Sequencing 101
Follow along to learn more about our technology, reveal the impacts of long-read sequencing, and uncover tips on how to get started.
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Sequencing 101: long-read sequencing
Last revision: March 30 2026
Long-read sequencing technologies are quickly becoming the new gold standard in genomics research, and HiFi sequencing is at the forefront. This article provides an introductory look at what long-read sequencing is, and explores topics the advantages, applications of using long-read sequencing in your research.
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Sequencing 101: the evolution of DNA sequencing tools
Last updated: 03 April 2026 Welcome to the Sequencing 101 blog series — where we will provide introductions to sequencing technology, genomics, and much more. If you’re not immersed…
Sequencing 101: How multiplexing with long-read sequencing makes genomic research faster, cheaper, and smarter
Sequencing is the backbone of modern genomics. It has evolved over time, and as platforms grow to be faster and more accurate, researchers are finding new ways to maximize…
Sequencing 101: Software and bioinformatics powering long-read sequencing
Today’s genome sequencing is nothing short of transformative. But the technology’s true potential isn’t unlocked by chemistry alone, it’s the software that brings it to life. If sequencing is…
Sequencing 101: Epigenetics
Epigenetics is all about understanding how gene activity can change without altering the DNA sequence itself. Think of it as a “volume control” for your genes, turning them up…
What are genomic variants and why do they matter?
The genetic blueprint of every living organism, from humans to microbes, is written in DNA. This blueprint is shaped by a remarkable phenomenon: genetic variation. These variations, or differences…
Sequencing 101: Comparing long-read sequencing technologies
Last updated: 16 April, 2026 In the rapidly advancing field of genomics, choosing the right long-read sequencing technology is key to meeting your experimental goals smoothly and successfully. To…
Sequencing 101: Metagenome-assembled genomes
Microorganisms form the foundations of life on Earth. They shaped our planet long before we were here, and continue to shape our environments and our lives. Understanding microbial…
Sequencing 101: Structural variation
Over the last 50 years, many monumental achievements in genetics and biology have unfolded before our eyes. From the invention of DNA sequencing technologies to the completion of the human…
Sequencing 101: Tandem repeats
In the field of genetics, the concept of tandem repeats has been both scientifically fascinating, experimentally challenging, and motivating for technology development. As DNA sequencing technologies and analysis tools have…