The Genomics Core Facility has launched the single-cell analysis service using the 10x Genomics Chromium platform and the BD Rhapsody system enabling Single Cell Sequencing and sequencing of Artificial Long Reads.
The equipment allows processing of thousands of single cells for downstream genomic applications. DNA and RNA from each single cell can be barcoded and further investigated using high-throughput sequencing.
Applications established for service:
  • 3’ RNA sequencing: quantitative whole transcriptome 3’-end analysis using the Chromium and gene panel (up to 500 genes) analysis using the Rhapsody system
  • 5’ RNA sequencing: quantitative whole transcriptome analysis also enabling analysis of transcripts isoforms using different transcription start sites (ChromiumTM
  • V(D)J sequencing: sequencing of the full V(D)J region for quantitative  -cell and B-cell characterization (Chromium & Rhapsody)
  • Single Cell ATAC (Assay for Transposase Accessible Chromatin): allows the investigation  of the regulatory landscape of the genome. The chromatin profiling of tens of thousands of single cells in parallel allows researchers to see how chromatin compaction and DNA-binding proteins regulate gene expression at high-resolution Chromium
  • Artificial Long-Read sequencing: Whole-genome and exome sequencing combined with linked-reads provides structural and haplotype information from single long molecules of the genome using short-read sequencing (low input required, >1 ng high molecular weight DNA)

Additional applications will come soon: Single nuclei RNA-Seq and Spatial gene expression.

Contact us for additional information or information meeting



Apr 30, 2020

To support customers engaged in COVID-19 projects, Illumina will provide a 50% funding on relevant sequencing consumables (core consumables and library prep). 

Offer ends on 30th June with order deliveries in 2020 and applies only to COVID-19 related activities 

More information at the link below or contact our core facility at genomics(AT)

Aug 6, 2019

The Genomic Core Facility and NanoString invite you to a seminar showcasing the NanoString services now being offered at OUH.


Contact Information:

Unit Leader Core Facility
Susanne Lorenz, PhD

Head of Core Facility
Leonardo A. Meza-Zepeda, Dr. philos.

Visiting address:

Genomics Core Facility (Room 3-F8-04)
Department of Core facilities
Institute for Cancer Research
New OCCI-building 
Norwegian Radium Hospital 
Ullernchaussen 66, Lamell 3, 2B 
NO-0379 Oslo, NORWAY

+47 - 9183 2772 Laboratory
+47 - 9183 3425 Office