Objectives. The aim of this study is the formation of a concept of preimplantation genetic diagnosis (PGD)
in the Russian Federation in the context of ensuring and protecting reproductive freedom of the individual.
Material. The regulatory legal acts, the doctrinal sources of the Russian Federation are examined to identify
key problems that impede the formation of the desired concept. Methods used: general philosophical, general
scientific, private scientific, special (structural-legal, formal-legal).
Results. The basic postulates of the concept of legal regulation of PGD in the Russian Federation are
substantiated. As part of the analysis of domestic legislation, key problems are identified that impede the
formation of the desired concept that meets the level of development of medical science and the needs of
consumers of medical services. The conclusion is justified that it is necessary to fix at the legislative level the place
of pre-plantation genetic tests in the assisted reproductive technologies system, thus giving PGD independent
significance outside the context of the problems of infertility treatment. It has been argued that, in addition to
the norms of the basic law on protecting the health of citizens, a separate sub-legislative normative legal act of
the Ministry of Health of the Russian Federation should be developed in the system of legal regulation of PGD in
Russia, forming a set of mandatory requirements for the PGD procedure, depending on diagnostic goals, as well
as determining which methods are preferable depending on the goal and what results the consumer can count on.
Conclusions. It is noted that in the system of norms on genetic research, special attention should be paid
to genetic counseling, establishing mandatory requirements for the content of the consultation - in relation to
PGD, this should include explanations regarding the algorithm and method of the study, the possibilities and
limitations of this type of diagnosis for each a particular case, the features of its application to solve a single
genetic problem.