Massively parallel sequencing is only uncovering a part of the story. Speaker: Ben Auch, Scientist and Product Manager, Phase Genomics Part II: Ultra long range sequencing: deconvolution of complex genomes, metagenomes, karyotypes, and cancer HiFi sequencing only requires a few hundred nanograms of DNA per sample, and up to 8 metagenomic samples can be multiplexed per Sequel II 8M SMRT Cell. In this webinar, we discuss how HiFi sequencing identifies more unique taxa, increases and improves functional annotations, and results in higher quality metagenome assembled genomes (MAGs) relative to any other NGS technology. In addition to overviewing key HiFi sequencing applications, we will take a deeper dive at utilizing HiFi for high resolution metagenomics. Targeted and single-cell workflows further increase the breadth of questions that can be addressed using HiFi data. PacBio has innovated workflows to enable the sequencing of high quality genomes from even the smallest organisms. With their unique combination of high accuracy and long read lengths, HiFi reads produce superior results across a range of applications, from creation of reference-quality de novo assemblies, to comprehensive variant detection and full-length transcript sequencing. HiFi reads from PacBio are transforming sequencing. Speaker: Greg Young, Senior Scientist, Field Applications, PacBio Speaker: Amy Klegarth, Sequencing Applications Specialist, PacBio Part I: PacBio HiFi Sequencing & High-Resolution Metagenomics