Use this guide to help you evaluate important factors and choose the right next-generation sequencing instrument for your lab.
This interactive tool will help you compare sequencers and find the one that’s right for your lab or application.
Compare the iSeq 100 System with other Illumina benchtop sequencers.
This detailed overview describes the basics of Illumina sequencing technology, key methods, and more.
See Illumina sequencing by synthesis (SBS) technology in action and learn how it works.
Learn the key differences between NGS and Sanger sequencing and determine when NGS can be a more effective option.
Compare the benefits of NGS technology to qPCR and learn which one to choose.
Find kits, methods, and automation solutions to help you prepare DNA or RNA libraries before sequencing.
Our software simplifies sequencing data analysis, so you can focus on your research instead of setting up analysis workflows.
Learn how targeted NGS can help you gain greater insight in your studies and save time compared to traditional methods.
See how sequencing on a semiconductor chip reduces instrument cost and simplifies NGS on the compact iSeq 100 System.
Considering bringing next-generation sequencing to your lab, but unsure where to start? These resources cover key topics in NGS and are designed to help you plan your first experiment.
Learn MoreExplore different buying options—including leasing, bundles, trade-in offers, and more—to find one that fits your needs.
This document offers specification information and other resources to help you justify funding for the iSeq 100 System.
Acquire the advanced technology you need now through fast, easy, and affordable financing and leasing programs.
Next-generation sequencing costs have decreased dramatically. Find resources to help you plan your experimental budget.
Find supporting documentation for the iSeq 100 System.
Online Illumina sequencing courses are free, interactive, and available any time.
Sequencing coverage describes the average number of NGS reads that align to known reference bases. Coverage requirements vary by application.
Additional information about sequencing quality scores, how they are calculated, and the relationship between quality score and base call accuracy.
Find resources to help you design, run, and evaluate your sequencing project—everything you need to plan your experiment.
These tutorials are designed to help you understand key concepts in next-generation sequencing.
Determine the best sequencing library preparation kit for your needs based on your project type, starting material, and method of interest.
Identify sequencing panels that target your genes of interest.
Find interactive tools designed to help you choose the right products for your needs and plan your experiments.