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'SLIDE': AN INTERACTIVE THREADING REFINEMENT TOOL FOR HOMOLOGY MODELING

机译:“幻灯片”:用于同源性建模的交互式螺纹细化工具

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Target to template alignment is the limiting accuracy step in Momology Modeling as misalignments by only one residue may result in model errors as large as 4 A. This step becomes even more critical when sequence identity is lower than 50% and multiple templates are not at hand for multiple alignment analysis. In these cases alignments may be improved by including structural information from the template such as by avoiding gaps in secondary structure stretches, in buried regions or between two residues that are far apart in space and to a moderate extent some newer methods take such criteria into account.However, it is always important to edit the alignment by inspecting the superposition of the target sequence onto the template structure visually, especially if the target-template sequence identity is low. To this end we have developed SLIDE - a simple tool based on Biojava and Jmol libraries that allows the interactive threading of the target onto the template, useful for changing the gap location and target sequence over the template structure and thus improving structurally the alignment by visual inspection.
机译:目标与模板的比对是Momology建模中的限制精度步骤,因为仅一个残基的比对可能会导致高达4 A的模型错误。当序列同一性低于5​​0%并且没有多个模板时,此步骤将变得更加关键用于多重比对分析。在这些情况下,可通过包括来自模板的结构信息来改善比对,例如通过避免二级结构拉伸,埋入区域或空间上相距较远的两个残基之间的间隙,并且在某种程度上,一些较新的方法会考虑此类标准但是,通过目视检查靶序列在模板结构上的重叠来编辑比对总是很重要的,尤其是在靶模板序列同一性较低的情况下。为此,我们开发了SLIDE-一种基于Biojava和Jmol库的简单工具,该工具可将目标物以交互方式插入模板,可用于更改模板结构上的缺口位置和目标序列,从而通过视觉上改善结构比对检查。

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