Nickell Stephan, Förster Friedrich, Linaroudis Alexandros, Net William Del, Beck Florian, Hegerl Reiner, Baumeister Wolfgang, Plitzko Jürgen M
Department of Molecular Structural Biology, Max Planck Institute of Biochemistry, Am Klopferspitz 18, 82152 Martinsried, Germany.
J Struct Biol. 2005 Mar;149(3):227-34. doi: 10.1016/j.jsb.2004.10.006.
Automated data acquisition procedures have changed the perspectives of electron tomography (ET) in a profound manner. Elaborate data acquisition schemes with autotuning functions minimize exposure of the specimen to the electron beam and sophisticated image analysis routines retrieve a maximum of information from noisy data sets. "TOM software toolbox" integrates established algorithms and new concepts tailored to the special needs of low dose ET. It provides a user-friendly unified platform for all processing steps: acquisition, alignment, reconstruction, and analysis. Designed as a collection of computational procedures it is a complete software solution within a highly flexible framework. TOM represents a new way of working with the electron microscope and can serve as the basis for future high-throughput applications.
自动化数据采集程序已经深刻改变了电子断层扫描(ET)的前景。具有自动调谐功能的精细数据采集方案可将样品暴露于电子束的程度降至最低,而先进的图像分析程序则能从噪声数据集中获取最大量的信息。“TOM软件工具箱”整合了既定算法和针对低剂量ET特殊需求定制的新概念。它为所有处理步骤提供了一个用户友好的统一平台:采集、对齐、重建和分析。作为一组计算程序,它是一个高度灵活框架内的完整软件解决方案。TOM代表了一种使用电子显微镜的新方式,可作为未来高通量应用的基础。