The National Genomics Infrastructure (NGI) provides services for next generation sequencing and SNP genotyping on all scales using a comprehensive range of modern technology
Use cleanroom labs and specialized molecular genetics techniques to extract, make libraries, sequence and analyze DNA in ancient and/or degraded biological material.
Develops and provides clinical genetic tests using state-of-the-art genomic methods, such as next-generation sequencing, for translational research and healthcare.
Provides service for high-throughput single cell genomics analysis
Provides streamlined single-cell sorting, lysis, whole-genome amplification and screening of individual microbial cells, as well as whole genome and targeted gene sequencing services.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Offers custom designed solutions for high-throughput analysis of proteins in body fluids with multiplexed immunoassays.
Offers analysis of the autoantibody repertoire in body fluids as well as antibody validation using custom designed protein and peptide arrays.
Provides sensitive and specific molecular tools using DNA conjugated affinity reagents for detection of proteins and their interactions and modifications in solution and in situ.
Proteome-wide elucidation to study interacting key proteins and mechanism of action using chemical compounds as bait as well as integrated analysis of proteome and transcriptome and/or genome level data.
Provides protein production services using high throughput methodologies and access to infrastructure for macromolecular X-ray crystallography and biophysical characterization.
Has a unique and near proteome wide collection of polyclonal antibodies. These reagents can be applied in your research project to perform targeted proteomics.
Enables deep phenotypic characterization and functional profiling of millions of cells with >40 markers tagged/cell that can be readily analyzed (through CyTOF™, Fluidigm Inc.).
Offers high-throughput analyses of protein biomarker candidates using the Proximity Extension Assay® (Olink Proteomics). There are currently 12 panels available for analysis.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Performs targeted and untargeted mass spectrometry based analysis of metabolites and lipids. The focus is tailor-made solutions for researchers.
Provide structure determination and dynamic characterization of proteins including their interactions with ligands and other biomolecules.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Provides service for high-throughput single cell genomics analysis
Provides streamlined single-cell sorting, lysis, whole-genome amplification and screening of individual microbial cells, as well as whole genome and targeted gene sequencing services.
Enables deep phenotypic characterization and functional profiling of millions of cells with >40 markers tagged/cell that can be readily analyzed (through CyTOF™, Fluidigm Inc.).
Provides sensitive and specific molecular tools using DNA conjugated affinity reagents for detection of proteins and their interactions and modifications in solution and in situ.
Has a unique and near proteome wide collection of polyclonal antibodies. These reagents can be applied in your research project to perform targeted proteomics.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Support with advanced fluorescence microscopy for nanoscale biological visualization in cells and tissue using SIM, STED, PALM/STORM; Single molecule dynamic analysis in living cells or solution with FCS; Fast volumetric imaging of organoids, organism and cleared tissue with light-sheet fluorescence microscopy.
Offers access to state-of-the-art equipment and expertise in single particle cryo-EM and cryo-tomography. It has nodes in Stockholm and Umeå.
Has a unique and near proteome wide collection of polyclonal antibodies. These reagents can be applied in your research project to perform targeted proteomics.
Provide structure determination and dynamic characterization of proteins including their interactions with ligands and other biomolecules.
Provides sensitive and specific molecular tools using DNA conjugated affinity reagents for detection of proteins and their interactions and modifications in solution and in situ.
Provides protein production services using high throughput methodologies and access to infrastructure for macromolecular X-ray crystallography and biophysical characterization.
Provides support and education in image analysis. Develops methods for analysis of images of biological processes and give advice on best-practice.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
To explore complex biology, CBCS provides expertise and support in assay development, screening & chemistry to generate small molecules for applications in all life science research areas.
Provide structure determination and dynamic characterization of proteins including their interactions with ligands and other biomolecules.
Proteome-wide elucidation to study interacting key proteins and mechanism of action using chemical compounds as bait as well as integrated analysis of proteome and transcriptome and/or genome level data.
Performs CRISPR/Cas9 genetic loss- and gain-of-function screens with pooled, lentiviral guide-libraries, from several hundred genes to genome-wide.
Offers zebrafish target validation/disease models by CRISPR/Cas9 induced loss of function mutagenesis in relevant transgenic readout lines.
Provides protein production services using high throughput methodologies and access to infrastructure for macromolecular X-ray crystallography and biophysical characterization.
Provides sensitive and specific molecular tools using DNA conjugated affinity reagents for detection of proteins and their interactions and modifications in solution and in situ.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Generates small-molecule and antibody leads for further progression into therapeutic applications and support with target product profiling and safety assessment of the future drug.
To explore complex biology, CBCS provides expertise and support in assay development, screening & chemistry to generate small molecules for applications in all life science research areas.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Develops and provides clinical genetic tests using state-of-the-art genomic methods, such as next-generation sequencing, for translational research and healthcare.
The National Genomics Infrastructure (NGI) provides services for next generation sequencing and SNP genotyping on all scales using a comprehensive range of modern technology
Provides sensitive and specific molecular tools using DNA conjugated affinity reagents for detection of proteins and their interactions and modifications in solution and in situ.
Offers custom designed solutions for high-throughput analysis of proteins in body fluids with multiplexed immunoassays.
Offers high-throughput analyses of protein biomarker candidates using the Proximity Extension Assay® (Olink Proteomics). There are currently 12 panels available for analysis.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Provides custom-tailored support with data analysis, computational tools, systems development and training.
Provides support and education in image analysis. Develops methods for analysis of images of biological processes and give advice on best-practice.
Develops and provides clinical genetic tests using state-of-the-art genomic methods, such as next-generation sequencing, for translational research and healthcare.
SciLifeLab has been created by the coordinated effort of four universities in Stockholm and Uppsala: Stockholm University, Karolinska Institutet, KTH Royal Institute of Technology and Uppsala University.
