Resource Type: Blog

As spatial biology reshapes the future of biomedical research, spatial transcriptomics has emerged as one of the most powerful tools for revealing complex tissue biology. Technologies like the CosMx® Spatial…

Tips to optimize the CosMx Multiomics sample prep for fragile tissues The CosMx multiomics platform enables sequential protein and RNA analysis on the same tissue sample, combining a 64-plex protein…

Explore the CosMx SMI 2.0: Higher RNA sensitivity, whole transcriptome imaging, and faster high fidelity, subcellular spatial transcriptomics.

The CosMx® Spatial Molecular Imager (SMI) instrument performs fluorescent imaging to read out in-situ hybridized fluorescent reporters which uniquely identify RNA transcripts. The presence of tissue autofluorescence background may reduce…

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.

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

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…

We are excited to share the third installment of tips for successful CosMx® SMI single-cell spatial runs at 1000-plex. Our first installment of tips focused on data by tissue and…

We are excited to share the second installment of tips for successful CosMx® SMI single-cell spatial runs at 1000-plex. Our first installment of tips focused on data by tissue and…