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Tag: Cancer

The adoption of spatial biology in research labs around the world continues to gain momentum. Among a seemingly endless variety of applications, scientists are defining immunotherapy response mechanisms and the roles of immune cell subpopulations on clinical outcomes with greater precision, and applying the technology to bio banked tissue samples to fuel reverse translational research studies.
Interest in these tumor associated macrophages as targets for cancer therapy has grown rapidly in recent years, especially in combination with conventional chemotherapy, radiotherapy, or immunotherapy. Monotherapies targeting TAMs, however, have shown limited evidence of anti-tumor activity. Read about a new study that, by elucidating the landscape of discreet macrophage niches, provides new insights for development of precision-targeted TAM-directed immunotherapies.
AACR meeting, stands as a pinnacle gathering for cancer researchers and healthcare professionals alike. Some see it as an endurance test, others a beacon of innovation, and some a cherished reunion. Yet, it unites everyone in the collective battle against cancer, showcasing progress and relentless dedication. Here’s a quick recap on how cancer researchers have adopted Akoya’s technology in applying spatial biology to cancer medicine.
Missed our latest spatial biology technology updates at the American Association for Cancer Research (AACR) 2023 meeting – including one that could shave weeks or even months off your experiments? Want to relive the amazing scientific stories shared at the event? In this post, we’ll recap some of our favorite moments from AACR.