- Collection: Publication Reviews
- Tags: Multiomics
Despite decades of genomics studies aimed at identifying new therapeutic targets to improve clinical outcomes, the five-year survival rate for patients diagnosed with HGGs remains below 5%.
We’ve rebranded some of our products, learn more ›
CODEX® is now PhenoCycler, Phenoptics™ is now Phenolmager.
Featured Posts
All Posts
- Collection: Akoya Perspectives
- Tags: 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.
- Collection: User Stories & Case Studies
- Tags: Immunology, Spatial Analysis
In part 2 of our AACR 2024 recap series, we cover a poster demonstrating how neuroscientists can obtain deep insights into mouse brain cancer models using Akoya’s spatial biology solutions.
- Collection: User Stories & Case Studies
Have you ever stared at a brain FFPE section and wondered, “What Pokémon is that?” Our team recently found ourselves doing just that while reviewing the wonderful tissue images submitted to our 2024 Image Contest. Click to read more and meet the winners of this year’s contest.
- Collection: Publication Reviews
- Tags: Spatial Analysis
Learn about a first-of-its-kind study where scientists are using spatial biology to delve into lung tissue samples from victims of the 1918 Spanish flu pandemic in search of valuable knowledge to inform future pandemic preparedness.
- Collection: User Stories & Case Studies
- Tags: Immunotherapy, Spatial Analysis
In part 1 of our AACR 2024 recap series, we showcase a poster demonstrating the potential of the PhenoCycler-Fusion 2.0 platform for multiomics research.
- Collection: Publication Reviews
- Tags: Cancer, Immuno-Oncology, Immunotherapy, Spatial Analysis
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.
- Collection: Scientific Event Highlights
- Tags: Cancer, Immuno-Oncology, Immunotherapy, Spatial Analysis
See the exciting science shared at the 2024 Illumination Tour in Cambridge, MA including how spatial biology is enabling reverse translational research in melanoma and renal cell carcinoma (RCC)
- Collection: Publication Reviews
- Tags: Immuno-Oncology, Immunology, Immunotherapy, Spatial Analysis
In this post, we’re excited to highlight two recent publications in Cell Systems & Cell Reports describing the use of imaging data from the PhenoCycler® platform to help define mechanisms responsible for the success of adoptive T cell therapy.
- Collection: Scientific Event Highlights
- Tags: Cancer, Immuno-Oncology, Immunotherapy, Spatial Analysis
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.
