Enabling high performance isolation of CTCs
Meet the perfect duo for isolating and analyzing circulating tumor cells
Big problems require clever solutions. The CytoCatch™ technology was specifically designed to capture and analyze CTCs with the highest standards of efficiency and reproducibility, in a fully automated way.
MEET THE PERFECT DUO
FOR ISOLATING AND ANALYZING CIRCULATING TUMOR CELLS
Big problems require clever solutions. The CytoCatch™ technology was specifically designed to capture and analyze CTCs with the highest standards of efficiency and reproducibility, in a fully automated way/manner/fashion.
Reliable, reproducible and fully automated isolation of CTCs
The CytoCatch™ isolation device has outstanding recovery rates, above 97% when using multiple cancer cell lines from prostate, breast, lung, and colorectal cancer. That, along with the fact that the platform is fully automated, which increases the reliability and reproducibility of CTC isolation by preventing human errors and cell loss due to manual steps. makes it the ideal tool for the complicated task of efficiently separating blood cancer cells
Classify and enumerate accurately CTCs in your sample
The CytoCatch™ imaging system has advanced computer vision and machine learning algorithms to scan large non-flat areas and accurately classify the CTCs isolated from your sample. The components of this device, including objectives, fluorescent filter cubes, and LEDs, are fully customizable, giving you the flexibility to customize your experiments to your needs.
Push the boundaries of your research
Create your own antibody panels. Choose the antibodies, fluorophores, and staining strategies that work better for you, without any restrictions. The CytoCatch™ technology adapts to your requirements and gives you the freedom to construct your own protocols and work with rare cells of different origin.
Break the barrier of CTC enumeration
Go beyond CTC enumeration. The captured cells are compatible with traditional molecular biology techniques and next generation sequencing technologies, enabling the performance of molecular analyses to assess their genetic characteristics.