Sequencing 101: why are long reads important for studying viral genomes?
The COVID-19 pandemic has brought a sudden urgency to virus research and led many of us to dig more deeply into all the tools available for characterizing viral genomes, from…
This blog features voices from PacBio — and our partners and colleagues — discussing the latest research, publications, and updates about HiFi sequencing.
The COVID-19 pandemic has brought a sudden urgency to virus research and led many of us to dig more deeply into all the tools available for characterizing viral genomes, from…
We’re pleased to release a short video describing PacBio sequencing and our latest platform, the Sequel II system. If you’ve ever wondered how Single Molecule, Real-Time (SMRT) sequencing works, what…
Welcome to the Sequencing 101 blog series — where we will provide introductions to sequencing technology, genomics, and much more. If you’re not immersed in the field of DNA sequencing,…
With high-throughput long-read sequencing, it is now affordable and routine to produce a de novo genome assembly for microbes, plants and animals. The quality of a reference genome impacts biological…
In eukaryotic organisms, the majority of genes are alternatively spliced to produce multiple transcript isoforms. Gene regulation through alternative splicing can dramatically increase the protein-coding potential of a genome. Therefore,…
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