Neon represents the next generation of MetaSystems‘ microscopic imaging systems and comes with a variety of new features, which were designed to support users in their routine work. Click the image to discover more about Neon.
Digitization of large samples like tissue sections is made easy with Metafer VSlide. Highest flexibility allows to combine various magnifications, contrasting methods, and color display modes. Click the image for more information.
The karyotyping system Ikaros combines an intuitive graphic user interface with a variety of powerful tools to provide highest flexibility and ease of use. Ikaros has been developed with focus on security, speed, and quality.
Isis is the professional tool for fluorescence imaging. Images with up to 12 color channels are easily captured, and many tools are provided for enhancing and analyzing images. Upgrades for mFISH, mBAND, CGH, and telomere analysis are availalable.
Automated detection of metaphases, fast, easy, and reliable: Metafer MSearch is the ideal tool for any assay where rapid detection and sorting of metaphases are required.
MetaCyte is an extremely versatile slide scanning system, which uses up to 250 feature algorithms to obtain highest quality images in transmitted light or Brightfield.
The wide range of MetaSystems DNA probe kits includes chromosome paints for human, mice, CHO, and rat, multicolor FISH probe kits, multicolor chromosome banding kits (mBAND), and locus specific probe kits. Click the image to access the probes catalogue.
The SlideFeeder x80 is the ideal add-on for any Metafer slide scanning system. With the SlideFeeder the capacity of Metafer is increased, and large experiments can be scanned completely unattended. Click the image for more details.
With the comprehensive MetaServer / MetaClient software bundle patient and image data is organized in a very flexible and convenient way. Reporting, statistics, and archiving of cases are only a matter of a few clicks. Click the image for more details.
- Monday, 20 July 2015
- Thursday, 24 July 2014
- Wednesday, 21 May 2014
- Thursday, 01 May 2014
Micronuclei Analysis in Environmental Studies
"In conlusion, this work is the first human biomonitoring study focused on the measurement of MN by automated image analysis for assessing chromosomal damage as a result of environmental mutagen exposure. [...] Further, our findings indicate the ability of the automated system to easily analyze slides with a low density of cells that would be very laborious to score using visual analysis. [...] Furthermore, we suggest that the classifier setting used in this work be used in other biomonitoring studies to allow for comparable inter-laboratory results."
The impact of air pollution on the levels of micronuclei measured by automated image analysis.
A. Rossnerova et al., Mutation Research/Fundamental and Molecular Mechanisms of Mutagenesis 669:2 (2009) Read more ...