METHOD OF CONTROLLED INFLUENCE ON BIOLOGICAL OBJECTS WITH ELECTROMAGNETIC IRRADIATION OF SEMICONDUCTOR INJECTION GENERATOR (VERSIONS) Russian patent published in 2013 - IPC A61N1/06 

FIELD: medicine.

SUBSTANCE: group of inventions relates to medicine, namely to means of impact with electromagnetic radiation on biological object by electromagnetic irradiation and can be used in field of medicine, biology, veterinary for carrying out wave therapy. In accordance with the first version of the invention claimed is method, which includes radiation of biological objects by electromagnetic irradiation of semiconductor injection generator. Radiation is performed by means of semiconductor injection generator based on A₃B₅ heterostructure. To perform suppressing impact on oncologic cells radiation is carried out by polarised pulse electromagnetic irradiation with rotation of electromagnetic irradiation vector rightward, frequency of electromagnetic irradiation in the range from 30 to 220 GHz, wavelength of electromagnetic irradiation from 1.4 to 10 mm, power of electromagnetic irradiation from 10^-16 W/cm² to 10^-18 W/cm² for 6-8 minutes. Electromagnetic irradiation is performed by active layer which is placed between located on one side two grown layers of n-type conductivity and on the other side one grown layer of p-type conductivity, on which contact sites from precious electrically conductive metal, preferably gold or platinum, are made. As dopant of n-type Se, Te or Si with concentration of carriers not less than n_o - 8•10¹⁵ cm³, and as dopant of p-type Be, Zn or Cd with concentration of carriers not less than P₀ - 9•10¹⁸ cm³ are used. In accordance with the second version of the invention, method includes radiation of biological objects by electromagnetic irradiation of semiconductor injection generator. Radiation is performed by means of semiconductor injection generator based on A₃B₅ heterostructure, and for stimulating impact on oncologic cells radiation is performed by polarised pulse electromagnetic irradiation with rotation of electromagnetic irradiation vector rightward. Electromagnetic irradiation is performed by active layer which is placed between located on one side two grown layers of n-type conductivity and on the other side one grown layer of p-type conductivity, on which contact sites from precious electrically conductive metal, preferably gold or platinum, are made. As dopant of n-type Se, Te or Si with concentration of carriers not less than n_o - 8•10¹⁵ cm³, and as dopant of p-type Be, Zn or Cd with concentration of carriers not less than P_o - 9•10³ cm are used.

EFFECT: group of inventions makes it possible to perform controlled impact on cells of biological object, in particular people, with providing both suppressing and stimulating influence.

2 cl, 5 dwg