Resource Type: Blog

Compare CosMx SMI versus scRNA-seq and see how spatial transcriptomics reveals more biology in intact tissue and with subcellular resolution.

Discover the future of spatial biology! Read about our AGBT 2025 eBook featuring posters highlighting powerful new breakthroughs EpicIF, CosMx WTX, and InSituDiff, plus on-demand workshop access.

Learn how CosMx WTX brings whole-transcriptome coverage to every cell in FFPE tissues, uncovering truly groundbreaking spatial biology.

AGBT 2025 was a whirlwind of innovation and excitement. Our Morning Buzz sessions provided deep dives into the latest in spatial biology each day, while our Brews with Bruker gathering…

Discover Dr. Miranda Orr’s cutting-edge spatial multiomics research in neuroscience, revealing new Alzheimer’s disease processes with advanced proteomic tools.

The field of spatial biology continues to push the boundaries of discovery, transforming how we understand complex biological systems at a spatial resolution. From cancer research to neuroscience, the ability…

We’re excited to bring you the latest updates, innovations, and resources in spatial biology. From cutting-edge technologies to global milestones, here’s what’s new in the world of Bruker Spatial Biology.…

FFPE tonsil, captured on the CellScape Platform with EpicIF Technology. Bruker Spatial Biology is pleased to introduce EpicIF™ signal removal technology for the CellScape™ Precise Spatial Proteomics platform. EpicIF technology empowers high-plex…

In a recent presentation, Mara De Martino, PhD, a postdoc in Dr. Claire Vanpouille-Box's lab in the Weill Cornell Medicine radiation oncology department, shared her research on radiotherapy-treated glioblastoma, leveraging…

Single-cell spatial biology opens doors to unprecedented scientific questions requiring the development of new computational workflows and approaches to analyze and interpret data. Whether you are new to single-cell spatial…

In fluorescence microscopy, fluorophores absorb light at specific wavelengths. This absorption leads to the excitation of the fluorophore’s electrons. When the electrons return to the ground state, it dissipates that…

Imagine this: you’ve just completed your multiplex immunofluorescence experiment, and when examining your images, you notice something intriguing or novel about the tissue or a certain subset of cells. In…