Research direction 1) Mining insect-resistant genes and cultivating transgenic insect-resistant rice; 2) Isolation and cloning of rice leaf senescence-related genes and their molecular mechanisms; 3) New techniques and methods of rice transgenic; 4) Molecular design of high photosynthetic efficiency rice. Working unit: Department of Life Sciences, School of Life Science and Technology, Huazhong Agricultural University, State Key Laboratory of Crop Genetic Improvement.

The recent representative of the research results is 1. , Wan, Lin Yongjun * and Mou Tongmin. Expression of calcium-dependent protein kinase gene in rice under different environmental stresses. FEBS Lite, 2007, 581:179–1189 (correspondent, SCI IF: 3.4 15) 2. ,, Cai, Li Xianghua, Lin Yongjun * and. Transgenic indica rice plants carrying cry2A* gene synthesized by Bacillus thuringiensis showed enhanced resistance to LEPIDOPTERA pests in rice. Theapplgenet, 2005,11(7):1330-1337 (correspondent, SCI IF: 3.063) 3. Lin Yongjun and Zhang Qifa. Optimization of tissue culture conditions for efficient transformation of indica rice. Plant cell Re P, 2005, 23: 540-547 (author 1, SCI IF: 2. 173) 4. , Cai,,, Yonghe, Study on Transgenic Cry 1c * Rice Resistant to Rice Blast. Molbreed, 2006, 1 8 (1):10 (correspondent, SCI IF: 1.866) patents, award-winning achievements and others1. Zhang Qifa Lin Yongjun. Bacillus thuringiensis insecticidal protein gene cry1c * (ZL 02139081.9). (ratified in 2005) 2. Lin. Zhang Qifa. Transgenic Bacillus thuringiensis insecticidal protein gene Cry2a * (ZL02 1.39000.2). (ratified in 2006) 3. Zhang Qifa Lin Yongjun. Agrobacterium-mediated method for cultivating transgenic indica rice plants (ZL2004.6438+00 13344.2). 5. Zhang Qifa Lin Yongjun. A differentiation medium suitable for in vitro culture of indica rice (application number: 2006.438+0438+04438+0702.7).