Laboratories
The most dynamic research activity of MIPT is being done in our school, where 16 modern laboratories on the Phystech campus conduct comprehensive research on the entire spectrum of Life Sciences.
The cross-competencies studied allow our graduates to work in advanced areas of modern sciences: molecular biology and genetic engineering, bioinformatics and digital medicine, industrial biotechnology and drug development
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Bioinformatics and digital medicine
Combines traditional physics training mathematics and programming modern research in Sciences living.
1
The laboratory analyzes the data of biomedical statistics and various aspects of the digitalization of healthcare.
Laboratory of Translational
Genomic Bioinformatics
Analysis of molecular pathways and the use of machine learning to create a new generation of biomarkers and the creation of the first system of universalization and comparison of transcriptomic data
Laboratory of Plant System Genomics and Mobilomics
Development and practical application of the technology of activation of mobile genome elements for the accelerated production of new economically valuable phenotypic traits and the creation of promising varieties and hybrids of agricultural plants
Laboratory of Neurotechnologies and Human-Machine Interaction
Research interests of the laboratory: neurotechnologies, artificial intelligence, electronics, microelectronics, training, education, sensors
Cell biology and bioengineering
Classic "wet" biology laboratories of Phystech. They work in the field of genomic and cell engineering, molecular interactions and targeted delivery systems.
2
Laboratory of Cell Signaling Regulation
Studies of intracellular signaling cascades of prokaryotic and eukaryotic cells associated with various multifactorial diseases
Laboratory of Personalized Chemo and Radiotherapy
Scientific research in three main areas: oncology, active longevity and age-related neurodegenerative diseases
Center of Living Systems (Laboratory of Genomic Engineering)
Human stem and somatic cell editing projects
More about the laboratory
Nanobiotechnology Laboratory
Development, study and optimization of the action of complex intelligent nanosystems (nanobiorobots), Study of the functioning in vivo of biocompatible intelligent nanosystems (nanobiorobots)
Laboratory of Special Cell Technologies
The development of biomedical cell products the base of mesenchymal stem cells for animals the treatment of frostbite, burns, and wounds in hypoxia and hypothermia in The Arctic zone of the Russian Federation
Laboratory of Special Medical Equipment, Technology and Pharmaceuticals
Development of innovative medical products based on natural biopolymers for first aid in case of bleeding, for the treatment of severe burns and wounds
Biochemical Research of Cancerogenesis Laboratory
Development of new schemes for oncodiagnosis and oncotherapy demonstrating the effectiveness of anticancer drugs in vivo
Laboratory of Molecular Biological and Neurobiological Problems and Bioscreening
The research interests of the laboratory include bioscreening, neurobiological problems, molecular and cellular technologies, 3D cell models, aging markers, neuropharmacology, diagnostics, preclinical studies.
Biophysics and Medical chemistry
Classical and innovative physico-chemical methods of analysis of biological objects, as well as mathematical modeling are used in laboratory research.
3
Preclinical Research Laboratory
Development of HPLC-MS/MS, HPLC-UV and GC-MS methods for determining contaminants in food samples and analysis of medicinal substances in biological tissues and fluids
Laboratory of Historical Genetics, Radiocarbon Analysis and Applied Physics
Study of the history of the human genome and development of physical methods of chronology, including accelerator mass spectrometry
Laboratory of Molecular Medical Diagnostics
Together with the laboratory of ion molecular physics scientific research in development of methods of mass spectrometry and them apply to the study of biological systems
Laboratory of Functional Medicines
The laboratory carries out preclinical development of innovative dosage forms, including those based on liposomal technologies
Laboratory of Experimental and Cell Medicine
Investigation of cardiac tissue fibrosis and its role in various pathologies
Laboratory of Functional Biomaterials
Development of physical foundations and methods of creating functional materials with application in specific medical devices
Laboratory of medical equipment in the field of in vitro diagnostics
The research interests of the laboratory include the development of medical equipment, components of medical equipment, reagents and consumables.
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