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ZytoVision® In Situ Hybridization Probes

ZytoVision®’s ZytoLight® and ZytoMation® product lines offer a comprehensive solution for fluorescence in situ hybridization (FISH), enabling the precise detection of nucleic acid sequences in solid tumor and hematology specimens. Designed for use on formalin-fixed, paraffin-embedded (FFPE) tissues and cytology specimens, these FISH probes help enable a wide range of genetic aberration detection, including translocations, amplifications, deletions, and chromosomal aneuploidies.

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ZytoLight® Probes

  • The ZytoLight® system features direct-labeled FISH probes, eliminating the need for secondary detection reagents and streamlining the FISH workflow. With ZytoLight® probes, you can perform efficient FISH testing for FFPE samples to identify critical genetic alterations.
  • Fluorescence microscopy detects probes using filters that convert full-spectrum light to a specific wavelength, exciting the probe's fluorophore. The emitted longer wavelength light passes through a dichroic mirror and is further refined by a barrier filter for detection.
  • This innovation allows for reliable, high-resolution multi-target detection with lot-to-lot consistency and strong fluorescent signals.

ZytoMation® Probes

  • For high-throughput laboratories, ZytoMation® probes bring a streamlined workflow FISH testing. These direct-labeled FISH probes significantly enhance laboratory efficiency by reducing repetitive tasks.
  • The FISH workflow supported by ZytoMation® probes ensures reproducible detection of relevant genetic targets, optimizing laboratory productivity while maintaining the highest quality standards.

Now available in the United States through MilliporeSigma’s Cell Marque™ Tissue Diagnostics, our offering provides expanded access to ZytoVision®’s sensitive and specific high-quality ISH tools for you to choose from, reinforcing our commitment to advancing molecular pathology diagnostics and ensuring that you have the necessary resources to conduct thorough nucleic acid identification.

For Research Use Only. Not for use in diagnostic procedures.

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