DEVELOPMENT OF IMMUNOENZYME ANALYTICAL SYSTEMS FOR CONTROL OF THE CONTENT OF MAIN NON-MEAT COMPOUNDS IN PROCESSED MEAT PRODUCTS

Methods have been developed to control the content of non-meat components (connective tissue of animals, eggs, soy) in processed meat products, based on enzyme immunoassay of biomarker proteins – collagen, ovalbumin, soybean trypsin inhibitor.

IMPLANTED MATERIALS BASED ON MODIFIED PECTINS FOR BIOENGINEERING NERVE TISSUE RECONSTRUCTION

The structure and properties of implanted materials based on modified pectins have been investigated, and the proposed mechanism of their action on the cells of the nervous tissue has been shown.

ANALYTICAL SYSTEMS BASED ON RECOMBINASE POLYMERASE AMPLIFICATION FOR RAPID DETECTION OF VIRAL, VIROID AND BACTERIAL PLANT PATHOGENS

Test systems have been developed for the detection of phytopathogens, combining recombinase polymerase amplification and membrane test strips. Test systems provide detection of potato virus X, potato spindle tuber viroid, potato blackleg pathogen (Dickeya solani), as well as multi-analysis of three viruses. Amplification is carried out at 37 °C. The analysis time does n ot exceed 30 min.

APPLICATION OF THE PREPARATION FROM MICROSCOPIC FUNGI IN THE TECHNOLOGY OF FRUIT PROCESSING BEFORE LAYING FOR STORAGE

The use of the preparation from the biomass of the micromycete Mortierella polycephala provides an increase in the reliability of protection of fruits from microbial spoilage and an increase in the shelf life of fruits.

USAGE OF TRANSCRIPTIONAL REGULATOR LRP BASED BIOSENSOR FOR RESEARCH OF VALINE BIOSYNTHESIS PATHWAYS IN CORYNEBACTERIUM GLUTAMICUM CELLS

The biosensor construction based on Lrp gene was obtained, what contains a fluorescence protein gene under control of BrnFE gene promotor. It was displayed that the fluorescence of Corynebacterium glutamicum cells carrying the biosensor correlates with the production of valine, and with its help it is possible to study the biosynthesis of valine.

BIOCATALYTIC TECHNOLOGIES IN CONSTRUCTION AND HOUSING AND COMMUNAL SERVICES: APPLICATION AND PROSPECTS

This paper describes the use of biocatalytic technologies in construction and housing and communal services. Special attention is paid to the use of microbiological processes for the modification of soil bases, concretes and building mortars. The problems and directions of future research in this area are considered.

ISOLATION OF MICROMYCETES, POTENTIAL LIGNIN DESTRUCTORS, FROM WOOD PROCESSING ENTERPRISES WASTE

Fungal isolates were obtained from the dumps of a wood processing enterprise. Their physiology was studied, and partial species identification was carried out in the ITS region.

A NOVEL C1Q DOMAIN-CONTAINING PROTEIN ISOLATED FROM THE MOLLUSK MODIOLUS KURILENSIS RECOGNIZING GLYCANS ENRICHED WITH ACIDIC GALACTANS AND MANNANS IS VERY PROSPECTIVE FOR BIOMEDICAL PURPOSES

A novel C1qDC bivalve protein from the bivalve Modiolus kurilensis (MkC1qDC-1) was identified, isolated and characterized. MkC1qDC-1 demonstrated the inhibition of HeLa cell proliferation and recognition of some cancer cell phenotypes in comparative analysis on several cell lines, suggesting biomedical potential of this protein.

OBTAINING OF CELLULAR PREPARATIONS OF RAT AND HUMAN OLFACTORY MUCOSA AND THEIR INFLUENCE ON THE SIZE OF MODELED SPINAL CORD CYSTALS

Enriched cultures of olfactory ensheathing cells and neural stem/progenitor cells were obtained according to our developed protocols from the olfactory mucosa of rat and human. It has been shown that only transplantation of human and rat olfactory ensheathing cells leads to a significant decrease in the size of cysts, as well as their complete disappearance in some animals.