Laboratory of Theranostics and Nuclear Medicine
The laboratory was established in 2022 as part of the national project "Science and Universities" in the field of "New Medicine". The subject of the Laboratory: "Development of new multifunctional biomedical materials and technologies for their application in hadron therapy of radioresistant tumors, prevention and treatment of complications of radiation therapy" Fundamental tasks: • Study of the mechanisms of formation of functional nanomaterials with specified properties for their biomedical application • Modeling of the interaction of radiation with nanoteranostics • Study of the molecular mechanisms of the interaction of radiation with biological objects • Analysis of the pharmacokinetics and clearance of nanoparticles, study of the molecular mechanisms of the biological activity of functional nanomaterials under irradiation conditions
- Various synthetic techniques for the production and functionalization of nano-and biomaterials (hydrothermal, sol-gel, layer-by-layer, etc.)
- Spectrofluorometry
- Studies of the toxicity and bioactivity of nanomaterials in animals in vivo
- Dynamic light scattering (DLS)
- Fluorescence microscopy
- Flow cytometry
- UV spectroscopy
Research directions
Development of biomaterials for topical therapy of psoriasis
Development of new biomaterials for the treatment of burn skin lesions
Development of new radio sensitizers
Theranostics
Publications and patents
Partners
