1. Методы исследования в биотехноло

1. Методы исследования в биотехнологии


Учебный план включает следующие основные дисциплины по этой специализации: «Химия биологически активных веществ», «Общая биология и микробиология», «Основы биохимии и молекулярной биологии», «Методологические основы качества и безопасности биотехнологической продукции», «Основы биотехнологии», «Методы культивирования и анализа клеточных культур», «Биотестирование», «Физико-химические методы анализа в биотехнологии», «Молекулярная физика и спектроскопия» и т.д., направленные на формирование компетенций в области современных методов анализа, применяемых в биотехнологии и биоинженерии.



2. Моделирование биополимеров и систем


Учебный план включает следующие основные дисциплины по этой специализации: «Биофизика», «Биостатистика», «Основы автоматизации биотехнологических процессов», «Промышленное получение и применение ферментов», «Биополимеры», «Основы физико-химической механики дисперсных систем», «Математическое моделирование физико-химических процессов», «Численные методы в эксперименте», «Процессы и аппараты биотехнологий» и т.д., направленные на исследование химико-технологических процессов на основе моделирования и современных IT-технологий.



3. Умные материалы


Учебный план включает следующие основные дисциплины по этой специализации: «Основы генетической инженерии», «Химическая биотехнология», «Инженерная реология», «Наноматериалы в биотехнологии и биоинженерии», «Физика и химия полимеров», «Инженерная энзимология», «Биофизика», «Биополимеры» и т.д., направленные на создание новых «Smart Materials», применяемых в биотехнологии и биоинженерии.

Результаты (английский) 1:

1. Research methods in biotechnology The curriculum includes the following main disciplines of this specialization: chemistry of biologically active substances», «general biology and microbiology», «Fundamentals of Biochemistry and molecular biology "," methodological bases of quality and safety of biotechnology products», «Fundamentals of biotechnology "," cultivation methods and analysis of cell cultures "," Bioassay "," physicochemical methods of analysis in biotechnology "," molecular physics and spectroscopy ", etc., aimed at the formation of the competences in the field of modern methods of analysis used in biotechnology and bioengineering. 2. Simulation of biopolymers and systems The curriculum includes the following main disciplines of this specialization: "Biophysics", "Biostatistics", "fundamentals of automation of biotechnological processes», «industrial acquisition and application of enzymes", "Biopolymers", "Basis of physico-chemical mechanics of disperse systems», «mathematical modelling the physico-chemical processes», «numerical methods in the experiment", "biotechnology" processes and equipment, etc., to the study of chemical-technological processes modelling and modern IT-technologies. 3. Smart materials The curriculum includes the following main disciplines of this specialization: «bases of genetic engineering "," biotechnology "," Chemical Engineering "," Nanomaterials rheology in biotechnology and bioengineering, physics and polymer chemistry», «engineering enzymology "," Biophysics "," Biopolymers ", etc., to create new" Smart Materials "used in biotechnology and bioengineering.

Результаты (английский) 2:

1. Methods of research in biotechnology curriculum includes the following main disciplines of specialization: "Chemistry of biologically active substances", "General Biology and Microbiology", "Fundamentals of Biochemistry and Molecular Biology", "Methodological bases of biotechnology products quality and safety", "Fundamentals biotechnology "," The methods of cultivation and analysis of cell cultures "," bioassay "," Physico-chemical analysis methods in biotechnology "," Molecular physics and spectroscopy ", etc., aimed at the formation of the competences in the field of modern analysis methods used in the biotechnology and bioengineering. 2. Simulation of biopolymers and systems curriculum includes the following main disciplines of specialization: "Biophysics", "Biostatistics", "Fundamentals of automation of biotechnological processes", "Industrial production and use of enzymes", "Biopolymers", "Fundamentals of physicochemical mechanics of disperse systems" "Mathematical modeling of physical and chemical processes", "Computational methods in an experiment", "processes and devices biotechnology", etc., aimed at the study of chemical-technological processes on the basis of modeling and modern IT-technology. 3. Smart materials The curriculum includes the following main disciplines of specialization: "Basics of genetic engineering", "Chemical biotechnology", "Engineering Rheology", "Nanomaterials in Biotechnology and Bioengineering", "Physics and Chemistry of Polymers", "Engineering enzymology", "Biophysics "," Biopolymers ", etc., aimed at creating a new« Smart Materials », used in biotechnology and bioengineering.

Результаты (английский) 3:

1. research methods in biotechnologythe curriculum includes the following basic discipline for this specialization: the chemistry of biologically active substances, "the general biology and микробиология»," foundations of biochemistry and molecular биологии» "methodological basis for quality and safety of biotechnology", "fundamentals of biotechnology, methods of cultivation and analysis of cell cultures," биотестирование», "physical and chemical methods to analyse for the biotechnology, molecular physics and спектроскопия» etc, aimed at the development of competencies in the field of modern methods of analysis used in biotechnology and bioengineering.2. modeling of biopolymers and systemsthe curriculum includes the following basic discipline for this specialization: биофизика», "биостатистика», fundamentals of biotechnology", "industrial automation, receipt and use of ферментов»," биополимеры», "the basis of physicochemical mechanics дисперсных systems", "mathematical modeling of physicochemical processes", "numerical methods in эксперименте», the processes and apparatuses biota хнологий» etc. to study chemical processes based on model simulation and modern it technology.3. smart materialthe curriculum includes the following basic discipline for this specialization: the basis of genetic инженерии», биотехнология» "chemical engineering", "реология» nanomaterials, biotechnology and биоинженерии», physics and chemistry полимеров»," engineering энзимология», "биофизика»," биополимеры» etc, aimed at the creation of a new "smart materials used in biotechnology and bioengineering.