Personal study and work experience:
1980.09- 1984.07, majoring in physical chemistry, Department of Chemistry, Nankai University, Bachelor of Science;
1988.04- 1994.03, majoring in pharmaceutical physical chemistry, Department of Pharmacy, Tohoku University, Japan, with master's and doctor's degrees in pharmacy;
1996.03-200104 taught in the Department of Pharmacy of Tohoku University, Japan, and completed in-service postdoctoral research, becoming the first foreign teacher since the establishment of the Department of Pharmacy of Tohoku University;
200 1.05—— Up to now, he has taught in the School of Life Sciences of Nankai University and established a biosensor laboratory. He also served as the deputy director of the Key Laboratory of Bioactive Materials of the Ministry of Education, established the field of new diagnostic materials, and carried out interdisciplinary research on intermolecular interaction and molecular recognition, the construction of new research methods on the mechanism of action of traditional Chinese medicine and the compatibility law of prescriptions, functional microorganisms and their applications in environmental protection and agriculture.
At present, the main research directions are:
Bioelectric analytical chemistry, biomedical sensing technology, pharmacology of traditional Chinese medicine and drug analysis
Research results:
Remarkable achievements have been made in the photoelectrochemical technology of nano-new materials, the preparation technology of high-performance nano-structured immobilized enzyme electrode, the new analytical technology of intermolecular interaction and molecular recognition, the mechanism of action of traditional Chinese medicine and the construction of new methods for studying the compatibility law of prescriptions. More than 80 papers have been published in core journals at home and abroad, among which more than 40 papers have been included by SCI and EI, 6 patents have been granted, and patents are being applied for 1. He has presided over and shared more than ten scientific research projects, including the National Natural Science Foundation, the "863" Program, the Ministry of Education and Tianjin. , its research achievement won the 1997 Japanese provincial prize for research a, and the second prize of Tianjin natural science in 2005 (No.:2005zr-2-01-r1).
Postgraduate training:
In 2006, he won the first prize of "Dedication" Award of Nankai University. In 2005 and 2006, two doctoral students won the title of "Top Ten in Nankai University" respectively, and the graduate students they supervised won the "Excellent Master's Thesis of Nankai University" and "Excellent Graduates of Nankai University" for many times. Postgraduates have three courses: the application of physical chemistry in life systems (master students), bioelectrochemistry (doctoral students) and biosensor principle and technology (doctoral students).
Postgraduates and doctoral students: biochemistry and molecular biology, zoology.
List of representative articles:
1. Zhao,,, Joe,,, Wu Baoyan,,, Xia Qin, Sha Li,, Chen Qiang. An amperometric glucose biosensor based on self-assembled hydrophobin. Biosensor & bioelectronics, 2007, 22:302 1-3027 (SCI, IF 5.06 1).
2. Wu Baoyan, Hou Shihua,,, Zhao,,,. The amperometric glucose biosensor based on multi-layer membrane is prepared by self-assembling multi-walled carbon nanotubes, gold nanoparticles and glucose oxidase on platinum electrode layer by layer. Biosensor & bioelectronics, 2007, 22:2854-2860 (SCI, IF 5.06 1).
3. Wu Baoyan, Hou Shihua,,, Zhao, Huang Jiadong, An amperometric glucose biosensor based on chitosan, gold nanoparticles and glucose oxidase modified platinum electrode assembled layer by layer. Biosensor & bioelectronics, 2007, 22:838-844 (SCI, IF 5.06 1).
4. Huang Jiadong,,,, Jae-Jun An I. Tetsuo Oe,. The amperometric choline biosensor was prepared by depositing choline oxidase layer by layer on the platinum electrode modified by Prussian blue. Taranta, 2006, 70:852-858 (scientific citation index, if 3.374).
5. Wu Baoyan, Li Jing, Huang Jiadong, Yin,. Real-time kinetic analysis of the interaction between interleukin-1α and soluble interleukin-1 receptor using resonance mirro r biosensor. Journal of analytical chemistry, 2006,557:106-110 (sci, IF 3. 186)
Main academic papers
Han, Wang Shenqi, Liu Qingping, Chen Qiang. In-situ adsorption and kinetics of cholesterol-modified dextran by low density lipoprotein. China Journal of Chemistry. ESE University-Chinese 26-6- 1 166. 2005- 1- 1
Li Jing, Huang Jiadong, Wu Baoyan, Chen Qiang. The effect of propyl gallate on the interaction between TNF-α and STNFR-I was studied by affinity biosensor. Journal of China Pharmaceutical 26-10-1212.2005-1-.
Shi Haibin, Zhao, Huang Jiadong, Chen Qiang. Acetyl string biosensor was prepared by layer-by-layer deposition technology to determine trichlorfon. Electrolytic analysis17-14-1285 2005-656366
Chen Qiang, Han Jun, Shi Haibin, Wu Baoyan, Xu Xinhua. Application of chitosan in developing multilayer films containing colloidal oxidation for biosensor applications. Sensor letter v2-N2-p102-105.2005-1-1.
