MPSU Youth Laboratory of Biophotonics and Nanoengineering

Head of Laboratory

Egorova, Tatiana V

PhD in Biological/biomedical sciences
Publications
21
Citations
347
h-index
10
Authorization required.
Lab team

Nanoparticles, a critical bone defect

  1. Synthesis of polymers
  2. Various methods for the production of biomaterials/biocomposites, supramolecular complexes and sols of nanoparticles.
  3. Biophotonics
  4. Various synthetic techniques for the production and functionalization of nano-and biomaterials (hydrothermal, sol-gel, layer-by-layer, etc.)
Egorova, Tatiana V
Tatiana Egorova
Head of Laboratory
Drozdova, Mariya Georgievna
Mariya Drozdova
Junior researcher
Maria Nikolaeva
Junior researcher
Aleksandr Vlasov
Research assistant
Anna Kolychenko
Research assistant
Maksim Suchkov
Research assistant

Research directions

Dorsal chamber

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Dorsal chamber
A new way of visualization based on a biological model.

Nanoparticles for tumor imaging

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Nanoparticles for tumor imaging
The use of nanophosphores as a drug for imaging the tumor process

Photodynamic therapy of a strain of resistant bacteria

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Photodynamic therapy of a strain of resistant bacteria
Treatment of bacterial infection resistant to antibiotics.

Regeneration of a critical bone defect

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Regeneration of a critical bone defect
With various injuries and operations, bone tissue may lack its own regenerative ability, which leads to the emergence of the term "critical bone defect". A critical bone defect (KCD) is a bone defect that is unable to heal spontaneously during life. The magnitude of the critical bone defect in humans is ≥ 2.5 cm, in mice ≥ 4 mm. The most promising material for the treatment of CD is the use of special photosensitive compositions based on modified polymers of natural origin with various bioactive additives and cells capable of forming a cross-linked gel under the action of light. In situ photo–stitching - that is, applying a liquid photocomposition directly to the CD site with subsequent photo–curing - allows you to completely fill in the defect and does not require the creation of preliminary 3D models and fitting the material to the required shapes and sizes.

Publications and patents

Partners

Lab address

Москва, проспект Вернадского, 88
Authorization required.