Wang Zhilin's Learning Experience

1999-2002 Inner Mongolia Agricultural University obtained a master's degree;

From 2002 to 2005, China Agricultural University received a doctorate in biochemistry and molecular biology;

Since 2006, she has been teaching in the School of Bioengineering of Inner Mongolia Agricultural University.

Teaching course and research direction:

Teaching courses:

Protein Engineering, Genomics.

Research direction:

Plant genetic engineering

Undertaking projects and topics:

From 2000 to 2002, he participated in the research project of cherry biotechnology in the Institute of Forest and Fruit of Beijing Academy of Agriculture and Forestry, and studied the callus culture and regeneration of cherry leaves. "I have a deep understanding of plant protoplast culture technology and dicotyledonous leaf disc gene transformation technology.

Participated in the 863 Project (No.:2004AA2 12 132) from 2002 to 2006: Wheat Genetic Engineering Breeding Technology;

From 2002 to 2006, he participated in the sub-project of 973 Project (No.:200 1C 1088-7-4) "Molecular Biological Basis of Crop Heterosis and Its Utilization".

Scientific research achievements and representative papers and treatises:

Representative papers

1, the research progress of transgenic wheat in China and its impact on the environment. Risk and Management of Genetically Modified Organisms —— Proceedings of the International Symposium on Genetically Modified Organisms and Environment (edited by Xue Dayuan), China Environmental Science Press, Beijing, 2005,102-13, the first author.

2. The Second International Symposium on Genetically Modified Organisms and Environment, Nanjing 2005+26-29, Wang Zhilin, Zhu Jianwei, Cao Kehao and Xiao Xingguo, discussion on the methods to prevent and eliminate the environmental pollution caused by gene drift of genetically modified plants (conference report), the first author.

Patents and achievements:

1. Method and expression vector for eliminating potential environmental pollution caused by gene drift of transgenic plants. Application number: 200510108335.6/2005-10-12.

2. A method for regulating plant tissue or organ apoptosis and transforming it into an expression vector. ApplicationNo.: 200510077616. X/2005-6-265438.