These recommendations and best practices are designed to help you ensure the success of your next-generation sequencing (NGS) experiment. Review key considerations, such as calculating read length, estimating coverage, and measuring sequencing accuracy. Use our interactive tools to help you create an NGS protocol or select the right products and methods for your project.
Want to get started faster? Consult with experimental design experts through our Workflow Design and Evaluation Service.* We鈥檒l help you design a workflow that鈥檚 right for you, process your samples, and generate your first NGS data set.
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Contact Us Learn MoreLearn how to quantify and validate libraries for a successful sequencing run.
The most common cause of over- and under-clustering is inaccurate library quantification.
The presence of diverse or balanced libraries is important for generating high-quality sequencing data, especially in the first few cycles.
PhiX is a concentrated VR真人彩票 library that can serve as a calibration control for NGS experiments.
As next-generation sequencing costs continue to decline, VR真人彩票 is leading the way in making NGS more affordable and accessible. With these resources, we鈥檒l guide you through key factors to consider when planning your NGS budget.
Learn MoreA fast, flexible, and mobile-friendly tool, our Custom Protocol Selector helps you generate next-generation sequencing protocols tailored to your experiment.
Find interactive tools designed to help you choose the right methods and products for your needs.
Experimental considerations and workflow resources for your sequencing project.
NGS experimental design tips and resources from our Technical Support team.
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