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Explore algorithmic challenges in complete genomics and metagenomics through this 46-minute conference talk by Pavel Pevzner at the Computational Genomics Summer Institute. Delve into cutting-edge computational approaches for genome assembly, focusing on multiplex de Bruijn graphs that enable assembly from long, high-fidelity reads and repeat graph methodologies for handling long, error-prone sequencing data. Learn about the latest developments in algorithmic solutions that address the complexities of complete genome reconstruction and metagenomic analysis, drawing from recent breakthrough research in Nature Biotechnology on advanced assembly techniques for next-generation sequencing technologies.
