Date: July 8-10, 2026
Location: The University of Nottingham, University Park, Nottingham NG7 2RD, United Kingdom
Quanterix is excited to connect with researchers advancing tumor microenvironment research
Quanterix is proud to participate in the British Association for Cancer Research – Tumour Microenvironment meeting, taking place July 8-10, 2026, at the University of Nottingham, United Kingdom. This meeting brings together leading cancer researchers from academia and industry to discuss the latest discoveries in tumor biology, tumor immune interactions, cancer progression, and translational cancer research
Exploring the role of biomarkers in cancer research
The tumor microenvironment plays a critical role in cancer progression and therapeutic response. This meeting explores the complex interactions between tumor, stromal, and immune components that shape disease biology and clinical outcomes. We look forward to showcasing our spatial biology platforms that enable researchers to move seamlessly from ultrahigh-plex biomarker detection to high‑throughput spatial signatures, delivering deep insights into cancer biology.
Why connect with Quanterix?
Meet with Quanterix to explore how ultra-sensitive biomarker detection and spatial solutions can advance cancer research and translational studies.
Our spatial platforms support research in:
- Tumor heterogeneity and metastatic biology, enabling visualization of distinct cell populations and functional states within intact tissue.
- Immuno‑oncology and the tumor microenvironment, mapping immune–tumor interactions that influence progression and therapeutic response.
- Translational cancer research, linking spatial tissue insights with biomarker studies across discovery and development.
- Integrated study strategies, combining spatial tissue data with quantitative protein analysis from blood.
By placing cellular interactions into spatial context, Quanterix helps researchers generate clear, actionable insights into cancer biology.
Learn about our spatial platforms
Analyze cell phenotypes with full spatial context in the tissue microenvironment.
A discovery platform capable of high-speed, whole-slide imaging
Imaged on a single slide
Processed in a week
Fast, high-throughput multispectral imaging system with onboard spectral unmixing for scalable spatial phenotyping
High-speed, whole-slide imaging
Processed in a week

