Scientific Research Institute of Fur-Bearing Animal Breeding and Rabbit Breeding named after V.A. Afanas’ev

Laboratory of Genomics

Genomics Selection Agricultural sciences

57196461206

Head of Laboratory

Kosovsky, Gleb Yu

DSc in Biological/biomedical sciences, Associate member of the Russian Academy of Sciences

Publications

Citations

h-index

57196461206

Authorization required.

Lab website

The main directions of the laboratory's work: - The introduction of methods of structural and functional genomics to solve traditional problems of control and management of genetic resources of fur-bearing animals and rabbits. - The study of the molecular and genetic foundations of the formation of economically valuable traits. - Development of methods for the diagnosis of genetically determined diseases, analysis of the genetic material of infectious agents is carried out. - Identification of highly polymorphic genomic elements that make it possible to obtain a population-genetic "portrait" with high resolution of animal groups in order to select and select parental pairs with a high potential for the realization of heterosis effects in offspring. - Development of methods for genomic assessment of success and forecasting of breeding processes. - Development of methods for obtaining animals with knocked-out genes to obtain animals with the required characteristics.

Various methods of molecular biology

Gleb Kosovsky

Head of Laboratory

Research directions

Accelerated creation of new breeding forms of cellular fur-bearing animals and rabbits with a desirable phenotype using methods of genomic technologies to identify the molecular genetic foundations of adaptive and productive potentials

The main directions of the laboratory's work: The introduction of methods of structural and functional genomics to solve traditional problems of control and management of genetic resources of fur-bearing animals and rabbits. The study of the molecular genetic foundations of the formation of economically valuable traits. The development of methods for the diagnosis of genetically determined diseases, the analysis of the genetic material of infectious agents is carried out. Identification of highly polymorphic genomic elements that make it possible to obtain a population-genetic "portrait" with high resolution of animal groups in order to select and select parental pairs with a high potential for the realization of heterosis effects in offspring. Development of methods for genomic assessment of success and forecasting of breeding processes. Development of methods for obtaining animals with knockout genes to obtain animals with the required characteristics.