Groups
Groups
Faculty Groups
Our research is built upon our Faculty of more than 55 Faculty research leaders and Associate Faculty. Each develops his or her own hypothesis-driven research, seeking answers to important biomedical questions. Faculty and Associate Faculty members lead their own groups of postdoctoral fellows, PhD students and support staff.
- Aanensen Group
Genomic Epidemiology of Infectious Diseases
- Adams Group
Experimental Cancer Genetics
- Anderson Group
Genomics of inflammation and immunity
- Barrett Team
Medical Genomics
- Barroso Group
Metabolic disease group
- Bayraktar Group
Cellular Genetics
- Behjati Group
Cancer genomics & single cell transcriptomics
- Berriman Group
Parasite Genomics
- Billker Group
Rodent models of malaria
- Bradley Group
Mouse genomics
- Cancer Genome Project
Cancer Genetics & Genomics
- Davenport Group
Functional Genomics
- Dougan Group
Microbial Pathogenesis
- Gaffney Group
Genomics of gene regulation
- Garnett Group
Translational Cancer Genomics
- Hemberg Group
Quantitative models of gene expression
- Hurles Group
Genomic mutation and genetic disease
- Jones Group
Pre-cancer
- Kwiatkowski Group
Natural genetic variation
- Lawley Lab
Host-microbiota interactions
- Lawniczak Group
Vector-parasite interactions
- Lee Group
Malaria Parasite Drug Resistance
- Liu Group
Mouse cancer genetics
- Martin Group
Population and medical genomics in under-studied populations
- Martincorena Group
Somatic evolution
- Parkhill Group
Pathogen Genomics
- Parts Group
Genetic screens of cellular traits
- Rayner Group
Human-parasite interactions in malaria
- Sandhu Group
Global Health and Populations
- Soranzo Group
Human Complex Traits
- Teichmann Group
Gene expression genomics
- Thomson Group
Bacterial genomics and evolution
- Trynka Group
Immune Genomics
- Tyler-Smith Group
Human evolution
- Vallier Group
Pancreatic genetics
- Vassiliou Group
Haematological cancer genetics
- Voet Group
Single-cell genomics
- Wright Group
Cell Surface Signalling Laboratory
- Yusa Group
Stem Cell Genetics
- Zeggini Team
Analytical Genomics of Complex Traits
Associate Faculty Groups
Associate Faculty members develop their own fields of hypothesis-driven research that they conduct at the Sanger Institute
- Birney Group
Using outbred genetic variation to understand basic biology
- Danesh Group
Danesh Group
- Durbin Group
Computational Genomics
- Hancock Group
Systems biology of host-pathogen interactions
- Marioni Group
Single cell genomics
- Miska Group
Non-coding RNA and epigenetics
- O'Rahilly Group
O'Rahilly Group
- Odom Group
Regulatory evolution in mammalian tissues
- Ponting Group
Computational genome biology
- Reik Group
Epigenetic reprogramming
- Vidal-Puig Group
Obesity-associated Metabolic Complications
Scientific Groups
The research conducted at the Sanger Institute is delivered through the support and work of our scientific groups
- Cancer Dependency Map Analytics
Cancer, Ageing and Somatic Mutation
- COSMIC (Catalogue Of Somatic Mutations In Cancer)
Cancer Genome Project
- Cytometry Core Facility
Scientific Operations
- DECIPHER
Mapping the Clinical Genome
- Genome Reference Informatics Team
Human Genetics
- Genomics of Pneumonia and Meningitis (and neonatal sepsis)
Parasites and Microbes
- High Performance Assembly Group (HPAG)
Scientific Operations
- Human Cell Atlas Group
Cellular Genetics
- Human Genetics Administration
Human Genetics
- Human Genetics Informatics (HGI)
Human Genetics
- Infection Genomics Administration
Infection Genomics
- Malaria Administration Support Team
Malaria
- Molecular Cytogenetics
Scientific Operations
- Mouse Pipelines
Scientific Operations
- Pathogen Informatics
Infection Genomics
- Postdoctoral Fellows Group
PDF's representatives
- Sanger Institute PhD Students
Graduate Training
- Sequence Analysis and Management (SAM)
Scientific Operations
- Stem Cell Informatics
Scientific Operations
- Vertebrate Genetics and Genomics
Parasites and Microbes
- Vertebrate Resequencing
Informatics
Information Technology Groups
Information Technology groups provide the vital infrastructure, compute and support needed to deliver our large-scale, high-throughput science
- Database Services
Information Communications Technology
- Informatics Support Group
High Performance Computing
- Information Communications Technology
Scientific Computing
- Infrastructure Management Team
Information Communications Technology
- Production Software Development
LIMS compute and infrastructure
- Service Delivery
Information Communications Technology
- Web, Core Bioinformatics and Software Action Team
Information Communications Technology
Pipeline Groups
Our Pipelines groups continually evolve and develop the efficiency and accuracy of our sequencing, model organisms, cellular and analysis pipelines to enable our researchers to study biological phenomena at a scale and resolution that leads the world
- Cellular Generation and Phenotyping
Scientific Operations
- Cellular Genetics
Cellular Pipelines
- Cellular Genetics and Phenotyping Informatics
Scientific Operations
- Cellular Genetics Informatics
Cellular Genetics
- DNA Pipelines Informatics
Scientific Operations
- DNA Pipelines Process Improvement
Scientific Operations
- DNA Pipelines Research and Development
DNA Pipelines Development
- Illumina Bespoke Sequencing (Low Throughput)
Scientific Operations
- Illumina High Throughput
Scientific Operations
- Mouse Genome Engineering
Model Pipelines
- Mouse Molecular Technologies
Mouse Pipelines
- Mouse Phenotyping
Mouse Pipelines
- Mouse Transgenic Technologies
Mouse Pipelines
- New Pipeline Group (NPG)
DNA Pipelines Informatics
- Operations: DNA Pipelines
Scientific Operations
- Research Support Facility
Model Pipelines
- Sample Management
Scientific Operations
- Scientific Operations
Scientific Operations
- Single Cell Genomics Core Facility
Scientific Operations
- Supplementary Platforms
Scientific Operations