CellScape™ Precise Spatial Proteomics

 

Model: CellScape

Category: Precision Medicine

Exhibitor: COLD SPRING BIOTECH CORP.

Booth No: L118

 

Characteristic

 

Unleash the power of spatial biology with Bruker Spatial Biology's CellScape™, a revolutionary platform designed for in-depth tissue analysis. CellScape™ enables multi-protein analysis at single-cell resolution within intact tissues, providing unprecedented insights into cellular interactions and complex tissue microenvironment dynamics. This will accelerate your research in immunology, oncology, neuroscience, and beyond.
Key Features of CellScape™:
• Nearly Unlimited Multiplex Protein Analysis: Utilizing innovative cyclic immunofluorescence technology (EpicIF™), CellScape™ can detect a virtually unlimited number of protein biomarkers on a single sample, allowing for the exploration of complex cellular phenotypes and interactions.
• Exclusive Sample Preservation Technology: Our exclusive sample preservation solution keeps your precious samples viable for nearly two years. Within this timeframe, you can perform unlimited rounds of immunofluorescence staining, allowing CellScape™ to bring your research ideas to life.
• High-Resolution Quantitative Phenotyping: With CellScape™'s unique High Dynamic Range (HDR) imaging technology, you can achieve subcellular resolution (down to 182 nm/pixel) while accurately quantifying both highly and lowly expressed target proteins.
• Open Platform: CellScape™ is compatible with commercially available standard fluorescently labeled antibodies, offering unparalleled flexibility in experimental design for your specific research applications.

 

Other Products

 

• 

  Automated Bio-nanoparticle Isolation Platform

• 

  Fluidity One-M

• 

  High-efficiency exosome isolation system

• 

  MaxCyte STX Scalable Transfection System

• 

  CosMx Spatial Molecular Imager

• 

  Microscoop® Mint

• 

  eProtein Discovery System

• 

  Simoa HD-X™ Automated Immunoassay Analyzer

• 

  NanoFCM Single Nanoparticle Analyzer

 

 

 

Back