Increasing objectivity in tissue analysis

Ultra-sensitive detection

Detection of single labels from photon-upconverting nanoparticles

  • Ultra-sensitive detection of labels down to single upconverting nanoparticles
  • Wide dynamic range system, detection of ultra-low and high signal in the same data set
  • No degradation of signal over time

Detection of single photon-upconverting nanoparticle labels

The same image can be viewed in brightfield, UCNP-mode or combined

Full biomarker and morphology separation

Chromogenic counterstain and biomarker information in fully separated channels from the same sample

  • No need for consecutive tissue sections
  • No autofluorescence
  • Biomarker expressions can be directly linked to cell morphology

Particle-based quantification

High-accuracy quantification based on uniform nanoparticle light quanta and a wide dynamic range detection system

  • Quantitative data instead of visual classification
  • Reliable cross sample comparisons
  • Wide dynamic range allows analysis of a single image with biomarker expressions ranging from ultra-low to high

SCIZYS system measures across a wide dynamic range with excellent precision