This blog features voices from PacBio — and our partners and colleagues — discussing the latest research, publications, and updates about HiFi sequencing.
See how the Chaisson lab created a new method to characterize human VNTR variation with PacBio long-read sequencing. Structural variants are hard to find with short-read sequencing methods At present,…
Written by: Menzies Chen, Director, Product Management, Informatics With the launch of the Revio system, PacBio is bringing a host of technologies together to increase scale for HiFi long-read…
Get more from your HiFi reads with HiFiCNV, a powerful new software tool for capturing large copy number variants throughout the genome. Why CNVs and HiFi reads are important Copy…
Written by: Menzies Chen, Associate Director, Product Management, Informatics Whether it is accessing areas of the human genome that short reads can’t sequence, or powering genome assemblies across all…
They spoke about omentum, chemosynthesis, chromothripsis, and… Tasmanian devils? This year’s virtual two-day SMRT Leiden Scientific Symposium and Informatics Developers Meeting was certainly educational. With the pandemic and increased difficulty…
Been itching to talk about your latest single-cell experiments, your favorite differentially expressed isoforms, or your latest and greatest software for visualizing alternative splicing, but thwarted by a worldwide pandemic…
Today we’re pleased to announce the launch of a new HiFi Sequencing workflow along with a software update for the Sequel II and Sequel IIe Systems that will increase the number of…
With PacBio HiFi sequencing data now readily available for organisms of any size, many exciting results have been published featuring new de novo assembly methods optimized for highly accurate long…
UPDATE — November 17, 2020: This paper is now published in Scientific Data. ORIGINAL POST It’s been more than a year since we introduced HiFi sequencing to generate highly accurate…
UPDATE — September 1, 2020: This paper is now published in Genome Research. ORIGINAL POST — April 1, 2020 In a new preprint, scientists from the National Human Genome Research…
Traditional RNA-Seq is done by fragmenting cDNA, and then sequencing the fragmented reads with paired-end sequencing. The problem comes when trying to identify the full-length isoform during assembly. This is…
You may have missed last week’s Advances in Genome Biology & Technology conference in sunny Marco Island, Fla., but you definitely shouldn’t miss the two posters presented there by Justin…
Today we’re pleased to announce the release of Sequel System 6.0, including new software, consumable reagents and a new SMRT Cell. Combined, the enhancements in the release improve the performance and affordability of…
We’re proud to announce the release of the most contiguous diploid human genome assembly of a single individual to date, representing the nearly complete DNA sequence from all 46 chromosomes…
A map of every individual’s genome will soon be possible, but how will we know if it is correct? Benchmarks are needed in order to check the performance of sequencing,…
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