| 1. | Intro 1 : course overview and introduction to the computational side of computational biology
1概论1 ：课程概论及计算生物学计算方面的简介。 |
| 2. | Networks 3 : the future of computational biology : cellular , developmental , social , ecological & commercial models
11网络3 ：计算生物学的未来：细胞的、发育的、社会的、生态的及商业的模型。 |
| 3. | Intro 2 : biological side of computational biology ; central dogma ; comparative genomics ; models & real world applications
2概论2 ：计算生物学的生物方面。中心信条、比较基因体学、模型与现实世界的应用。 |
| 4. | This can be as simple as checking a table in a published article or as complex as a new computational - biology algorithm and associated graphics
这可以简单到检查已刊出文章中的表格，或是复杂到提出新的计算生物学算法及相关图形。 |
| 5. | The accomplishment of the human genome project ( hgp ) , and the completion of more other genomes , ai will play bigger roles in computational biology and bioinformatics
随着人类基因组计划的实施，以及更多生物基因组测序计划的完成，计算智能开始在计算生物学和生物信息学中得到广泛的应用。 |
| 6. | We develop computational and bioinformatic approaches to design stable protein scaffolds and use phage - based molecular evolution to engineer stability in folding and affinity toward target molecules
利用计算生物学与生物资讯技术设计稳定的蛋白质分子，再藉由噬菌体表达技术，筛选具有高度稳定性与专一性功能的蛋白质分子。 |
| 7. | National center for biotechnology information ( ncb ) i creates public databases , conducts research in computational biology , develops software tools for analyzing genome data , and disseminates biomedical information
国家生物科技资讯中心创造了公用资料库，进行计算生物学的研究，发展分析基因资料的软体工具，并传播生医资讯。 |
| 8. | National center for biotechnology information ( ncb ) i creates public databases , conducts research in computational biology , develops software tools for analyzing genome data , and disseminates biomedical information
国家生物技术信息中心创建了公用数据库，进行计算生物学的研究，开发分析基因组资料的软件工具，并传播生医资讯。 |
| 9. | Another challenge for scientists in this field is collaboration . computational biology requires mathematicians and biologists to work together and involves learning , at least to some extent , the other person ' s field
这个领域的科学家面临的另一项挑战是合作。计算生物学需要数学家和生物学家合作，还得就对方的领域学习一定程度的背景知识。 |
