Webinar

In this webinar, learn how ultrahigh-plex spatial phenotyping has been applied to neurodegenerative disease research.

In this webinar, Dr. Anne-Laure Cattin from the Cancer Dynamics Laboratory at The Francis Crick Institute in London, will share her research on kidney cancer, focusing on the integration of multiplexed immunofluorescence using a 66-plex antibody panel alongside single-cell spatial transcriptomics on the same tumour tissue sections.

In this webinar our speaker Clément Levin PhD, will describe an innovative approach combining a 34-protein PhenoCycler panel and transcriptome analysis using Visium on a single head and neck squamous cell carcinoma section.

In this webinar, speakers Dr. Joel Sunshine and Dr. Sachin Surwase will explain how they tackled this gap in ultrahigh-plex imaging and designed and developed a mouse FFPE CODEX panel to study the TME in a murine melanoma model, applying it to samples of murine melanoma treated with nanoparticle-based genetic reprogramming.

In this webinar, our speaker Dr. Thai Pham will describe how this was achieved by developing an optimized marker panel to improve renal cell type classification and leveraging the high multiplexing capacity of CODEX Multiplexed Immunofluorescence (MxIF) to enhance cellular phenotyping and spatial context.

Learning how proteins are organized into different tissues is crucial for understanding their functionality. Since its inception in 2003, The Human Protein Atlas (HPA) database has embarked on the ambitious mission of mapping all human proteins in tissues and cells.