Our new documentary segment on next-generation sequencing in precision medicine is here! We discuss rapid advances in sequencing, AI-driven analysis, and single-cell methods. Learn how these tools support rare genetic disorder detection. Watch here:

Along with our documentary series, we created an accompanying eBook to highlight the technologies from the film. Explore this guide to learn some of the latest advances in NGS, spatial biology, organoids, antibody screening, and flow cytometry. Get here:

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Discover how integrating genomics, proteomics, metabolomics, and more can accelerate drug discovery. Download our joint eBook to explore cutting-edge multi-omics technologies, real-world applications, and strategies to enhance your research. Get here:

Today, we released the latest segment in our documentary. We cover flow cytometry and its role in precision medicine, showing how the technology analyzes individual cells, characterizes the immune system, and supports diagnosis and treatment. Watch here:

Single-cell RNA sequencing is transforming drug discovery with unprecedented precision in target identification. Explore our new editorial to learn how it improves validation, safety assessment, and the development of more effective therapies. Read here:

Gene synthesis, lab automation, and AI are making synthetic biology more practical. Our new editorial explores how researchers are scaling up designed biology for real use. Read more:

Join us tomorrow for a look at scalable single-cell RNA-seq workflows in zebrafish embryos. We’ll cover data quality, use cases, and how new tools like QuantumScale and ScalePlex are being applied in high-throughput experiments. #scRNAseq. Register here:

Don't miss this next segment of our joint documentary! We cover how organoids are advancing precision medicine and how they are improving oncology and neurology research. Explore this exciting new chapter and stay tuned for our next section on flow cytometry.

We have another exciting webinar coming up! Learn how scalable single-cell RNA-seq workflows perform on zebrafish embryos across developmental stages. We’ll cover QC metrics, use cases, and workflow performance. #SingleCell #RNAseq. Register here:

Successful drug discovery depends on understanding complex biology through integrated omics. Explore our joint eBook featuring key tools, methods, and findings in multi-omics research. Get here:

RT @lh3lh3: New metagenome assembler for @Nanopore R10 and @PacBio HiFi reads from Jim Shaw.

Sanger sequencing is still a workhorse in the lab. Its accuracy and speed make it a go-to for confirming mutations, validating edits, and supporting QC in mRNA and cell therapy workflows. Read more about where Sanger fits in today’s lab:.

Antibodies are core components of many lab workflows, but they're also critical for precision medicine. Learn how researchers identify and optimize therapeutic antibodies, as well as apply them to treat infections and disease. #Antibodies. Watch here:

Join us for a webinar with Dylan Mooijman as he shares his experience using @scalebio's new QuantumScale and ScalePlex workflows. Learn how these advanced scRNA-seq approaches perform on zebrafish embryos across developmental stages. Register here:

Learn the current state of genome assembly from our new article. Using expert insights, we cover key technical obstacles, recent advances in sequencing technologies and assembly tools, and emerging trends influencing the future of the field. Read here:

Spatial biology is becoming more integrated into NGS. The next segment of our film highlights how these innovative technologies are giving us critical insights into biological systems and disease. Watch here:

Next-generation sequencing is our favorite technology, and we show how it's transforming precision medicine in our joint documentary! Learn about the advancements, applications, and future of NGS. Watch here:

Cell type deconvolution, rRNA modifications, and cancer variant detection are three challenges in RNA sequencing that new methods aim to solve. Join this webinar to learn new approaches that improve accuracy and expand RNA research. Register here:

Explore our new article on the complexities of structural variant detection. Discover how long-read sequencing and AI enhance accuracy, while standardization and clinical integration are essential for advancing diagnostics and patient care. Read here:

Today, we've released the next segment of our joint film series on precision medicine! In this episode, we cover the tools advancing antibody discovery. Learn the key methods used to identify therapeutic antibodies. Watch here:

New RNA-seq methods are improving cell type analysis, rRNA modification detection, and cancer variant discovery. Join our expert-led webinar to explore advances in transcriptomics and disease research. Register here: