web of science 激励发现 推动创新 云南大学 刘广宇 汤姆森科技信息集团...
DESCRIPTION
Web of Science 激励发现 推动创新 云南大学 刘广宇 汤姆森科技信息集团 中国办事处. T homson Reuters 全球领先的专业与智能信息提供商. 《 福布斯 》 全球上市公司 500 强之一 约 5 万员工，分布在 93 个国家和地区. 2. Healthcare. Media. 路透新闻每天通报给超过 10 亿人. 为影响 1 亿 5 千万人的医疗决策提供信息. Scientific. Financial. 全球超过 2 千万研究人员使用。. 全美头 100 家会计事务所， 99 家使用 Checkpoint. - PowerPoint PPT PresentationTRANSCRIPT
Web of Science
激励发现 推动创新激励发现 推动创新
云南大学云南大学刘广宇刘广宇
汤姆森科技信息集团 中国办事处汤姆森科技信息集团 中国办事处
2
Thomson Reuters 全球领先的专业与智能信息提供商
Region Population %
Americas 27,621 54%
Europe 12,018 23%
Asia 12,322 23% 《福布斯》全球上市公司 500 强之一
约 5 万员工，分布在 93 个国家和地区
为影响 1 亿 5千万人的医疗决策提供信息 .
全美头 100 家会计事务所， 99 家使用Checkpoint
世界 98%的律师行 依赖 Westlaw
Legal
Financial
Healthcare
Scientific
Tax & Accounting
路透新闻每天通报给超过10 亿人Media
全球超过 2 千万研究人员使用。
3
全球 50 多万专业用户
Thomson Reuters 深受信赖的、独立的智能信息服务
Scientific Business of Thomson Reuters 信息服务解决方案
ISI Web of Knowledge
Thomson Pharma
Thomson Innovation
生命科学数据库
医药 / 化工行业 大学与政府研究机构 高技术企业与知识产权事务
专利超过 1 千 5 百万件深加工的基本发明专利情报，超过 5 千万专利全文下载
科技文献22,000 种重要的学术期刊 , 12,000 种学术会议录， 5,000 学术著作 , 2 百万化学结构
技术标准93,000 可下载的技术标准和规范， 25 万种技术图书与文献
生命科学数据8000 万条序列， 20 万种分子相互作用， 27.5 万种生物活性物质相关信息
解决方
解决方
案案内内容容
提纲• 科研信息与 SCI 的起源
• 利用 SCI 进行课题研究
• 小结
信息检索、分析、管理。。。
N
OO
N
N
OO
N
Synthesis of Amino Acids
1JACS 19952JOC 1987
Synthesis of Amino Acids
问题？创意？ 实验、计算。。。
写作、发表：口头报告、论文、专利。。。
1JACS 19952JOC 1987
Synthesis of Amino Acids
N
OO
N
Synthesis of Amino Acids
新的问题？发展、延伸。。。
同行评价、引用、应用。。。
“Communication as the Root of Scientific Process”
开题
Synthesis of Amino Acids
信息资源在科研中的作用
51%
8%
32%
9%
计划思考
查找和消化科技资料
实验研究
书面总结
科研人员花费在科技出版物上的时间为全部
科研时间的 60% 。
科研人员的时间分配
（ National Science Foundation ， NSF ） ---http://www.nsf.gov
科研信息的现状• 国家对科学研究的投入越来越大• 每年新增
>100 万篇学术论文
>200 万个专利文献
>20 万篇会议文献
报告， ……标准
如何在大量文献中发现关键信息及其发展脉络？
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides. Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides. Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides. Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
科研发展所面临的挑战• 如何在大量的背景信息中发现高质量的信息，从而保证科学研
究的持续发展
• 如何从整体上把握一个课题的发展方向和趋势，了解课题现状
• 如何在大量的学术期刊中选择合适的 SCI 期刊投稿
• 科研人员如何管理手头大量的研究文献
• 投稿时花费大量时间整理参考文献的格式，延误了成果发表
引文索引 ：引文信息与引文检索
Cited Work
被引用的各种文献类型：
• 期刊文献• 学术著作• 专 利• 会议文献• 技术报告
Dr. Garfield 1955 年在 Science 发表论文提出将引文索引作为一种新的文献检索与分类工具 , 将一篇文献作为检索字段从而跟踪一个 Idea 的发展过程
Dr. Eugene GarfieldFounder & Chairman Emeritus ISI, Thomson Scientific
“Our ultimate goal is to extend our retrospective coverage of the scientific literature back to the twentieth century. The Century of Science initiative makes that dream come true.”
