The Zeiss genetics research solution, which deeply integrates Zeiss microscopes and Metafer software, intelligently opens up a fully automated process from sample scanning, target recognition, image acquisition to result analysis, greatly improving your work efficiency and result accuracy. It is widely used in multiple fields such as cell genetics, plant genetics, genetic toxicology, and radiation damage.

Cytogenetic research

Intelligent processes, optimizing efficiency and results

Zeiss' solution breaks through traditional manual operation methods by automatically searching for mid-term chromosomes and generating karyotype maps with just one click, eliminating tedious steps such as searching and segmentation.mFISH/mBANDTechnology directly observes small structural abnormalities and explores deeper mechanisms.

The fully automated process of chromosome karyotyping analysis

Chromosome analysis based on specific fluorescent labeling

Genetic toxicology and radiation damage assessment

Standardize processes to make evaluations more objective

Zeiss provides automated solutions that comply with national or industry standards for genetic toxicology and radiation damage assessment, allowing you to obtain more accurate test results and provide complianceGLPThe technical modules are designed to ensure compliance.

*Literature information:

Development and characterisation of interspecific hybrid lines with genome-wide introgressions from Triticum timopheevii in a hexaploidy wheat background. Devi et al. BMC Plant Biology (2019) 19:183