Bioeconomy is an economic model based on the use of renewable biological resources for the production of goods, energy, and services. In Russia, this approach is particularly relevant in the context of sustainable development, import substitution, and the creation of competitive technologies. Let's consider the key aspects of bioeconomy development in the Russian Federation.

Applied Bioeconomy Research and Regional Development in the Russian Federation

For the successful development of the bioeconomy in Russia, it is critical that scientific research have not only fundamental but also applied significance. This will allow:

• to create products and technologies in demand on the market;
• to stimulate regional economic growth through the introduction of biotechnology in agriculture, medicine, and industry;
• to develop local production based on renewable resources (wood, agricultural waste, algae, etc.);
• to create new jobs in regions with high bioresource potential (e.g., Siberia, the Far East).

Examples of applied areas:

• processing of agro-industrial waste into biofertilizers and biofuels;
• production of biodegradable packaging materials;
• development of biopreparations for the reclamation of contaminated areas.

This approach will ensure not only an economic effect, but also will reduce the environmental burden on the regions.

From import substitution to domestic competitive developments

Import substitution is an important step, but for Russia's long-term success, it is necessary to move toward the creation of original, world-class biotechnologies. Key steps:

• Development of a scientific base. Support for fundamental research in biochemistry, genetics, and microbiology.
• Investment in infrastructure. Creation of shared-use centers, biotechnology clusters, and test sites.
• Personnel training. Training specialists in the following areas: synthetic biology, bioinformatics, and industrial biotechnology.
• Stimulating innovation. Grants and tax incentives for companies developing new bioproducts.

Priority areas:

• biopharmaceuticals (vaccines, biosimilars);
• industrial microbiology (enzymes, biopolymers);
• agrobiotechnology (resistant plant varieties, biopesticides).

This will allow Russia not only to replace imported solutions, but also to take a leading position in certain segments of the bioeconomy.

Evers Group Rus' Developments in Medical Devices and Preparations: Contribution to the Bioeconomy

Evers Group Rus demonstrates a successful example of implementing bioeconomy principles through the development of medical devices based on chitosan, a biopolymer derived from chitin.

Chitin is a renewable natural resource found in:

• fungi;
• insect exoskeletons;
• arthropod integuments.

One of the company's key products is Hitokol wound dressing is an aerogel based on natural biomaterials. Its features:

• Biodegradation. The material gradually decomposes under the influence of lysozyme and lysosomal enzymes of phagocytes, forming low-molecular compounds that are easily absorbed by the body.
• Safety. It does not contain toxic impurities, which reduces the risk of allergic reactions and complications.
• Composition. It is a highly porous sponge based on:
• chitosan;
• polyelectrolyte chitosan-collagen complex (in a ratio by weight);
• immobilized antimicrobial agents;
• anesthetic.

The use of Chitokol in medicine illustrates how renewable bioresources can become the basis for innovative solutions that meet sustainable development principles.

Digital Platforms: Russian Experience for Global Development

Russia has significant potential in the field of digital technologies, which can be integrated into the bioeconomy. Examples of solutions:

• Digital twins of bio-production. Modeling of fermentation processes and purification of bio-products for cost optimization.
• Big Data and AI in biotechnology. Analysis of genomic data for the creation of new microbial strains, development of personalized medical solutions.
• Blockchain for supply chain tracking. Guarantee of the authenticity of bio-products (e.g., organic fertilizers, biopharmaceutical substances).

Russian practice of creating digital platform (for example, in telemedicine or agro-industrial management) can be adapted for international cooperation. Sharing experiences with other countries will:

• accelerate the global transition to a bioeconomy;
• create uniform standards for biotech products;
• ensure access to renewable resources for countries with limited resources.

Developing the bioeconomy in Russia is a strategic task that requires a comprehensive approach: from scientific research to the implementation of digital technologies. Successful examples, such as the development of Hitokol, demonstrate that domestic companies are capable of creating competitive products based on renewable resources. By focusing on applied research, indigenous technologies, and digitalization, Russia can make a significant contribution to the global bioeconomy, combining economic growth with environmental responsibility.

Раневое покрытие (аэрогель) Хитокол®

Повязка мазевая сетчатая стерильная с эссенциальными микроэлементами

Средство ранозаживляющее «ЭверсЛайф-Гель»

Наборы пластырей медицинских бактерицидных стерильных с активными ионами серебра