Spatial phenotyping allows researchers to view, characterize, and quantify cells by lineage and variant with single-cell resolution in the context of an intact tissue sample. In areas such as oncology, immunology, and neurodegenerative and infectious diseases, it has opened new insights into the interplay between different cellular actors in promoting or suppressing disease. The Epstein-Barr virus (EBV), a group 1 carcinogen, is a causative factor for nine different cancers that cause roughly 165,000 deaths globally each year. EBV is asymptomatically carried among almost all adults, with the virus persisting primarily in rare memory B cells. However, in some infected individuals, EBV is associated with the development of cancer. The immune microenvironment in which infected cells reside may influence or trigger cancer development, but it is still unknown how this occurs.

This webinar will address how spatial phenotyping is uniquely suited to outline one of the putative causative relationships between EBV infections, immunosuppression, and cancer.

During this webinar, viewers will:

• Learn how a meticulously designed and highly specific antibody panel provides the sensitivity and specificity required to characterize Epstein-Barr virus (EBV)
• Be presented with a framework that associates specific EBV expression profiles with a unique tissue architecture and immune infiltrate
• Discover how end-to-end analysis pipelines are used to examine high-dimensional spatial data
• Uncover how cellular neighborhood analysis of nasopharyngeal carcinoma provides unbiased analysis of tissue microenvironments.

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