New articles

• Review
  Modern concepts about genetic regulation of connective tissue gystophysiology and its relationship to the physical quality of “flexibility”

  A.V. Zholinsky, A.I. Kadykova, R.V. Deev

  “Flexibility” is a physical quality of a person, which is characterized by the ability to perform movements with a large amplitude.
  24/01/2023
• ПРАВО
  Legal problems in the protection of human rights in the russian federation in the use of molecular genetic technologies in medicine

  R.I. Khusainova, I.R. Minniakhmetov1, B.I. Yalaev и др.

  The article analyses possible human rights violations that occur in the application of molecular genetic technologies in medical practice.
  24/01/2023
• Original Research
  Non-viral gene transfer in hydrogel matrices with octacalcium phosphate microgranules in optimization of reparative osteogenesis

  I.Y. Bozo, E.V. Presnyakov, E.S. Rochev и др.

  There is a strong unmet need for bone grafts and substitutes combining osteoinductive capacities and biophysical properties for using them in minimally invasive surgical interventions.
  24/01/2023
• Original Research
  Investigation of HLA-DRB1 and IL28 gene polymorphism in patients with varying severity of covid-19 infection

  S.N. Kolyubaeva, A.A. Kondratenko, K. Alkhazhe и др.

  The work analyzed the polymorphisms of the HLA-DRB1 and IL28 genes in 100 patients who underwent COVID-19 with the development of infection with varying degrees of severity.
  24/01/2023
• Original Research
  Comparative characterization of cell products derived from adipose tissue using different systems for the isolation of cellular fractions

  I.R. Gilmutdinova, E. Kostromina, A.V. Veremeev и др.

  The use of autologous adipose tissue-derived cell products to restore the morphology and function of organs and tissues affected by the disease have become widespread in regenerative medicine.
  24/01/2023
• Original Research
  The effect of the cell-free matrix of the human umbilical cord on the growth dynamics and viability of cultured human and animal cells ex vivo

  L.I. Kalyuzhnaya1, M.O. Sokolova, V.E. Chernov и др.

  Due to its extraembryonic origin, the umbilical cord retains regenerative molecules of the fetal phenotype The cell-free matrix of the human umbilical cord as the basis of various tissue-engineering structures (TES) for regenerative medicine can contribute to the repopulation of transplanted matrices by patient-specific cells.
  24/01/2023