Introducing CiFi from #PacBio and UC Davis! It combines 3C with HiFi long reads to generate chromosome-scale, haplotype-resolved assemblies from a single SMRT Cell. Minimal samples, fewer runs, and maximum insight into complex genomes. Discover CiFi with us at #PAG33. Details: bit.ly/4qLpVvb
Jacob Brandenburg
@jbrandenburg13.bsky.social
Global Marketing Manager - Plant + Animal Sciences @PacBio | Agrigenomics Enthusiast 🧬 | Wisconsin-based | Opinions my own
Get the most out of your HiFi data with @pacbio.bsky.social tools! Available for free on GitHub and bioconda/containers
Unlock the power of #PacBio HiFi whole genome sequencing in our 4-part video series. Learn from PacBio scientists as they walk through tools and examples for variant calling, tandem repeat analysis, paralogous gene resolution, and star (*)-allele calling. Sign up: bit.ly/3HV8Fmh
This Father’s Day, we’re celebrating HiFi dad-a with some cutting-edge science! Researchers @elliecat.bsky.social at UC Riverside and @scarey.bsky.social at HudsonAlpha Institute for Biotechnology are revealing parts of the Y chromosome that were previously a mystery. www.pacb.com/blog/celebra...
Celebrating Father’s Day with new discoveries of the Y chromosome achieved with HiFi sequencing - PacBio
Featuring the Y chromosome - showcasing the power of HiFi sequencing to illuminate regions of the genome long considered out of reach
pacb.com
Meet Jonathan 🐢 the world's longest living terrestrial animal at 192 years old. Researchers published a pre-print analyzing the DNA sequence and methylome looking for age-related changes in DNA methylation and methylation entropy. Read more about the study here: www.biorxiv.org/content/10.1...
Hi-C users, the wait is finally over! 🙌🏽 CiFi now enables Hi-C with #HiFisequencing. Short-read Hi-C struggles when it comes to repetitive and low-complexity regions. #PacBio HiFi rises to the challenge with better accuracy and lower input requirements. Congrats Megan and UC Davis team!
Check out our new preprint describing CiFi - a method that couples 3C and PacBio HiFi sequencing with low input requirements. We apply it to human GM12878 to better characterize chromatin across repetitive regions, as well as single insect samples (a mosquito and a Mediterranean fruit fly).
The future of trait mapping is HiFi low pass sequencing! Amazing pre-print from Dr. Kendall Lee out of the Clevenger lab. Their work is going to revolutionize genomic based breeding. #PacBio #HiFisequencing
Explore how low-pass #HiFisequencing is transforming plant and animal genomics. 🌱🌍 Discover its potential to revolutionize breeding with precise trait mapping at a lower cost per insight, addressing agriculture's toughest challenges. Blog here: bit.ly/4h7AaFA #PacBio
Don't miss tomorrow's workshop in Ballroom C! Join us to explore how PacBio #HiFisequencing is advancing research in conservation, sustainability, and global health. Learn how high-accuracy #sequencing is shaping a brighter future for our planet. See you there! #PacBio #PAG32
It’s Day 2 of the #PacBio Battle of the Plant vs. Animal Genomes trivia series for #PAG32! 🪴🐻 Answer today’s question correctly in the comments, follow @pacbio.bsky.social, and tag a friend for a chance to win a prize. Final question tomorrow! T&Cs: bit.ly/3O3AfhD
We’re kicking off the #PacBio Battle of the Plant vs. Animal Genomes trivia series for #PAG32! 🌾🐸 Answer today’s question correctly in the comments, follow @pacbio.bsky.social, and tag a friend for a chance to win a prize. Stay tuned for tomorrow’s question! T&Cs: bit.ly/3O3AfhD
Come party with me at PAG 2025!!
Join #PacBio for A Bright New Day at PAG 2025! Celebrate discoveries driving plant and animal genomics with live music, dinner, cocktails, and networking. Registration and a PAG conference badge are required for entry. Register: bit.ly/41DahZl #PAG32
A bright new day for plant and animal #genomics is here! Join #PacBio at PAG 2025 in San Diego to explore the power of #HiFisequencing. Visit our booth, attend our workshop, or schedule a one-on-one meeting. Details here: bit.ly/41hR9Qw #PAG32