I’m excited to share the first manuscript out of my PhD work with @NAltemose, in which we describe FiberFold: a deep learning tool that predicts cell-type-specific and haplotype-specific 3D genome organization from a single experiment!
https://t.co/FwJldYnCGe 1/
1/ 🎉 Excited to share our lab’s latest work: “Intercellular mosaic methylation in fast-growing Mycobacterium tuberculosis clinical isolates,” now published in @NAR_Open Molecular Medicine: https://t.co/eGuEUbYLrZ
Huge thanks to my co-first author, Maryam Ahmadi Jeshvaghane!
If you're at #ASMicrobe, don't miss the poster from Dan on high-quality MAGs from wetland soil. Collaboration between @PacBio and @BanfieldLab . Stop by to learn more!
Wow.. 55.4 million full-length reads from our first Kinnex bulk RNA run! This is from just one @PacBio Revio SMRT cell. What kind of throughput are others seeing?
We are so excited to start exploring #longread sequencing of 10,000 Estonian genomes with @PacBio
🧬improved genotype imputation reference panel
🧬more precise #pharmacogenetics
🧬actionable genetic findings for #personalizedmedicine@ESTbiobank
https://t.co/s92iLj59c8
🔥 Incredible results from our @PacBio#Revio🧬🙌!
📢4 SMRT cells with over 100 Gb of #HiFi reads, totaling 438 Gb!
Kudos to Caitlin, Helen, and Rob for this amazing achievement! 🎉
Get in touch with @edgenome for groundbreaking Long-Read Sequencing! 🚀🧬
@SBSatEd@UoETechnicians
Spatial transcriptomics at isoform resolution reveals isoform switching events in heart tissue post myocardial infarction - here's a use case of combining 10x Visium with the @PacBio MAS-Seq single-cell kit. No short reads needed. If you missed the story - the webinar recording is now up! https://t.co/Pj7b9KzbiS
Germany's Bioscientia Launches Clinical PacBio HiFi WGS Test to Diagnose Sensory Disorders. Currently being offered to patients with certain sensory disorders as a routine clinical test, the company plans to expand the assay to other genetic disorders. https://t.co/SyKXsPaArW
Interested in low-input genomics? @RNickellaus et al. posted a pre-print showing a simple MDA-based method to get HiFi reads and nice assemblies from e.g., 1/2 C. elegans with negligible coverage bias or chimeras. @fez_nhm @UaDeptBSC@QIAGEN@PacBio
https://t.co/DqoQMo9FcW
Zymo Research has introduced its Metagenome Assembly Service, leveraging @PacBio HiFi sequencing to enable precise analysis and reconstruction of metagenomes from assembled genomes or genome bins.
Read the PR: https://t.co/Z4A4CLN2oP
Learn more: https://t.co/VUj7NnBQpv
This is so cool. Anyone who’s been in my earshot the last two years has heard me rant about a spatially resolved isoform study.
Excited to see this out in the literature, and see what the field can do with these two techniques
This paper 💯
"the ability to detect genetic and non-genetic sources of heterogeneity in cancer subclones using only one data modality is just too good"
Delighted to present our full-length scRNA-seq study on ovarian cancer patients, in collaboration with the University Hospital Basel @labfranz ! https://t.co/I7LnLDd2gr
Can we simultaneously detect isoform-level gene expression, mutations and gene fusions in cancer cells? 1/