Investigating the Tumor Microenvironment with Spatial Proteomics and Multiplex Immunofluorescence

Quanterix empowers researchers to decode the spatial biology of disease with spatial proteomic platforms that reveal cellular architecture, phenotypes, and interactions within the tissue microenvironment. During this seminar, we will highlight the Akoya PhenoCycler®-Fusion, an ultrahigh-plex spatial proteomics platform enabling comprehensive tissue analysis using validated panels. Case studies will illustrate how spatial profiling reveals complex cellular interactions and disease mechanisms.

The session will also highlight the Akoya PhenoImager® HT, a high-throughput, automated multiplex immunofluorescence system optimized for speed, sensitivity, and reproducibility.

Seminar in partnership with the Medical College of Wisconsin

We are excited to host this seminar in partnership with the Medical College of Wisconsin.

What we will cover during this seminar

• Overview of next-generation spatial proteomics and its role in cancer research

• Ultrahigh-plex tissue profiling to characterize tumor heterogeneity and immune contexture

• Revealing cell-to-cell interactions and spatial relationships within the tumor microenvironment

• Applications of validated antibody panels for reproducible, scalable tissue analysis

• High-throughput multiplex immunofluorescence workflows optimized for speed, sensitivity, and consistency

• Case study examples demonstrating how spatial profiling drives biological insight and discovery

Reserve your spot today to take your research further.