Advancements in spatial proteomic workflows, featuring enzyme-activated spatial amplification reagents, have revolutionized cancer research capabilities. This webinar will include an explanation of techniques that allow for the simultaneous detection of up to eight biomarkers in tissues, driving multi-dimensional analysis of breast cancer specimens and valuable insights into intricate cellular interactions and phenotypes within tumor microenvironments. This presentation will also describe how spatial imagers can generate high-resolution images of whole tissue sections using spectral unmixing, enabling precise visualization and analysis. By harnessing the power of enzyme-activated spatial amplification reagents and optimizing spatial amplification protocols, our understanding of the complex relationships between immune cell types in cancerous tissues can be significantly enhanced.

 

Learning Objectives

 

For Research Use Only. Not for use in diagnostic procedures.