PacBio

PacBio sequencers empower you to better understand the complex biology of cancer.

Reveal novel isoforms, fusions, and structural variants with unmatched accuracy. Explore our short-read and long-read sequencing systems here: https://bit.ly/3UT4iZK

At PacBio, our mission is to enable the promise of genomics to better human health. On Public Health Thank You Day, we recognize professionals across the world who are serving our communities and safeguarding them from public health threats.

A new preprint by researchers from Children’s Mercy Kansas City (CMKC) and collaborators is showing the true power of our new 5-base HiFi sequencing.

They identified over 25,000 rare hypermethylation events that occur in two or fewer individuals. 81% of these were allele-specific, i.e., the methylation outlier occurs in only one allele, and predicted to cause loss of regulatory element activity.

5-base HiFi sequencing provides a high-resolution view of epigenetic sequences and their link to genetic function and variation, giving us insights that are shaping our understanding of complex diseases.

https://bit.ly/3CH6kVG

The HiFi difference: Out-of-the-box 5-base sequencing - PacBio A new preprint by researchers from Children’s Mercy powerfully demonstrates the value of on-instrument 5-base sequencing.

Congratulations to this year’s HiFi for Accuracy SMRT Grant winners!

We look forward to seeing how Shiro Fujita, MD, PhD, LoBue, and Yannis Schöneberg will use HiFi sequencing to advance scientific knowledge. We are honored to support these research projects that explore the genetics of lung and thyroid cancer, African American breast cancer, and spider evolution respectively.

We are excited to empower your future discoveries! https://bit.ly/3e5T7NH

2022 HiFi for Accuracy SMRT Grant winners - PacBio PacBio is pleased to present the recipients and winning proposals of the 2022 HiFi for Accuracy SMRT Grant competition.

The deadline for the PacBio Plant + Animal Sciences SMRT Grant is tomorrow (10/7)!

Don’t miss the opportunity to win free HiFi sequencing. Tell us in 100 words or less how your research project can benefit the population and the planet.

Apply Now: https://bit.ly/3S2Loio

programs.pacificbiosciences.com Could your research benefit from highly accurate long-read sequencing? Apply for this SMRT Grant! With highly accurate long reads, known as HiFi reads, you can capture genetic variation to help organisms adapt to changing climates, conserve endangered species, and produce the higher yielding, more n...

Less than three weeks until the start of ! Join us for our workshop on Wednesday, October 26 on how PacBio is changing the game by pushing the limits on accuracy for both long-read and short-read sequencing.

Learn more here:https://bit.ly/3rtCM8z

What could you discover with highly accurate long-read sequencing? Apply now for our Plant + Animal Sciences SMRT Grant for the chance to win free sequencing.

Tell us in 100 words or less how your sequencing project can contribute to a healthier population and planet. Apply now for up to 6 SMRT Cells of sequencing with bioinformatics support.

https://bit.ly/3S2Loio

From infectious disease to industrial microbiology, PacBio is setting a new standard in microbial genomics. For International Microorganism Day, we want to hear from you! Vote for the most interesting microorganism whose research is powered by PacBio, on our Twitter page, for a chance to win fun swag.

https://bit.ly/3djTN1M

PacBio on Twitter “Happy ! Vote for the most interesting whose research is powered by for a chance to win fun swag!”

In gene therapy, high accuracy and complete visibility are critical for success. Highly accurate long-read sequencing can empower vector discovery, improve vector design, and more. Explore how HiFi sequencing from PacBio can empower your gene therapy research.

https://bit.ly/3TAV70l

HiFi sequencing for AAV gene therapy: from discovery and design to production - PacBio PacBio SMRT sequencing generates long and accurate reads, which can sequence an AAV genome from ITR to ITR, revealing otherwise difficult-to-detect issues.