Shi Haibin, Huang Jiadong, Zhao, Chen Qiang. Effect of polycations in coatings prepared by layer-by-layer deposition on properties of amorphous chord. Sensor. Sensors and actuators, b: chemical v 109-n 2-p 34 1-347. 2005- 1- 1
Shi Haibin, Huang Jiadong, Zhao, Chen Qiang. Effect of polymorphism on current response of chloride ion biosensor prepared by layer-by-layer deposition technology. Materials. Science and engineering c25-n4-p433-435. 2005- 1- 1
Wu Baoyan, Shi Haibin, Han,,, Chen Qiang. Effect of cellulose acetate differentiation inhibition membrane on colloidal biosensor. Xue Bao of Tianjin University (natural Xue Ke Gong Yucheng followed the book class)/Journal of Tianjin University of Science and Technology v 38-n 6-p 5 13-5 17. 2005- 1- 1
Yin Feng; Zhao; Wu Baoyan; Wang Xinsheng; Wang Yanyan; Chen Qiang. Glucose biosensor based on multi-walled carbon nanotubes and polyarylamine assembled layer by layer. China Journal of Analytical Chemistry 35-7-1021-1024. 2007- 1- 1
Liu Qiang; Xu Xinhua; Zhang Chunhuai; Chen Qiang. Electrochemical deposition of polyaniline and chitosan composite films for biosensors. Sensor letter 5-2-459-462.2007-1-1.
Zhao; Joe; Yin Feng; Shao Bing; Wu Baoyan; Wang Yanyan; Wang Xinsheng; Qin Xia; Sally; Lei Yu; Chen Qiang. An amperometric glucose biosensor based on self-assembled hydrophobin. Biosensor &; Bioelectronics 22- 12-302 1-3027. 2007- 1- 1
Wu Baoyan; Hou Shihua; Yin Feng; Zhao; Wang Yanyan; Wang Xinsheng; Chen Qiang. The amperometric glucose biosensor based on multi-layer membrane is prepared by self-assembling multi-walled carbon nanotubes, gold nanoparticles and glucose oxidase on platinum electrode layer by layer. Biosensor & bioelectronics 22- 12-2854-2860. 2007- 1- 1
Liu Dongbo; He Bingjun; Han Yan Song; Wang Shenqi; Liu Qingping; Junyi, a; Osa，T； Chen Qiang. Study on adsorption behavior of low density lipoprotein on cholesterol-modified dextran by Shi Ying crystal microbalance. Materials science &; Engineering C- bionic and supramolecular systems. 2007- 1- 1
Huang Jiadong; Song Zhao; Jing Li; Yang Wei; Shi Haibin; Wu Baoyan; An Zai, Ji; Osa，T； Chen Qiang. Highly sensitive L- lactic acid biosensor based on sol-gel membrane combined with multi-walled carbon nanotubes modified electrode. Materials science &; Engineering C- bionic and supramolecular system 27- 1-29-34. 2007- 1- 1
Wu Baoyan; Hou Shihua; Yin Feng; Jing Li; Zhao; Huang Jiadong; Chen Qiang. An amperometric glucose biosensor based on multilayer assembly of chitosan, gold nanoparticles and glucose oxide modified platinum electrode. Biosensor &; Bioelectronics 22-6-838-844. 2007- 1- 1
Song Zhao; Huang Jiadong; Shi Haibin; Wu Baoyan; Zhao; Chen Qiang. High-sensitivity chord biosensor based on nano-technology modified electrode combined with sol-gel im movement. China Journal of Analytical Chemistry. East 34-7-9 10-9 14. 2007- 1- 1
Li, j; Huang, doctor of law; Wu, by; Song, z; The optical biosensor analysis of the combination of propyl gallate and endothelin-1 was studied. Sensor letters 3-4-296. 2006- 1- 1
Chen, ask; Huang, doctor of law; Yin,; Chen, kj; Affinity biosensor: Application of IAsys biosensor and Shi Ying crystal microbalance in the study of the interaction between Paeonia lactiflora root 8065438 +0 and endothelin-1 Sensor and actuator B- chemical115-1-16. 2006- 1- 1
Huang, doctor of law; Yang, y; Stone, HB; Song, z; Zhao,; An Zai, J; Osa，T； Multi-walled carbon nanotube glucose biosensor based on multilayer technology. Materials science and engineering. Engineering C- Bionic and Supramolecular System 26-1-13. 2006- 1- 1
Song, z; Huang, doctor of law; Wu, by; Stone, HB; An Zai, Ji; Current-mode aqueous sol-gel biosensor for the detection of low-potential stable choline on multi-walled carbon nanotubes modified platinum electrode. Sensor s and actuator B- chemical 1 15-2-626. 2006- 1- 1
Stone, h; Yang, y; Huang, doctor of law; Zhao,; Xu,; An Zai, J; Osa，T； The amperometric choline biosensor was prepared by depositing choline oxidase layer by layer on the platinum electrode modified by Prussian blue. Taranta 70-4-852. 2006- 1- 1
