Shoikhedbrod M
The use as the sorbents of activated carbon of different stamps does not give the possibility to extract from the lymph sufficiently the toxic metabolites, biologically active materials, unspecific cytoplasmic ferments, urea, creatinine, bilirubin, amylase, lipase, trypsin, ammonia and other. Furthermore, the existing processes of lymphosorption occupy much time, which is dangerous for the patient, whom necessary to live without the lymph, producing new and expecting purified lymph. The presence in lymph of the oncological patient the tumor cells, which become the sources of metastases in the lymph nodes, where the tumor cells intensely are reproduced because of the stagnancy of lymph and improved the conditions for the reproduction in these places. The necessity of the development of the new technologies of lymphosorption and methods of the destruction of tumor cells in the lymph of oncological patients is appeared. The paper presents the developed fundamentally new process of lymphosorption, which uses action on lymph of electric field and formed under this influence the negatively charged bubbles of hydrogen, and the specially designed everyday medical electroflotators that permit in short time to replace entire lymph of patient into the lymph of healthy person, freed from the cancerous cells, in the continuous regime, by recirculation on the locked outline.
Obtained experimental data permitted to establish the high effective influence of the developed process of lymphosorption on the treatment of patients of liver cancer and hepatitis of all forms. In connection with the fact that lymph is similar on its biochemical characteristics with the plasma and the blood, the developed process and electroflotators can be successfully used for removal from plasma and blood of toxic substances and cancerous cells. It is appropriate to use of the developed method of lymphosorption and the specially designed everyday medical electroflotators for treatment the patients.
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Journal of Blood & Lymph received 443 citations as per Google Scholar report