Fedorenko Aleksey Grigorevich

Degree: Кандидат физико-математических наук

Academy of Biology and Biotechnologies - Senior researcher

E-mail:

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Personal page:

https://sfedu.ru/s7/person/ru/agfedorenko

Personal page in english:

https://sfedu.ru/s7/person/en/agfedorenko

Research interests:

Works in the Laboratory of Electron Microscopy (Center for Modern Microscopy) of the Academy of Biology and Biotechnology of the SFedU (Research Institute of the NK Kogan Research Institute) since 1998. Has more than eighteen years of scientific experience. Is engaged in ultrastructural study of cellular mechanisms of functioning of living organisms in the norm and under the action of pathogenic environmental factors.

Research projects:

Fedorenko A.G. As an artist participates in the basic theme of the institute, conducted research on specific sections of such research as:

"Investigation of the spectrum and level of variability of morphofunctional features in hybrids and sunflower varieties depending on the action of internal (genotype) and external environmental factors",

"Investigation of the regularities of genome-environment interaction in natural and anthropogenic ecosystems",

"Study of the regenerative activity of the carotenoid fraction of Deinococus radiodurans in a full-thickness wound model against the background of type I diabetes in mice",

 "A comprehensive study of structural and biochemical mechanisms of resistance of nerve and glial cells to photo-oxidative and traumatic damage,"

"Complex electrophysiological and neurochemical study of the mechanisms of regulation of the functional state of the cerebral cortex in norm and pathology",

"Complex neurochemical, proteomic, histochemical and ultrastructural study of cellular molecular mechanisms of neurodegeneration and neuroprotection in photo-induced stroke",

 "Investigation of the regularities of genome-environment interaction in natural and anthropogenic ecosystems",

"Orientation of organelles in vacuoles and the ultrastructure of Petunia hybrida petals",

"Study of the SOL-GEL ultrastructure of nonmetallic alloyed TiO2 nanopowders",

"Development of optimized methods for the synthesis of metal-containing nanoparticles with a pronounced effect on tumor tissues and complex technologies to activate mechanisms of antitumor resistance using nanomaterials and personalized low-intensity systemic effects"

Co-author of more than 50 publications (articles, abstracts), indexed in the main databases of RISC, SCOPUS, Web of S.