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St. Petersburg State Technological Institute (technical university)
One of the most prestigious universities in Russia in the field of chemistry, chemical engineering, biotechnology, nanotechnology, engineering, information technology, management and economics. Russia's leading university is a modern training center of higher education.Founded in 1828.

Molecular Biotechnology

Chairman – Professor, Dr. Sc. (Chemistry) Anatoly Iosifovich GhinakChairman – Professor, Dr. Sc. (Chemistry) Anatoly Iosifovich GhinakChairman – Professor, Dr. Sc. (Chemistry) Anatoly Iosifovich Ghinak

Vice Chairman: Ph. D. (Biology) Dmitry Olegovich Vinokhodov

Telephones: +7(812) 494-9267

E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.






The department trains:

· Specialists (engineers) in specialty 240901 (070100) – Biotechnology

· Bachelors and Masters of engineering and technology in course 240100 (550800) – Chemical Technology and Biotechnology

· Ph. D.s (Chemistry, Biology, Engineering) in specialty 03.00.23 – Biotechnology

· Drs. Sc. (Chemistry, Biology, Engineering) in specialty 03.00.23 - Biotechnology



Education Process:



In the 21st century biotechnology became one of the leading branches of the world science and economics. The revolutionary development of molecular biology enabled scientists to study the biological structure of living cells on a macromolecular level. The emergence of the recombinant DNA technology and other methods of genetic engineering have given the opportunity to conduct sophisticated operations with polynucleotide molecules and transfer alien genes into the cells of microorganisms, as well as higher plants and animals. The development of principles of cell engineering has given the opportunity to artificially unite cells of two different evolutionary distant organisms, as well as create new cells from separate fragments of different cells. These scientific achievements have enabled the creation of new high-efficiency biopharmaceuticals for the prevention and treatment of different human, animal and plant diseases; they also gave the opportunity to conduct prenatal diagnostics and gene therapy for many hereditary human diseases, obtain new transgenic organisms which have radically new properties. The economic forecast shows that in the 21st century biotechnological products will amount to not less than 20% of the total amount of products coming to the world market.



Biotechnology is a unique synthetic branch of modern science which has emerged at the junction of chemistry, biology and engineering. Thus, students who have gained knowledge in the various departments of the Institute of Technology and continue their studies at the department of Molecular Biotechnology study a set of special disciplines relating to the following scientific fields:



Theory of bioorganic chemistry

Physicochemical Analysis of Biologically Active Compounds

Structural Design of Biologically Active Compounds

General Biology and Microbiology

Virology an Mycology

Biochemistry

Biochemistry of Microorganisms

Molecular Biology

Genetic Engineering

Cell Engineering and Creation of New Strains of Producers of Biologically Active Compounds

Equipment and Engineering Design for the Biotechnological Industry

Calculation and Engineering Design of Equipment for Biotechnological Processes

Metrology, Standardization and Certification

Biometry

Technology of Bioorganic Synthesis

Biotransformation of Organic Compounds

Environmental Biotechnology

Written by  | K2_CREATED_ON Tuesday, 05 June 2012 13:23 | Last modified on Thursday, 14 January 2016 12:52

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