Battey James N D, Kopp Jürgen, Bordoli Lorenza, Read Randy J, Clarke Neil D, Schwede Torsten
Biozentrum, University of Basel, Basel, Switzerland.
Proteins. 2007;69 Suppl 8:68-82. doi: 10.1002/prot.21761.
With each round of CASP (Critical Assessment of Techniques for Protein Structure Prediction), automated prediction servers have played an increasingly important role. Today, most protein structure prediction approaches in some way depend on automated methods for fold recognition or model building. The accuracy of server predictions has significantly increased over the last years, and, in CASP7, we observed a continuation of this trend. In the template-based modeling category, the best prediction server was ranked third overall, i.e. it outperformed all but two of the human participating groups. This server also ranked among the very best predictors in the free modeling category as well, being clearly beaten by only one human group. In the high accuracy (HA) subset of TBM, two of the top five groups were servers. This article summarizes the contribution of automated structure prediction servers in the CASP7 experiment, with emphasis on 3D structure prediction, as well as information on their prediction scope and public availability.
在每一轮蛋白质结构预测技术关键评估(CASP)中,自动化预测服务器都发挥着越来越重要的作用。如今,大多数蛋白质结构预测方法在某种程度上都依赖于用于折叠识别或模型构建的自动化方法。在过去几年中,服务器预测的准确性显著提高,并且在CASP7中,我们观察到这一趋势仍在持续。在基于模板的建模类别中,最佳预测服务器在总体排名中位列第三,即它的表现优于除两个参与的人类小组之外的所有小组。该服务器在自由建模类别中也跻身最佳预测器之列,仅被一个人类小组明显超越。在基于模板的建模(TBM)的高精度(HA)子集中,排名前五的小组中有两个是服务器。本文总结了自动化结构预测服务器在CASP7实验中的贡献,重点是三维结构预测,以及它们的预测范围和公开可用性信息。