如何在大量文献中发现课题发展的脉络？
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides. Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides. Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides. Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis
and/or collection of amino acids is
critical for cell survival. They not only
serve as the building blocks for proteins
but also as starting points for the
synthesis of many important cellular
molecules including vitamins and
nucleotides.
从文献背后发现科研发展的脉络
引文索引的历史…
•1963 年出版 Science Citation Index
•1973 年出版 Social Sciences Citation Index
•1978 年出版 Arts & Humanities Citation Index
1997 年， Thomson将 SCI， SSCI， AHCI 整合，利用互联网的开放环境，创建了网络版的多学科引文索引数据库
－－Web of Science
Web of Science ：收录最重要的学术期刊
• “一个有效的索引必须严格限制它的收录范围，基本上应只收集对研究者有用的信息”。
-Eugene Garfield, Ph. D.
• “布拉弗德 - 加菲尔德法则” ( 学术信息的 20-80 规律） : 20% 的期刊汇集了足够的信息以全面反映科技的最新最重要的成果与进展
Web of Science ：高质量的信息• 严格的选刊标准确保收录信息的质量
• 覆盖了自然科学，社会科学以及艺术人文科学三大领域， 200 多个学科
• 数据最早可以追溯至 1900 年
• Cover to Cover 的信息收录，收录了除漫画和广告外的所有内容
SCI 期刊查询
http://www.thomsonscientific.com.cn/
• 人类学• 商业• 沟通• 犯罪学和刑罚学• 经济学• 教育• 环境研究• 家庭研究• 地理学• 老年医学和老年病学• 卫生政策和服务• 计划与发展• 历史• 工业关系与劳工问题
• 图书馆学和信息科学• 语言与语言学• 法律• 政治科学• 心理学• 精神病学• 公共卫生• 社会问题• 社会工作• 社会学• 药物滥用• 城市研究• 妇女问题• 社会科学，交叉
Social Sciences Citation Index 的主要学科
Arts & Humanities Citation Index 中的主要学科• 哲学 • 语言• 语言学• 文学评论• 文学• 音乐• 哲学• 诗歌• 宗教• 戏剧…
• 考古学• 建筑• 艺术• 亚洲研究• 古典• 舞蹈• 电影 / 广播 /电视• 民俗• 历史• …
Science Citation Index Expanded, 7,631种 , 1900-
Social Sciences Citation Index, 2,325种 , 1956-
Arts & Humanities Citation Index, 1,246种 , 1975-
Current Chemical Reactions, 100 万条化学反应， 1840-
Index Chemicus, 260 万个化合物， 1993-
Conference Proceedings Citation Index - Science (CPCI-S)--1990-
Conference Proceedings Citation Index - Social Science & Humanities (CPCI-SSH)--1990-
提纲• 科研信息与 SCI 的起源
• 利用 SCI 进行课题研究
• 小结
Web of Science ，发现最重要和最需要的信息• 如何了解自己文章被 SCI收录的情况？• 如何找到和一个课题密切相关的核心热点论文？• 怎样了解一个课题的历史发展和最新进展，建立对一个课题的
