Products

Liquid Biopsy System

Liquid Biopsy System

CELL IMAGE ANALYZER

Cellyzer CZ-1000

Equipment that captures and analyzes fluorescence images of cells stained with antibodies against cancer cell surface proteins such as EpCAM, CD45, and CK, including customer-requested specific markers, and incorporates proprietary image analysis software.

  • 1 Captures and analyzes CTCs
  • 2 Easy to use with an intuitive GUI
  • 3 Rapid acquisition of high-resolution fluorescence images through a high-precision motorized stage
  • 4 Fully automated sample scanning with 5 fluorescence filters (expandable up to 6)
  • 5 Multi-angle analysis of fluorescence images and result delivery via proprietary analysis software
  • 6 Enables data mining of analysis results for diverse applications such as companion diagnostics, biomarker discovery, and drug development

Features & Operation

Single slide loading

A single-slide loading mechanism with an automated cover opening and closing system.

Multi-color imaging at the same location

Provides high-quality merged images by capturing multiple fluorescence colors at a fixed position.

Automated analysis

Automated sample image extraction.

Ease of software operation

Real-time zooming of slide images, along with individual values for each fluorescence intensity and cell morphology.

Applications

Fluorescence intensity analysis

  • 1 Analysis of protein expression levels in cells based on immunofluorescence staining
  • 2 Cell morphology analysis

Automated circulating tumor cell (CTC) counting

  • 1 Automated counting capacity: capable of counting over 10,000 cells
  • 2 End-to-end automation from image analysis to data reporting

Cancer cell counting

  • 1 Filter mode: Utilized for the detection of specific cancer cells

System Workflow

Step 1

Sample Loading

Mounting the slide glass onto the high-precision motorized stage.

Step 2

Slide Scanning

Capturing the slide glass using selected fluorescence filters.

Step 3

Image analysis

Conducting cell analysis of the captured images and saving target images and counting data.