Wu, by; Wang,; Li, j; Song, z; Huang, doctor of law; Wang,; An optical biosensor for kinetic analysis of binding of soluble interleukin-1 receptor I with immobilized interleukin-1α. Taranta 70-3-485. 2006- 1- 1
Xu,; Ren, GL; Cheng, j; Liu, ask; Li, Director-General; Chitosan-graft-polyaniline polymer layer-by-layer self-assembly immobilized glucose oxidase. Journal of Materials Science 41-10-3147. 2006- 1- 1
Wu, Bao Yan; Li, Jing; Huang Jiadong; Wang, Yan Yan; Yin, Hui Jun; Chen, Ke Ji; Chen and Qiang. Real-time kinetic analysis of the interaction between interleukin-1α and soluble interleukin-1 receptor I using a resonant mirror biosensor. Journal of Chemical Analysis V5 57-N1-2-P106-110. 2006- 1- 1
Wu, Bao Yan; Li, Jing; Stone and seashore; Huang and Jia Dong; An Zai, Junyi; Osa, Tiexiong; Chen and Qiang. Ferrocene-mediated anti-interference glucose biosensor based on gelatin and cellulose acetate. High-tech letter v 12-n 3-p 263-266. 2006- 1- 1
Xinsheng Wang, Wu Baoyan, Zhao, Sally, Xia Qin,. Dispersion of single-walled carbon nanotubes in poly (diallyl dimethyl ammonium chloride). Sensor and actuator b
Sha Wangli Yanyan Zhao Xia Zi Qin Xia Wang Xinsheng Wu Baoyan Chen Qiang. Preparation of high performance ethanol biosensor based on nano-materials and polyelectrolyte. Analytical chemistry. 2008-2- 1.
Zhao's, Nan Miao's and Qiang's. Preparation of choline biosensor based on multi-walled carbon nanotubes by layer-by-layer self-assembly. Analytical chemistry. 2008-6- 1.
Bao, Hou Shihua,,, Zi, Jae-Jun An I,. Directional immobilization of immunoglobulin g on the surface of colorimetric cup of resonant mirror biosensor. Materials science and engineering C 28-7- 1065- 1069. 2008-8- 1
Huang Jiadong,,, Wu Baoyan,. Preparation of L- lactic acid biosensor based on multi-walled carbon nanotubes/platinum nanoparticles modified silica sol-gel film on glassy carbon electrode. Materials science and engineering C 28-7- 1070- 1075. 2008-8- 1
Bao, Hou Shihua, Xia Qin, Sha Li. Layer-by-layer assembly of chitosan/multi-walled carbon nanotubes and glucose oxidase for amperometric glucose biosensor. Materials science and engineering C 29- 1-346-349. 2009- 1- 1
Yu Min, Wang,,, Hao Baoyan, Chen Qiang. Study on glucose biosensor modified by silver nanoparticles and cysteine. Sensors and Microsystems 27- 10-24-26.
Xia Qin, Wang, Sha Li, Miao Zhiying. An amperometric choline biosensor based on multilayer assembly of multi-walled carbon nanotubes, poly diallyl dimethyl ammonium chloride and choline oxidase. Materials science and engineering: c
Zi, Hui, Xia Qin, Xin, Qiao Mingqiang, An Zaibo, Chen Qiang. Self-assembled hydrophobin film on gold surface and its application in electrochemical biosensor. Colloid and surface b: biological interface
, Wang,, Xia Qin,,, Zhao, Miao Zhiying,,, Shan,,, Chen Qiang. A novel enzyme-free hydrogen peroxide sensor based on multi-walled carbon nanotubes/silver nanoparticles hybrid modified gold electrode. Taranta
Huicai. com,,, Xia Qin,, Zhao, Miao Zhiying. A novel glucose biosensor based on gold nanoparticles modified lead nanowires immobilized glucose oxidase. Biosensors and bioelectronics
Sally, Zhao, Xia Qin, Miao Zhiying, Wu Baoyan. An amperometric ethanol biosensor based on the deposition of ethanol oxidase on platinum layer by layer. Sensor letter
Xia Qin,, Wang,, Miao Zhiying,,,, Mountain. Determination of choline by amperometric biosensor based on gold nanoparticles modified multi-walled carbon nanotubes polydiallyl dimethyl ammonium chloride biological complex. Sensor and actuator b
, Wang,,,, Zhao, Miao Zhiying, Zhao Wei, Vivi, Chen Qiang. Preparation of PDDA- multi-walled carbon nanotubes-choline biosensor by layer-by-layer self-assembly technology. analytical chemistry
Zhao, Jae-Jun An one. Horseradish peroxidase microcapsules based on polyelectrolyte layer deposition. Journal of environmental science 2 1- supplement 1-
, Chen Qiang, Zeng. Potential biosensor for in vitro study of hydroquinone cytotoxicity. Biosensors and bioelectronics