Investigating the Spatial Organization of the Immune Response in Tumors - Insights from the STAMP Model

Explore the spatial dynamics of immune responses within tumors through this 43-minute webinar presented by Dr. Kate Carbone from Seattle Children's Research Institute. Discover how the tumor microenvironment regulates antitumor T cell responses and learn about the innovative Skin Tumor Array by Microporation (STAMP) model, a cutting-edge imaging-based preclinical tool co-developed by Dr. Carbone during her postdoctoral work at Genentech. Examine the interactions between tumor microenvironments and immune cells, focusing on how these relationships influence tumor progression and rejection. Investigate the cellular and molecular determinants of different tumor immunotypes and observe their dynamic nature over time through real-time studies. Understand how the physical distribution and functions of myeloid cells, particularly dendritic cells, within tumors affect T cell behavior and antitumor activities. Gain insights into research methodologies that aim to contribute to the development of more effective cancer immunotherapies and improved patient outcomes. Access PACE credits through Labroots registration and completion requirements, with credits available until April 30, 2026.