Extended LCSk++ improves sequence alignment accuracy and efficiency in phylogeny construction, suggesting broader applicability in genomics.
The extended LCSk++ algorithm for graph structures offers a substantial advancement in sequence alignment technology. It effectively reduces memory consumption and optimizes run times without compromising alignment quality, thus providing a robust solution for all alignment modes (global, local, and semi-global) in POA. This method enhances the utility of POA in critical applications such as multiple sequence alignment for phylogeny construction and graph-based reference alignment.
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Weerakoon et al. (2025) studied this question.
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