[An overview of investments in the development of the Russian Medtech market and the prospects for the impact of digitalization in medicine on the economic performance of companies until 2030].

Today, the topic of digitalization, the introduction of innovations based on Big Data, the complexity of technologies due to the introduction of artificial intelligence in medicine and healthcare is one of the most relevant in this industry, undoubtedly contributing to its rapid development. As a result of this development, there is a huge number of services and applications. Internet resources, not only for health tracking (more than 3,500 applications are available by the end of 2023), but also the development of diagnostic resources, telemedicine, etc.

[Market research of russian medical construction facilities: cost estimation and investments in construction programs].

Within the framework of the study, conditions are analyzed, cost estimates and other characteristics of large construction projects in the medical field are presented. The article analyzes investment projects of construction medical facilities in the Russian Federation. Plans for the development of some large medical networks are also briefly highlighted.

[Analysis of the demand for medical services using digital programs in the Russian healthcare system: an overview of trends].

The research conducted in this article has determined that among Russians, preference for private medical services, including through online technologies, is given for the following reasons: the speed of service provision - 45.1%; lack of queues (44%); quality of medical procedure (39.8%); ease of making an appointment (32.

Pertechnetates - A Structural Study Across the Periodic Table.

The number of crystal structures of pertechnetates derived from aqueous solutions has been expanded from seven to over 30. We report the conversion of NHTcO to aqueous HtcO via acidic cation exchange. This is followed by the synthesis and structural elucidation of pertechnetate salts of alkaline earth (AE), transition metal I and lanthanoids (Ln) elements.

Modification of Cellulosic Materials with Boron-Nitrogen Compounds.

Wood fiber and its products are modified to increase fire and bio-resistance. The best results are achieved by using modifiers that enter into chemical interaction with the hydroxylated substrate, forming the organic matrix of the materials. The purpose of the research described in the article was to study the possibility of using boron-nitrogen compounds to modify cellulose and cellulose-containing materials to improve the performance, bio- and fire-protective properties of construction materials, as well as to optimize the consumption of boron-nitrogen compounds.