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Latest How To Guides

De-Risking Cell Culture: Getting Canny With Contamination
How To Guide

De-Risking Cell Culture: Getting Canny With Contamination

Download this guide to learn how to achieve effective aseptic technique, identify microbial infections and develop essential contingency plans.
How To Optimize Next-Generation Sequencing Workflows
How To Guide

How To Optimize Next-Generation Sequencing Workflows

Download this guide to learn more about techniques such as bulk tissue RNA sequencing, single-nucleus RNA sequencing and whole-genome DNA sequencing.
Immunohistochemistry Guide
How To Guide

Immunohistochemistry Guide

Both IHC and ICC are powerful tools that provide insights into gene expression, spatial relationships and biomarker identification in a wide variety of applications. These applications include basic research, assessment of normal and disease states within human and animal tissues and assessment of plant pathology.
PCR Troubleshooting
How To Guide

PCR Troubleshooting

Download this guide to discover key considerations when performing PCR, including the concentration and purity of starting sample, primer suitability, downstream applications and annealing temperatures.
Best Practices for Returning to the Lab
How To Guide

Best Practices for Returning to the Lab

Download this free how to guide to learn more about the tips and best practices for returning to the lab after an unexpected shutdown.
How To Implement a LIMS Successfully
How To Guide

How To Implement a LIMS Successfully

Download this guide to learn about designing and building the LIMS IT platform, interfacing core analytical instruments, training the LIMS project team and LIMS implementation do's and don'ts.
Cryogenically Storing Animal Cell Cultures
How To Guide

Cryogenically Storing Animal Cell Cultures

Download this guide to discover the intracellular and extracellular events during cell freezing as well as the advantages of freezing cell cultures.
Characterizing Structural Variants
How To Guide

Characterizing Structural Variants

Structural variants (SVs) are genomic variants encompassing insertions, deletions, duplications, inversions and translocations. SV analysis is of high importance for increasing our understanding of diseases including cancer, neurological disorders and rare genetic diseases. Using long nanopore sequencing reads, SVs can now be characterized with unprecedented resolution.

Five Top Tips for High-Content Screening in 3D
How To Guide

Five Top Tips for High-Content Screening in 3D

Download this guide to learn how you can generate uniform 3D cell models, get the best quality images, minimize imaging time and volume of data as well as avoid unnecessary data transfer steps.
An Introduction to Crystal Digital PCR™
How To Guide

An Introduction to Crystal Digital PCR™

Download this guide to learn more about the advantages and applications of dPCR as well as an easy four step workflow and intuitive software for result analysis.
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