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Genomics Research

Genomics Research

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Featured How To Guides

A close-up of several blue cells floating in a blurred, blue background.

Sample Prep Tips for Single-Cell Analysis

Sample preparation for single-cell analysis is just as crucial as the downstream analysis. Download this guide to explore tips on sample selection, experimental planning, cell handling, cell isolation, quality control measures and working with complex samples.

Latest How To Guides

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Top Tips for Enhancing Single-Cell Sequencing

This guide explores the nuances of these challenges and presents promising strategies designed to overcome them, enabling researchers to access the full spectrum of cellular diversity and function in health and disease.

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Next-Generation Sequencing: Top Tips To Guarantee Success

This guide provides readers with practical tips and detailed advice to help them overcome common obstacles and achieve success in their sequencing projects.

DNA editing

How To Run a Successful CRISPR Experiment

CRISPR is a powerful technique that can enhance your research. If you are getting to grips with a CRISPR protocol for the first time

Best Practices for In Vitro Transcribed mRNA Analysis

Best Practices for In Vitro Transcribed mRNA Analysis

This guide highlights crucial sample handling techniques and standards for IVT analysis.

guide to magnetic beads

Your Guide to Magnetic Beads

While magnetic beads provide a faster and easier solution than more complex, conventional methods, sometimes off-the-shelf solutions do not always offer the specificity or binding capacity required.

Two scientists working in a lab.

How To Optimize Your Electroporation

Electroporation has transformed the way in which scientists work, allowing the delivery of genetic material, proteins and drugs. Download this guide to discover tips on preparing your samples and selecting your parameters.

A sample tube held above a printed DNA sequence.

A Guide to Sample Preparation for Next-Generation Sequencing

Download this guide to explore tips on how to avoid issues during NGS experiment design, tissue/specimen handling and isolation of nucleic acids.

Reveal More With Accurate and Scalable Long-Read Sequencing content piece image

Reveal More With Accurate and Scalable Long-Read Sequencing

Long-read sequencing enables the accurate identification and characterization of complex genomic features. It outperforms its short-read alternatives in de novo assembly, mapping, and variant calling applications.

Agarose gel wells being loaded.

Agarose Gel Electrophoresis Tips and Tricks

Download this guide to explore key considerations to remember when selecting the concentration of agarose required to give optimal separation, pouring and running your gel, and maintaining your equipment.

A closeup of blue tubes in a centrifuge

Caring for Your Centrifuge

Download this guide to learn tips on balancing, choosing the correct tubes, training, maintenance and cleaning.

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