on new principles with the involvement of electromagnetic radiation in the millimeter wavelength range are shown. The developed methods and equipment, based on the phenomenon of structurization of the water-containing medium in living tissues discovered by the authors and the features of the interaction of living tissues with electromagnetic radiation, open up the possibility of designing ultra-highly sensitive diagnostics of skin diseases, including cancer.

Sinitsyn N.I., Yolkin V.A., Toma A.I. Modern methods and new principles for diagnosing skin cancer. Biomedicine Radioengineering. 2023. V. 26. № 6. P. 83–91. DOI: https://doi.org/ 10.18127/ j15604136-202306-11 (In Russian)

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