GLOBAL BIOENGINEERING MARKET: GENERAL CHARACTERISTICS, INSTRUMENT MARKETS, SUBSTANCES AND REAGENTS, EQUIPMENT

The object of the study is the general characteristics of the world bioengineering market, the state, segment analysis, dynamics and prospects of the world markets of tools, substances and reagents, bioengineering equipment. Information is given on the most important problem areas in the health of the world population. Four areas of application of biomedical innovations are defined and areas of influence of biomedical engineering are distinguished. Possible ways and stages of bioengineering programs implementation were discussed. The general characteristics and main features of the world bioengineering market are given. Systematization of available literary data on the world market of bioengineering, markets of tools, substances and reagents, bioengineering equipment will allow for a reasonable approach to the development of domestic bioengineering and will contribute to the integration of domestic science and engineering into the European and world space. To conduct marketing analysis, the method of searching for literary data and the method of analysis were applied. Bioengineering is defined as a field of science and technology that develops the use of engineering principles in biology and medicine. The analysis of the bioengineering tools market was carried out according to the following segments: geographical regions, market products, technological ideas, fields of use; the market of substances and reagents - by geographical regions, market products and applications; of the bioengineering equipment market – by geographic regions, technologies, and the end user. The potential demand and volume of markets of different countries of the world have been determined. The dynamics and competition in the world market are monitored and the factors affecting the dynamics of the market and its key trends are indicated. The state is summarized and the prospects of further scientific research in the field of bioengineering are indicated. The main trends in the development of biotechnology are identified: personalized medicine, gene editing and CRISPR diagnostics, machine learning and artificial intelligence, stem cell technology, big data, drug research. The following scientific methods were used: the method of searching for literary data on the subject under study; method of analysis of literary sources; comparative analysis of different methodological approaches; content analysis of documents; method of systematization and classification when conducting research on the achievements of modern science and technology in the field of bioengineering. The systematization of literary data made it possible to present the problems of bioengineering in the form of tables and diagrams, which gives a certain advantage for understanding and using the material.