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Latest Compendiums

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Compendium

Achieving Cell and Gene Therapy Excellence

This compendium explores analytical advancements in cell and gene therapy, highlighting the latest tools and strategies for ensuring therapeutic quality.
A High-Throughput Solution To Accelerate Drug Discovery
Compendium

A High-Throughput Solution To Accelerate Drug Discovery

Discover a system that brings the ease of compound tuning, and the specificity of mass spectrometry, into the throughput realm of plate readers.
Genetic Medicines
Compendium

Develop Better LNP-Based Genetic Medicines

This content pack contains a variety of webinar and technical note resources to support you in building better genetic medicine products. Download this content pack to discover optimized methods for impurity and integrity analysis.
Sequencing in a bottle
Compendium

Optimizing and Enhancing Sequencing Workflows Across Multiple Applications

In this special edition compendium, you can gain access to a collection of exclusive resources including an article, listicle, app note, two guides and two infographics showcasing applications of different sequencing techniques as well as how to overcome common challenges and enhance your sequencing workflows.
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Compendium

Optimizing the Isolation of Cell-Free DNA From Liquid Biopsy Samples

Diagnostic tests are at the core of medicine. Liquid biopsies in particular are incredibly valuable, giving a more holistic disease profile and making it easier to measure a condition over time.
Tissue Dissociation for Single-Cell Sequencing content piece image
Compendium

Tissue Dissociation for Single-Cell Sequencing

With recent technological advancements, single-cell sequencing can now allow tens of thousands of individual cells from a single tissue sample to be analyzed, giving researchers an unprecedented opportunity to understand individual cell populations and their behavior in diseased tissue.
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Compendium

Customized NGS Panels for Any Application

Many diseases have a genetic component; hence, next-generation sequencing (NGS) is a useful tool in advancing our understanding of human disease.
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