Graduate course (speaker)
First, the course name: biological engineering analysis
Second, hours and credits: 32/2
Third, the curriculum objectives
This course mainly teaches the basic principles and application of the new technology and typical analysis and detection methods needed in the field of biological engineering, taking into account the systematic, novelty, practicality, advanced and forward-looking content of the content. It aims to make students understand and understand the applicability and limitations of various analytical methods, and to train students to have the basic theoretical knowledge and skills to detect and analyze the target.
Fourth, the application of disciplines
Biochemistry and molecular biology, botany, microbiology, and other biosciences
Fifth, the basic teaching content and hours of arrangement
1, biotechnology analysis overview (2 hours)
Basic knowledge of biological engineering analysis and its research field
The task, function, content and characteristics of bioengineering analysis
2, spectral and spectral analysis (8 hours)
UV - Visible absorption spectroscopy
Infrared and Raman Spectroscopy
Fluorescence spectrophotometry
Nuclear magnetic resonance spectroscopy
3, electrophoresis and high performance capillary electrophoresis (2 hours)
Basic theory
Electrophoresis and efficient capillary electrophoresis
4, biological mass spectrometry (2 hours)
The principle of mass spectrometry
Biological mass spectrometry
5, biological test method (6 hours)
Enzymatic analysis
Immunoassay
biological sensor
6, thermal analysis (4 hours)
Differential thermal analysis and differential scanning calorimetry
Thermogravimetric analysis
7, X-ray analysis (4 hours)
Wide angle X - ray diffraction analysis
Small angle X - ray scattering analysis
8, other analysis and detection of new technology (4 credits)
Radioisotope analysis technology
Chromatography combined with technology
Flow Injection Separation Analysis Technology
6, course materials and the main reference book
1, Dong Wenbin editor, "bio-engineering analysis", Chemical Industry Press, April 2006 first edition.
2, Wang Jingzong, Qu Huisheng, "a comprehensive analysis of complex samples - Analysis of Technology", Chemical Industry Press, September 2000 first edition.