立体了解？• 只了解一个化学结构式，是否能找到最新的合成信息？• 手头只有一篇导师推荐的文献，在不熟悉关键词的情况下是否
可以检索到相关的进展，并能从中发现下一步研究的思路？
Web of Science 中的强大的检索功能
检索举例 1 – 科研成果检索
•想了解云南大学副校长张克勤教授的科研成果在 Web of Science 中的发表情况
Web of Science 中，所有的作者姓名都做过规范：
“ 作者的姓全拼” ＋空格＋“名字首字母缩写”
张克勤教授的名字在 Web of Science 中都表示为“ Zhang KQ”
例 2 – 课题检索•2008年 10月 6日，德国的豪森（ Harald zur Hausen ）因为发现人乳头状瘤病毒（ human papilloma virus， HPV ）而与发现了艾滋病病毒（ HIV ）的巴尔 -西诺西（ Françoise Barré-Sinoussi ）及吕克 ·蒙塔尼（ Luc Montagnier ）分享了 08 年度的诺贝尔生理和医学奖。
•目前想了解人乳头状瘤病毒在病理学上有哪些重要的应用，影响力比较大的论文有哪几篇。
"human papilloma virus*"
•使用引号进行精确检索•可以使用通配符：
−* 0-n 个字符−? 任意一个字符−$ 0-1 个字符
AND/OR/NOT
"human papilloma virus*"
HPV
和“ Pathology”有关的 1984 篇论文
浏览该文章的参考文献
了解该文章被引用的情况
查找该文章相关记录
Web of Science 中的相关记录
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
Synthesis of Amino Acids
Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.
论文甲 论文乙
A B C D E F
文章所在期刊 (Journal of Pathology) 在最近 5 年的影响因子变化
了解某一学科中的其它 SCI 期刊
可以按照不同的字段排序
检索举例 3 - 引文检索• Web of Science 独特的引文检索可以将一篇文献做为检索字
段进行检索。在不了解关键词或者难于限定关键词的时候，您可以从一篇高质量的文献出发，了解课题的全貌。
• 1998 年云南大学信息学院周冬明教授在 Neural Networks上发表了一篇文章： Stability analysis of delayed cellular neural networks 。目前想了解，针对这篇文章国际上又有哪些新的评论和新的进展。
被引文献检索
作者的姓名，规范写法：姓全拼 + 空格 + 名字首字母缩
写源出处：期刊名称，专利号，
专著书名等查找规范的期刊名称缩写
作品发表的年代
最新的进展一目了然
2004
Cited References
20001998
2001
1993
2003Times Cited
Related Records
2003
2004
1999
2002
1994
2004
Citing
从一篇高质量的文献出发沿着科学研究的发展道路…
… Cited References 越查越旧 Times Cited 越查越新
Related Records 越查越深
2002
新的引文地图（ Citation Map ）功能（需要 Java 支持）
Web of Science ，超越检索……
• 课题的国际发展现状是什么？（有哪些国家参与？发展趋势是什么？）
• 课题在国内的核心研究人员是谁？核心研究机构有哪些？
• 本课题的论文作者都向哪些 SCI 期刊投稿？• 本课题的研究都涉及到哪些交叉学科？基础研究未
来可能的应用领域会是哪些？
Web of Science 中的分析功能
对成千上万条结果进行分析
最多能够处理 10 万条记录
可以从 8 个角度的深入分析
发表年代：- 了解课题的发展趋势- 发现课题的起源
学科领域：
了解此课题在不同学科的分布情况
来源期刊：- 发现相关的学术期刊- 有助于相关领域的期刊订购- 可连接到 JCR, 检索更多期刊评估指标
中国作者论文的主要投稿方向
著者： - 发现该领域的高产出研究人员- 有利于机构的人才招聘
机构 - 发现该领域高产出的大学及研究机构- 有利于机构间的合作
Web of Science ，超越检索……
• 如何第一时间了解自己的 SCI 论文被引用的情况？• 如何利用 Email/RSS获取课题的最新进展？• 如何将多年搜集的参考文献有效管理，并随时调用？
