December 7 2021
To simultaneously visualize multiple markers within the same sample enables a more detailed view of cellular phenotypes and how they orient in space. This brings a more profound understanding of the function and interplay of different cell types in situ, which is of value for research related to many biological conditions. For most labs, accessing and applying emerging spatial methods for highly multiplexed detection of various types of molecules is not straightforward. The Spatial and Single Cell Biology (SSCB) platform at SciLifeLab offers several spatial omics methods, including advanced single-cell sequencing, spatial transcriptomics, in situ sequencing, spatial mass spectrometry, and spatial proteomics. In this talk, Dr. Stadler will present the possibilities for spatial omics as a service at Scilifelab, emphasizing the methods offered for spatial proteomics using highly multiplexed immunofluorescence. Her Spatial Proteomics team, as part of the SSCB platform, currently provides a service to analyze up to 30 proteins in the same tissue section using DNA-barcoded antibodies. Next year, the COMET™ instrument from Lunaphore will be fully integrated into the SSCB platform and offered as a service. COMET™ performs sequential indirect immunofluorescence to allow for multiplexed protein detection in 4 samples in parallel. In this talk, Dr. Stadler will show results obtained with COMET™ on several tissue types.
December 7, 2021
- Service offered within the Spatial and Single Cell Biology platform at Scilifelab
- Multiplexed spatial proteomics using sequential immunofluorescence
- Building a multiplexed immunofluorescence panel with COMET™
Dr. Charlotte Stadler
Head of the National Spatial Proteomics Facility
Charlotte started her research as a Ph.D. student within the Human Protein Atlas program in 2008, focusing on developing protocols and validation methods for subcellular mapping of the human proteome using imaging. She is now Head of the National Spatial Proteomics Facility located at Science for Life Laboratories, where their focus lies in multiplexed immunofluorescence imaging. Their close link to the Human Protein Atlas puts them in a unique position as they have access to a proteome-wide antibody library that allows for the detection of most human protein targets in many applications.