Textpresso site-specific recombinases: A text-mining server for the recombinase literature including Cre mice and conditional alleles.
Textpresso site-specific recombinases: A text-mining server for the recombinase literature including Cre mice and conditional alleles.
复制标题
Textpresso 位点特异性重组酶：用于重组酶文献（包括 Cre 小鼠和条件等位基因）的文本挖掘服务器。
DOI：
10.1002/dvg.20575
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发表时间：
2009
期刊：
影响因子：
--
通讯作者：
Condie,BrianG
中科院分区：
文献类型：
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作者：
Urbanski,WilliamM;Condie,BrianG
Textpresso Site Specific Recombinases (http://ssrc.genics.uga.edu/) 是一个文本挖掘 Web 服务器，用于搜索包含 9,000 多个全文出版物的数据库。该数据库中的论文和摘要代表了与位点特异性重组酶（SSR）研究工具相关的广泛主题。数据库中包含大多数报告表达 Cre 重组酶的小鼠品系的表征或使用的论文，以及描述或分析携带条件（floxed）等位基因或 SSR 激活的转基因/敲入的小鼠品系的论文。该数据库还包括描述基于 SSR 的克隆方法（例如 Gateway 或 Creator 系统）的报告、报告基于 SSR 的工具在果蝇、细菌、寄生虫、干细胞、酵母、植物、斑马鱼和爪蟾等系统中的开发或使用的论文，以及描述 SSR 本身的生物化学、遗传学或分子结构的出版物。 Textpresso 位点特异性重组酶是唯一可用于描述 SSR 生物学和技术应用文献的综合文本挖掘资源。创世记 47:842–846, 2009。© 2009 Wiley-Liss, Inc.
Textpresso Site Specific Recombinases (http://ssrc.genetics.uga.edu/) is a text‐mining web server for searching a database of more than 9,000 full‐text publications. The papers and abstracts in this database represent a wide range of topics related to site‐specific recombinase (SSR) research tools. Included in the database are most of the papers that report the characterization or use of mouse strains that express Cre recombinase as well as papers that describe or analyze mouse lines that carry conditional (floxed) alleles or SSR‐activated transgenes/knockins. The database also includes reports describing SSR‐based cloning methods such as the Gateway or the Creator systems, papers reporting the development or use of SSR‐based tools in systems such as Drosophila, bacteria, parasites, stem cells, yeast, plants, zebrafish, and Xenopus as well as publications that describe the biochemistry, genetics, or molecular structure of the SSRs themselves. Textpresso Site Specific Recombinases is the only comprehensive text‐mining resource available for the literature describing the biology and technical applications of SSRs. genesis 47:842–846, 2009. © 2009 Wiley‐Liss, Inc.