In 20021October, 165438 received the doctorate from the School of Chemistry and Molecular Science of Wuhan University.

In July, 20001year, he stayed in school as an outstanding talent in advance.

From June to 10, 2003, I went to Paris Teachers College (ENS) for a one-year postdoctoral work.

In 2005, he was promoted to associate professor.

In 2008, he was promoted to professor.

At present, he is mainly engaged in the research of microfluidic chip, bioelectrical analysis and nano-biomedical sensing. Executive director of Hubei Instrument Association. The innovation research group of "New Biomedical Probe Technology Foundation and Application" of the National Foundation of China, and the backbone member of the innovation team of "Basic Research of Chemical Biology Application" of the Ministry of Education.

In 2006, he won the first prize of the Natural Science Award of the Science and Technology Award of the Ministry of Education (the second finisher). Published more than 60 SCI papers. We applied for 15 national invention patents (8 have been granted). One of the lecturers of Hubei Province and National Excellent Course (Analytical Chemistry of Wuhan University). 1. General Project of National Natural Science Foundation (20875072) "Development of Integrated Microfluidic Chip for Cell Analysis"

2. Youth Fund of National Natural Science Foundation of China (20305011) "Surface Analytical Chemistry Study on the Interaction between DNA and protein"

3. National Science and Technology 863 Special Project (2006AA03Z320) "Development of Fluorescent-Magnetic-Biological Targeted Trifunctional Nanospheres for High Sensitivity and Rapid Diagnosis"

4. Research Start-up Fund for Returned Overseas Students from the Ministry of Education (J.F.F. [2005] No.383), "Biofunctionalization of microfluidic chip channel surface and its application in biochemical analysis" 1. Innovative Research Group Project of National Natural Science Foundation (2062 1502) "Technical Basis and Application of New Biomedical Probe"

2.973 project "Basic research on the application of microfluidic technology in chemistry and biomedicine" (2007CB7 14507) "A new microfluidic method for diagnosing infectious diseases and its application research" is a sub-project.

3. The National Major Scientific Research Program of the Ministry of Science and Technology (s973) "New Technology of Real-time Detection of Virus-Cell Interaction and Visualization of Dynamic Process" (2006cb93310/) "New Technology of Pathogen Detection Based on Fluorescent Nanomaterials"

4. National Natural Science Foundation sub-project "Basic Research on Microfluidic Biochemical Analysis System" (20299034) "Study on Cell Manipulation and Biochemical Component Analysis Methods in Microfluidic System"

5. National Key Science and Technology Plan "Bio-Nanometer and Medicine", National Major Project of Nanometer Technology (2003A310A22), "Research and Development of New Nanometer Biomedical Materials-Multifunctional Quantum Dots" (Deputy Head)

6. Innovation Team Development Plan of the Ministry of Education (Teaching Technology Letter [2006] No.8 IRT0543), Application Basis of Chemical Biology 1. , Dai Wen * Pang, Rong, Yan Jiawei, Bing, Qi Yipeng. Study on DNA orientation on gold by EC-STM. Biobinding Chemistry13 (1) (2002)104-109. (Impact coefficient 3.766)

2. Zhang Zhiling, C. Crozatier, M. Le Berre, Yong Chen, In-situ Biofunctionalization and Cell Adhesion in Microfluidic Devices. International conference on micro-nano engineering (2004) 40-4 1.

3. Pang Daiwen *, Justin, Cai Ruxiu, Hector Abreu & Entilde; Electrochemical DNA sensing based on gold nanoparticles amplification. Analytical and Bioanalytical Chemistry 381(2005) 833–838. (Impact coefficient 2.098)

4. Electrochemical oxidation of Zhu Yuanhai, Zhang Zhiling *, Pang Daiwen and phenanthrene on multi-walled carbon nanotubes modified glassy carbon electrode. J. electric anus Chemistry 58 1 (2005) 303-309. (Impact factor 2.228, correspondent)

5. Zhang Zhiling, C. Crozatier, M. Le Berre, Yong Chen, In-situ Biofunctionalization and Cell Adhesion in Microfluidic Devices. Microelectronics Engineering 78-79 (2005) 556-562.

6. Rong, Pang Daiwen *, Zhang Zhiling, Yan Jiawei, Jian, Zhong Quntian, Bing. Study on ordered double-stranded DNA monolayer on gold electrode. Doctor of Physical Chemistry. b、 106(43)(2002) 1 1233- 1 1239。

7. Ye-Axe King, Pang Devon *, Zhang Zhiling, Zheng Huzhi, Li Jun-Ping Cao, Li Jun-Shen Tao. Visual gene diagnosis of HBV and hepatitis C based on nano-probe amplification and silver staining enhancement. Journal of Medical Virology, 70 (2) (2003) 205-211.

