Сравнительный анализ спектральных характеристик опухолевой ткани человека и экспериментальных животных

Abstract

The probing of Ehrlich carcinoma fragments from Af line mice was made in millimeter wavelength range (28-33 GHz) with the quasioptical antenna and radiometric system. The number of cycles from 100 to 500 ms was 500, which was critical for assessing of material ex tempore. Data characterizing the levels of spectral modulation signals passed through tissue samples were fixed in digital form and processed using Fourier transformation. The fixed in formaline material was obtained in patients during surgery of breast cancer. The identical pattern of modulation signals spectral components passed through the samples of fixed in formaline and native tumor tissues was established.