10th September 2021 - Categories: Updates
NGI contributes to SEQC2 initiative through ongoing participation in EATRIS-ERIC.
11th May 2021 - Categories: Updates
NGI will be operating at a limited capacity during summer, and a number of our user-targeted activities will encounter delays between week 25 and week 32 (June 24, 2021 – Aug 9, 2021). The last date for sample deliveries before the summer break is June 24, 2021. All services will resume as usual on August […]
7th May 2021 - Categories: Updates
Individual lanes on Illumina S4-200 flowcells with run configuration 28-10-10-120 can now be purchased.
4th May 2021 - Categories: Updates
NGI in collaboration with the SciLifeLab Affinity Proteomics Uppsala unit now offer protein biomarker analysis services using the Olink Explore assay.
22nd March 2021 - Categories: Updates
NGI is happy to announce that we will now also be offering long-read sequencing technologies in Stockholm, following in the footsteps of our facility in Uppsala. This will be facilitated through a recently acquired PromethION instrument from Oxford Nanopore Technologies.
4th February 2021 - Categories: Updates
Genetics researcher Tuuli Lappalainen from the New York Genome Center has been appointed as the new director of the National genomics infrastructure (NGI) by SciLifeLab. Tuuli is an experienced researcher with several publications in scientific journals such as Nature and Science. Her research is focused on genetic variation in human populations, where the aim is […]
22nd January 2021 - Categories: Updates
NGI in collaboration with Illumina are happy to announce a >30% price reduction for methylation profiling using the Illumina EPIC array in large-cohorts of ≥500 samples. For further information please contact: email@example.com
15th January 2021 - Categories: Updates
NGI proudly offers spatially resolved RNA-seq analyses through the 10X Visium spatial gene expression assay, one of the spatial techniques recently nominated as Method of the Year by Nature Methods. The technology offers positional context of RNA-seq data in microdissected tissues, and has proven to be valuable when studying e.g. disease progression and developmental processes. […]