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Northwestern University Feinberg School of Medicine
Center for Genetic Medicine
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Next-Generation Sequencing

As the name suggests, NUSeq is primarily a next-generation sequencing (NGS) core facility. Providing first-class NGS technology to the Northwestern research community is a main focus of the core. NUSeq has a fleet of NGS sequencers that spans all major Illumina sequencing technologies from MiSeq to HiSeq 4000. Thousands of sequencing libraries have been constructed and sequenced encompassing all major NGS applications, from RNA-seq to sequencing of CRISPR/Cas9 gene editing products.

Major Next-Generation Sequencers

Illumina HiSeq 4000

Illumina HiSeq 4000

  • 5 billion single reads or 10 billion paired-end reads, up to 1500 Gbp sequence data in <1–3.5 days, up to 150 bp in read length
  • 12 human genomes/96 exomes/100 transcriptomes per run
Illumina NextSeq 500

Illumina NextSeq 500

  • 400 million single reads or 800 million PE reads, up to 120 Gbp sequence data in 11–29 hours, up to 150 bp in read length
  • 1 human genomes/12 exomes/16 transcriptomes per run
Illumina MiSeq

Illumina MiSeq

  • 25 million single reads or 50 million PE reads, up to 15 Gbp sequence data in 4–56 hours, up to 300 bp in read length
  • Good for microbiome 16S rRNA sequencing, small genome, small RNA sequencing, targeted DNA or RNA sequencing and screening of CRISPR/Cas9-induced gene editing events
Ion Proton

Ion Proton

  • 60–80 million reads, up to 10 Gbp sequence data in 2–4 hours, up to 200 bp in read length targeted resequencing
We are constantly evaluating sequencing technology needs for Northwestern researchers. If you have needs for other sequencing platforms, such as the PacBio Sequel or Oxford NanoPore sequencers, please contact us.



NUSeq supports all NGS-based research projects. Major types of NGS applications including the following:

Project Workflow

  1. Consultation
  2. Sample submission
  3. Sample QC
  4. Library prep
  5. Sequencing
  6. Bioinformatics

Contact Us

To initiate a new NGS project, please call or email core director Xinkun Wang, PhD, at 312-503-3331 or

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