The datasheet integrated in Ikaros and Isis can be used to generate customized print forms and reports.
mFISH: The single color gallery in Isis displays each single color channel, the fluorochrome profiles, and the DAPI image side by side.
With the relocation system ReloSys metaphases and other objects detected by a Metafer system can be analyzed remotely.
Metaphases on clonal slides are automatically assigned to the respective clones. The clone identifier is transferred to Ikaros after AutoCapt image acquisition.
With the extraordinary LED microscope illumination device high-quality color images in Brightfield are generated.
With the tissue FISH module analysis of cell signals in tissues is very easy. Results are available immediately and can be easily validated.
Patient and image data can be conveniently displayed, filtered, and summarized.
DNA Probe Kits
MetaSystems is proud to offer a wide range of high quality DNA probes known to reach a special standard in reliability of the results. Together with the unique combination of our expert-knowledge, customer-friendly support and the MetaSystems imaging systems which are in routine use throughout the world, we are ready to provide additional valuable benefits to each customer. The following pages are a complete catalogue of the MetaSystems probe kits portfolio. For easy access target chromosomes may be selected from the bar above. There are also icons for a detailed probes kit list, and a basic list view. Alternatively the probe kits family of interest can be selected from below.
Fluorescence in situ hybridization (FISH) has become a major tool for research in human chromosomes, tumor cytogenetics and diagnostics. Its is routinely applied in genetics and allows nearly unlimited and targeted visualization of genomic DNA using either metaphase spreads, interphase nuclei, tissue sections, or living cells. FISH applications are particularly important for the detection of structural rearrangements such as microdeletions, translocations, inversions, and insertions, as well as for identification of marker chromosomes, characterization of chromosome breakpoints, and prenatal aneuploidy testing. The clinical impact of FISH is huge especially in the diagnosis, prognosis and therapy of haematological diseases. Here, FISH plays a central role in combination with classic chromosome banding analysis to rapidly detect and to verify specific aberrations.