The laboratory specializes in investigating the molecular physiology of human tumors and organs, exploring both normal and pathological conditions. Leveraging cutting-edge microfluidic technologies, alongside molecular genetics and bioinformatics methodologies, our research aims to elucidate the specific roles played by individual genes and microRNA molecules or their isoforms in the pathogenesis of diverse diseases and pathological states.
News
Evgeny Knyazev Begins Training in the Fourth Cohort of the Management Talent Pool Development Program in Science, Technology, and Higher Education at Sirius Federal Territory
March 13
In the article “Modeling Preeclampsia: From 2D Cultures to Placenta-on-a-Chip Technologies,” Russian scientists have presented an overview of modern cellular models of preeclampsia—a dangerous pregnancy complication. The study covers two-dimensional and three-dimensional cultures, as well as advanced placenta-on-a-chip microfluidic technologies, allowing the examination of pathological mechanisms at the cellular level. The paper highlights the potential of CRISPR-Cas9 and personalized models for developing new diagnostic and therapeutic methods for preeclampsia. These advancements open prospects for more precise early diagnosis of preeclampsia and the creation of effective treatment strategies.
Research & Expertisepublicationsresearch projects3D cell culturemicrofluidic chiporgan-on-a-chipplacenta-on-a-chip
February 04
The Moscow Young Scientists Club was established as part of the "At the Center of Science" project, organized by the Center for Pedagogical Excellence with funding from the Moscow Department of Education and Science.
January 09
This project, organized by the Moscow Department of Education and Science with the support of the Center for Pedagogical Excellence and other institutions, includes lectures, workshops, and educational intensives featuring science communicators and leading scientists from across Russia.
December 05, 2024