Кафедры подготовки: Информационных

Кафедры подготовки: Информационных технологий топливно-энергетического комплекса, Химии и молекулярной биологии.
Биотехнология и биоинженерия являются приоритетными направлениями современной науки и промышленного производства. Продукты биотехнологии и биоинженерии востребованы в медицине, фармации, биологии, и других высокотехнологичных отраслях народного хозяйства. Разработка новых источников энергии, создание биосовместимых материалов и синтез биологически активных веществ – главные составляющие этих двух наук и отраслей производства. В частности, интенсивно развиваются производство и применение ферментов в переработке различных видов сырья и в получении биопрепаратов. Ферментные технологии имеют преимущества с экономической, технологической и экологической точек зрения, поэтому годовой оборот ферментных препаратов составляет десятки миллионов долларов США и он непрерывно растёт. По объёму производства ферментные препараты занимают третье место после аминокислот и антибиотиков. Ферментативные процессы, применяемые в технологиях, аналогичны природным, но они более безопасны и для здоровья человека и для окружающей среды.
Развитие этих отраслей сдерживается недостатком специалистов высшего уровня, подготовленных в области информационного обеспечения и средств измерения живых систем и биологических структур.

Результаты (английский) 1:

Department: information technology, fuel and energy complex Chemistry and molecular biology.Biotechnology and bioengineering are priority areas of modern science and industrial production. Biotechnology and bioengineering products demanded in medicine, pharmacy, biology, and other high-tech industries. Development of new energy sources, the creation of biocompatible materials and synthesis of biologically active substances are the main components of these two Sciences and industries. In particular, are developing intensively, the production and use of enzymes in the processing of various raw materials and biological products. Enzyme technologies have advantages in economic, technological and environmental points of view, therefore, the annual turnover of the enzyme preparations is tens of millions of United States dollars and it is continuously growing. Volume production of enzyme preparations took third place after amino acids and antibiotics. Enzymatic processes in technologies, similar to natural, but they are safer for human health and for the environment Wednesday.The development of these industries is constrained by the disadvantage of high-level specialists, trained in the area of information management and tools for measuring living systems and biological structures.

Результаты (английский) 2:

Chair of training:. Information Technology Energy, Chemistry and Molecular Biology,
Biotechnology and Bioengineering are priority areas of modern science and industrial production. Food Biotechnology and Bioengineering in demand in medicine, pharmacy, biology, and other high-tech sectors of the economy. The development of new energy sources, the creation of biocompatible materials and synthesis of biologically active substances - the main components of these two sciences and manufacturing industries. In particular, rapidly developing production and the use of enzymes in the processing of various types of raw materials and in the preparation of biological products. Enzyme technologies have advantages from an economic, technological and environmental points of view, therefore, the annual turnover of enzyme preparations in the tens of millions of dollars, and it is continuously growing. By volume production enzyme preparations in third place after the amino acids and antibiotics. Enzymatic processes used in technology, similar to the natural, but they are safer for human health and the environment.
The development of these industries is constrained by the lack of high-level professionals trained in the field of information security and means of measurement of living systems and biological structures.

Результаты (английский) 3:

information technology training: the department of fuel and energy complex, chemistry and molecular biology.biotechnology and bioengineering are priority areas of modern science and the industrial production. biotechnology and bioengineering products used in medicine, pharmacy, biology, and other high-tech industries. the development of new energy sources, the establishment of a biocompatible material and synthesis of biologically active substances are the main components of these two sciences and industries. in particular, intensively developed in production and application of enzymes in the processing of various types of raw materials and to obtain биопрепаратов. enzyme technology has the advantages of economic, technological and environmental points of view, therefore, the annual turnover of enzyme preparations is tens of millions of dollars and is continually growing. on the size of production enzyme preparations took third place after amino acids and antibiotics. ферментативные processes in technology, similar to the natural, but they are safer for human health and the environment.the development of these sectors is hampered by the lack of professionals of higher level of information management and measurement of living systems and biological structures.