1.
Intro1: Course overview and introduction to the computational side of computational biology.
概论1：课程概论及计算生物学计算方面的简介。
2.
Study on Computational Optimizational Problems in Computational Biology;
计算生物学中的组合优化问题的研究
3.
Computational biology strategy for identification of complex disease genes
复杂疾病基因鉴定的计算生物学方法
4.
Combinatorial Algorithms of Genome Rearrangements in Bioinformatics;
计算生物学中基因组重组排序问题的算法研究
5.
Research on Technology of Computational Biology for Protein Structure Prediction;
面向蛋白质结构预测的计算生物学技术研究
6.
Some Studies on Optimization Topics of Computational Biology;
计算生物学中若干组合优化问题的研究
7.
SIGBIO (Special Interest Group on Biomedical Computing)
生物医学计算专业组
8.
Study maths ( physics, chemistry, biology, world history, computer science )
学习数学(物理、化学、生物、世界历史、计算机科学)
9.
The Relationship of Computer Science and the Education of Bioinformatics
计算机科学与生物信息学教育的关系
10.
The Application of the CAI in Experiment Teaching of the Biology;
生物学实验中计算机辅助教学的应用
11.
The Application Study of Computational Intelligence in Bioinformatics;
计算智能在生物信息学中的应用研究
12.
Structure-based drug molecule design and organic synthesis; Chemical biology.
药物小分子合成；计算机辅助药物设计；化学生物学.
13.
Applications of Quantum Chemistry Methods in the Calculation of Physical、Chemical、Biological Properties of Compounds
量子化学方法在计算化合物物理、化学、生物学性质中的应用
14.
Research on Computer Assisted Instruction of Biology in High School;
中学生物计算机辅助教学有效性的实证研究
15.
Application of Computer-assisted Teaching in the Laboratory Course of Animal Physiology;
计算机在动物生理学实验教学中的应用及体会
16.
Development of Computer Assisted Instruction Courseware of Foodstuff Microbiology;
食品微生物学计算机辅助教学课件的发展
17.
Training Students Scientific Computing Capacity in Physics Experiment Teaching
在物理实验教学中训练学生的计算能力
18.
Bioinformatics is the interdiscipline of computational molecular biology and information processing science.
生物信息理论与技术是计算分子生物学与计算机科学之间以及信息处理的交叉学科。