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Anonymous users2024-02-11Are you asking Qian Weiping, deputy director of the Equipment Development Department of the **Military Commission, or Qian Weiping, a professor at the Department of Bioelectronic Medical Engineering of Southeast University?
Chinese name Qian Weiping.
Place of birth: Yicheng Town, Yixing City, Jiangsu Province.
Date of birth: 1963.
Graduated from: National University of Defense Technology.
Qian Weiping, male, born in 1963, from Yicheng Town, Yixing City, Jiangsu Province, aerospace TT&C and communication expert, was admitted to the National University of Defense Technology in 1980, and served as the director of the Information System Bureau of the Ministry of Equipment Development. He is currently the deputy director of the Equipment Development Department of the ** Military Commission.
Qian Weiping used to be the chief designer of the TT&C communication system of China's manned space project, the director of the Beijing Institute of Tracking and Communication Technology, the chief designer of the TT&C system of China's Chang'e-2 lunar exploration mission, and the director of the Information System Bureau of the Ministry of Equipment Development.
In April 2019, he was appointed Deputy Director of the Equipment Development Department of the Military Commission.
Qian Weiping, who has received his Ph.D., is currently a professor and doctoral supervisor in the Department of Bioelectronic Medical Engineering of Southeast University. He has been funded by the Outstanding Young Teacher Funding Program of the Ministry of Education.
Teaching Major: Engineering-Bioengineering.
Incumbency: In.
Gender: Male.
Department: Department of Biological Sciences and Medical Engineering.
Representative**: Preparation of silica colloidal crystals by vertical deposition method and their characterization.
Protein adsorption of biomedical materials by light reflection interference biosensors"
Courses taught: Introduction to Life Sciences, Biochemistry, General Biology, Biochemistry and Biomaterials.
Research interests: bioanalytical chemistry and biosensing, nanomaterials and biomolecular detection, biomaterials.
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Anonymous users2024-02-10Qian Weiping, male, born in 1963, is a native of Yicheng Town, Yixing City, Jiangsu Province.
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Anonymous users2024-02-09Dr. Qian Ping, Professor, Supervisor of Doctoral Students, Outstanding Person of the Ministry of Education in the New Century. A native of Zongyang, Anhui Province. In 1998, he obtained a bachelor's degree in veterinary medicine from Huazhong Agricultural University; He received his Ph.D. degree from Huazhong Agricultural University in 2003.
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Anonymous users2024-02-08Name: Qian Weiping Qian Weiping.
Teaching Major: Engineering-Bioengineering.
Incumbency: In.
Gender: Male.
Department: Department of Biological Sciences and Medical Engineering.
Representative**: Preparation of silica colloidal crystals by vertical deposition method and its characterization of protein adsorption of light reflection interference biosensors on biomedical materials (**for): science-physics.
Courses taught: Introduction to Life Sciences, Biochemistry, General Biology, Biochemistry and BiomaterialsResearch Directions: Bioanalytical Chemistry and Biosensing, Nanomaterials and Biomolecular Assays, Biomaterials.
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Anonymous users2024-02-07Since July, he has been a teacher in the Department of Biological Science and Medical Engineering, Southeast University, and has been promoted to associate professor in 1995, professor in 2000, and doctoral supervisor in 2003.
From September to November, he cooperated with Professor Knoll, an international authority in SPR research, at the Max Planck Institute of Polymer Research in Germany, engaged in the research of SPR biosensors;
From August 2002 to August 2002, he served as a special researcher at the Japan Science and Technology Agency, and collaborated with Professor Fujishima of the University of Tokyo and Dr. Sato of the Kanagawa Academy of Sciences to conduct research on biosensors based on three-dimensional ordered porous materials.
From October to December, he collaborated with Professor Knoll again at the Max Planck Institute for Polymer Research in Germany, engaged in the research of biosensors based on three-dimensional ordered porous materials.
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Anonymous users2024-02-06In 1998, he joined the international SPR research authority PROF. at the Max Planck Institute of Polymer Research in GermanyKnoll conducts collaborative research. From 2000 to 2002, he was a special researcher at the Japan Science and Technology Agency, where he conducted research in collaboration with Professor Fujishima of the University of Tokyo and Dr. Sato of the Kanagawa Academy of Sciences.
He mainly works in the interdisciplinary fields of life science and materials science, and has made a number of innovative achievements in the research directions of bioanalytical chemistry, biosensors and biomaterials. His main research achievements include: the study of antibody adsorption and antigen-antibody interaction on the surface of polystyrene substrate using the AFM system; The molecular mechanism of low sensitivity, narrow linear range and high-dose hook-sickle effect of conventional ELISA was elucidated. The immobilization of biomolecules on one-dimensional to three-dimensional substrates was systematically studied, and the advantages and disadvantages of different fixation methods were systematically compared. A label-free analysis system based on reflectance interference spectroscopy was established to achieve efficient analysis of biomolecular interactions. In this paper, we propose a new way to apply three-dimensional ordered macroporous materials in biosensors and immunoassays, and realize the label-free analysis of biomolecular interactions with diffraction peak position changes.
The main research work in recent years is as follows:
1.Research on the basic issues of immunoassays;
2.Establishment of a label-free immunoassay system based on reflectance interference spectroscopy;
3.Establishment of a biomolecular detection system based on three-dimensional ordered porous materials;
4.Biochemical analysis of whole blood based on gold nanoshells;
5.Establishment of biomolecular detection system based on crystal gel array.
These studies have been supported by the National Natural Science Project (three projects of the Ministry of Education, one project of the Director of the Ministry of Science, one key project, one project of the Key Laboratory, and one project of the National Natural Science Innovative Talents), the National Excellent Doctoral Degree Author Project of the Ministry of Education, the Outstanding Young Teacher Funding Program of the Ministry of Education, the Visiting Scholar of the Laboratory of the Ministry of Education and the Scientific Research Initiation of the Returned Overseas Students of the Ministry of Education and many other grants.
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State. Curcuma is **.
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