Authors: G.A. Barysheva, M.S. Egorov, A.E. Bogachev, A.I. Shmidt

Title of the article: Cancer prevention using a diaryliodonium salts synthesis with oxone® as oxidant: innovative method of improving social wellbeing

Year: 2018, Issue: 1, Pages: 4-15

Branch of knowledge: Economics and innovation management

Index UDK: 338.012

DOI: 10.26730/2587-5574-2018-1-4-15

Abstract: The innovative technology of advanced diagnosis of cancer is based on the implementation of the latest products of chemistry into the sphere of public health services. One of the ways of reducing harmful effects of cancer as a consequence of anthropogenic pollution on social wellbeing of the population is the introduction of advanced diagnostic technologies using iodonium salts. The mechanism of implementing the technology of using diaryliodonium salts with Oxone® as an oxidant in public health care is based on the following achievements of modern chemistry. Polyvalent iodine compounds (III) has become especially popular in recent years due to the possibility of their use as a precursor in the synthesis of tracers for positron-and-emission tomography (PET). An innovative technique, focused on reducing toxicity, increasing environmental factor, reducing the cost of synthesis, and increasing the variability of final products, can contribute to solving some problems associated with the tracers for positron emission tomography. Main potential customers of produced diaryliodonium salts may be small research laboratories specialising in studying polymeric materials, as well as medical facilities, where preclinical and clinical studies of tracers for positron-and-emission tomography are carried out.

Key words: social wellbeing innovations health cancer prevention

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