Bruker Spatial Biology Blog
Spatial Biology
Spatial Biology Just Got Bigger
Introducing CellScape™ Whole-Slide Imaging Chamber Now you can convert any standard microscope slide into a microfluidic chamber for automated multiplex staining, high-resolution imaging, and safe sample archiving. Read more about…
CosMx SMI
Tips when Generating Single-Cell Spatial Data: Post Run H&E and Antibody Staining
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…
CosMx SMI
Tips When Generating Single-Cell Spatial Data: Sample Selection
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…
Canopy Biosciences
Highly Multiplexed Deep Cell Phenotyping with ChipCytometry™
Immune cell phenotyping is an important capability for immunology and immuno-oncology research, clinical trials, and therapeutic monitoring. More specifically, immune phenotyping applications include: Understanding immune responses to pathogens (viruses, bacteria,…
Canopy Biosciences Spatial Biology
Spatial Biology: What it is, why it matters, and how to access it
This article will explore the general topic of spatial biology, providing you with an overview of the field, describing why it is an important area of emerging research, and sharing…
Canopy Biosciences
Software Options Available for Spatial Analysis
Advanced data analysis for spatial biology : What are the best options available? CellScape™ and Enable Medicine: What is Enable Medicine? In the dynamic landscape of medical research, the fusion of…
Canopy Biosciences
High Dynamic Range Microscopy in Immunofluorescence Imaging
Learn about High Dynamic Range (HDR) microscopy—what it is and why it will add value to your immunofluorescence imaging. High dynamic range in the fall Autumn is a beautiful time…
Spatial Biology
NanoString Powered by NVIDIA GPU Technology Accelerates Scientific Discovery and the Age of Spatial Biology
For researchers studying diseases that cruelly take the lives of millions — Alzheimer’s disease, lung, colon, breast, and pancreatic cancer, among others — it has been a long-held dream to…
CosMx SMI
Top 3 Tips for Successful CosMx® SMI Single-cell Spatial Runs at 1000 plex
We are excited to share insights and recommendations to enhance your experience with CosMx® SMI 1000-plex RNA assays. The quality of single-cell spatial data is influenced by various factors, and…
GeoMx DSP
Getting Started with Your First GeoMx® DSP Experiment: A Step-by-Step Guide
The GeoMx Digital Spatial Profiler (DSP) is a powerful tool for spatial multiomics, the in situ analysis of RNA and protein expression in tissue sections. GeoMx DSP gives you the…
nCounter Oncology
GEP Signatures Unleashed: The LST for Diffused Large B-Cell Lymphoma, DLBCL, Subtyping and Its Expanding Applications
Gene expression profiling (GEP) signatures, comprising sets of genes characteristic of specific diseases, tissues, cell types, cell states, or biological perturbation, hold significant diagnostic, predictive, and prognostic value, positioning them…
CosMx SMI Spatial Biology
Complex Cell Segmentation and Its Significance in Spatial Biology
In research, scientists are continually pushing boundaries to gain deeper insights into biology, medicine, and drug discovery. Single-cell spatial imaging has emerged as a powerful technology in the field of…