Institute of Theoretical Computer Science, Medical Systems Biology and Biology II, Ulm University, D-89069 Ulm, Germany.
Bioinformatics. 2013 Dec 1;29(23):3102-4. doi: 10.1093/bioinformatics/btt536. Epub 2013 Sep 16.
Incorporating secondary structure information into the alignment process improves the quality of RNA sequence alignments. Instead of using fixed weighting parameters, sequence and structure components can be treated as different objectives and optimized simultaneously. The result is not a single, but a Pareto-set of equally optimal solutions, which all represent different possible weighting parameters. We now provide the interactive graphical software tool RNA-Pareto, which allows a direct inspection of all feasible results to the pairwise RNA sequence-structure alignment problem and greatly facilitates the exploration of the optimal solution set.
将二级结构信息纳入比对过程可提高 RNA 序列比对的质量。我们不使用固定的加权参数,而是将序列和结构组件视为不同的目标并同时进行优化。结果不是单一的,而是一组同样最优的 Pareto 解集,它们都代表不同的可能加权参数。我们现在提供交互式图形软件工具 RNA-Pareto,它可以直接检查两两 RNA 序列-结构比对问题的所有可行结果,并极大地促进了对最优解集的探索。