Web of Science 中的管理功能
定期检索相关课题，并把最新结果发送到指定的邮箱中支持 RSS Feed
创建引文跟踪服务
一年时间范围内把最新的引用情况发送到您信箱支持 RSS Feed
EndNote Web - 你的私人图书馆
① 勾选想要保存的文章
② 点击“ Save to
EndNote Web 按钮
进入 EndNote Web
全记录页面也可
以保存文章
有效地组织管理手头的参考文献
可以检索
可以与其它科研人员共享信息
链接到原始数据，被引用次数，影响因子等数据实时更新
保存非Web of Knowledge平台的文献信息
手工输入纸本文献的信息
导入其它数据库来源的文献。 RIS 格式是一种公认的中
间格式
Web of Science ，超越检索……
• 在 2004 年投向 Nature 的中国文章有 55％（ 2003 年更是高达 62％）未经编委审查，在期刊编辑阶段就退稿，很大一部分是格式问题，特别是参考文献格式
Web of Science 中的写作功能
添加引文成功
使用 Cite While You Write™ 插件即时创建文中和文后参考文献
添加参考文献
参考文献格式化
提供 2300 多种期刊的参考文献格式
格式化后的文中参考文献
文后参考文献
按照 Nature 格式化后的参考文献
提供 2300 多种期刊的参考文献格式
Web of Science正式开通后，可以通过图书馆管理员向其中加入更多的格式，比如本校博硕士论文所要求的参考文献格式，或者大家需要而初始列表中没有提供的期刊所要求的格式。
提纲• 科研信息与 SCI 的起源
• 利用 SCI 进行课题研究
• 小结
ISI Web of Science: 优势• 1900 年以来综合性、多学科引文索引数据库，科学研究过程不可或缺的战略性信
息资源
• 严格的期刊评估过程收录最具影响力的核心期刊，确保信息的质量
• 强大的检索技术：主题检索、引文检索、化学结构检索、高级检索等 ， 确保信息检索的全面与准确
• 丰富而独特的引文信息：参考文献、施引文献、相关文献，揭示科学研究课题的过去、现在与将来
• 以知识为基础的相关信息资源导航和链接：期刊目次、期刊影响因子、全文、主题深度标引、馆藏、文献传递系统、 NCBI GenBank 、专家库、 OpenURL 服务等，迅速获取全文
• 深度的分析功能，可以对检索结果进一步进行分析，找到最相关的文献
• Email 定题服务，随时了解最新进展
• EndNote Web简化论文写作程序，大大减少了引文参考文献格式导致的退稿
ISI Web of Science: 工作流程解决方案
•9,000多种学术期刊•100年科技文献与引文•独特的被引文献检索
•分析研究趋势•发现技术热点•揭示论文间的潜在联系•提供引文报告
•在 Microsoft Word中边写作边引用•自动生成文中和文后参考文献•提供 2,300多种期刊的参考文献格式
•管理参考文献•管理检索策略•定题 / 引文跟踪 (Email/RSS)•管理全文
ISI Web of Knowledge – What’s Next?
ISI Web of Knowledge: 写作检索 分析 管理 投稿
试用信息 10月 16日至 11月 21日云南大学开通试用
•登录网址：
• http://isiknowledge.com
实践是检验真理的唯一标准
“网络实现了全球的信息同步，解决了科学研究中资料查询的最大障碍。 SCI和Web of
science ” 给科学家带来了福音。 ——兰州大学王锐教授
“对科学家而言，把时间放在重要文章的研究上，意义会更大一些。而 SCI正是快速而准确
”获取重要的前沿性文章的最有效途径。 ——北京大学陈清教授
我们看到 SCI所提供的检索功能，疏通了我们在科学和学术研究中的信息通道，帮助我们
及时了解别人在做什么以及别人如何评价我们的工作，同时也使别人更好地知晓我们的研
究现状，使彼此的交流更加畅通。这极大地推动了我国的原创性和国际前沿性研究工作的
快速发展。 ——清华大学龙桂鲁教授
博客推荐 “ S C I 茶室”（ http://www.sciencenet.cn/blog/wanyuehua.htm）
谢谢大家！
谢谢大家
登录网址： http://isiknowledge.com刘广宇
网址： www.scientific.thomsonreuters.com/cn
Email: [email protected]
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