8. Zhe, Lei Zhou, Wan, Dai Wenpeng, Shen Ping. Cell damage caused by photocatalysis of titanium dioxide film. Langmuir,19 (21) (2003) 8765-8768. (Impact coefficient 3.295)

9. Wisdom, wisdom, philosophy, and Dai Wen. Direct electrochemistry and electrocatalysis of heme protein in agarose gel membrane. Biosensor & bioelectronics, 20 (2) (2004) 294-304. (Impact coefficient 3.438+0)

10. Jing, Xian, Wei, Zhou Yafeng, Jiao, Anthony Cass, Dai Wen, Cheng. Improving the uniformity of biological analysis equipment through gene manipulation. Anal. Chemistry 76 (3) (2004) 632-638. (Impact coefficient 5.450)

1 1., Er,,, Zhi, Chao Zuo, Pang Daiwen *, Wu Daocheng, Yun. Biofunctionalization and application of fluorescent magnetic bifunctional nanospheres. Chemistry. Commun。 (34) (2005) 4276-4278. (Impact factor 3.997)

12., AARON Li,,,, Yu, Pan Boqun, Dai Wenpang. CdSe/ zinc sulfide labeled carboxymethyl chitosan as a biological probe for living cell imaging. Chemistry. Commun。 (2005) 55 18-5520. (impact factor 3.997)

13. Sheng,,, Xin Li, Li Zhe, Peng Daiwen *, Huang Guoxian. Direct electrochemistry and electrocatalysis of heme protein in room temperature ionic liquids. Langmuir 2 1 (2005) 9260-9266. (Impact coefficient 3.295)

14., Liang Jiangong,,, Pang Devon *, Zhang Zhi,,. Preparation and characterization of coated Ⅱ-ⅵ quantum dots. Journal of Nanoscience and Nanotechnology, 5(6) (2005) 880-886.

15., Zhao Chao, Liu Yi, Pang Daiwen *, Li Xiaolan, Gong Jianping, Calum Dickinson, Zhou Wuzong, Cell Targeted Fluorescent Magnetic Multifunctional Nanospheres. Small, 1 (2005) 506-509.

16. Zheng Huzhi, AARON Li, Shao,,, Pang Daiwen *, Xie Zhixiong *, Shen Ping. Study on the process of year transformation by fluorescence labeling technology. Bioconjugate Chemistry 16 (2) (2005) 250-254. (Impact coefficient 3.766)

17. Zhe, Ming, Zhi,,, Dai Wen. Preparation of core/shell quantum dot photosensitive nano-TiO _ 2 film and its application in cell and DNA damage. Doctor of Physical Chemistry. b， 109 (2005) 22663-22666。

18. Zhang Zhiling, Zuo Chao, Pang, Surface Electrochemical Study on the Interaction between DNA and Osmium Complexes, Acta Sinica, 60(22)(2005)2069-2076.

Patents:

1. Pang, Wang, Cao Junping, Cai Ruxiu, Zheng Youzhi. Invention patent: gene probe labeled with nanoparticles, its preparation method and application. Patent number: ZL 0 1 1 33527.0, certificate number: 15465433.

2. Pang,,, Zuo Chao,. Invention patent: preparation of fluorescent magnetic multifunctional nanomaterials. Application number: 20031011290.9, application date: 2003. 10.29.

3. Pang, Liu Yi, human. Invention patent: water-soluble method of oil-soluble quantum dots. Application number: 004 100 13332.x, application date: June 22, 2004.

4. Pang, Lu Zhe, Zhang Zhiling. Invention patent: preparation method of quantum dot nano titanium dioxide composite film. Application number: 200510018188.3, application date: 2005. 1.24.

5. Pang,, Du Yumin. Invention patent: A preparation method of sugar biological functional water-soluble quantum dots-two-phase ultrasonic method. Application number: 2005 100 18234. X date of application: February 2005.1.

6. Pang,, Du Yumin. Invention patent: grinding method, a preparation method of water-soluble quantum dots with sugar biological function. Application number: 2005 100 18233.5, application date: February 2005.1.

7. Pang,,,, Song Erqun and Shi Yunbo. Invention patent: Trifunctional nanospheres. Application number: 2005 10079227.0, application date: May 23, 2005.

8. Dai Wen, Pang, Guo Ping, Wang, Er, Yun. Trifunctional nanospheres. U.S. patent, application number11/335,380, filed on May 24, 2005.