https://metasystems-probes.com/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg MetaSystems Probes is proud to offer a wide range of high quality DNA FISH probes that reach new standards in reliability. 2026-01-02 https://metasystems-probes.com/en/probes/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg MetaSystems Probes is proud to offer a wide range of high quality DNA probes that reach a new standard in reliability of the results. 2025-12-11 https://metasystems-probes.com/en/customized-probes/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg MetaSystems Probes’ XOD program delivers high-quality custom solutions when standard probes don’t cut it. 2025-11-27 https://metasystems-probes.com/en/news/ http://metasystems-international.com/site/templates/images/preview/logo_metasystems_square.jpg News and updates about events with MetaSystems participation. 2025-10-28 https://metasystems-probes.com/en/contact/ http://metasystems-international.com/site/templates/images/preview/logo_metasystems_square.jpg MetaSystems is proud of having established a global network of sales and servicing partners. Please feel free to contact your local MetaSystems partner. 2025-03-20 https://metasystems-probes.com/en/publications/ http://metasystems-international.com/site/templates/images/preview/logo_metasystems_square.jpg MetaSystems products have been featured in many publications. This page lists only a few. Use the filter tools to find publications that match your interest. 2026-03-04 https://metasystems-probes.com/en/career/ 2023-11-28 https://metasystems-probes.com/en/about-probes/ https://metasystems-international.com/site/templates/images/preview/probes.jpg Founded and managed by individuals with strong skills in biomedical imaging, MetaSystems Probes is based on 30 years of experience in image analysis. 2025-09-10 https://metasystems-probes.com/en/search/ 2025-10-02 https://metasystems-probes.com/en/support/ 2026-02-05 https://metasystems-probes.com/en/probes/xcp/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. 2020-07-30 https://metasystems-probes.com/en/probes/xce/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCE probes produce sharp and bright signals allowing rapid and precise identification and enumeration of human chromosomes in metaphase and interphase cells. 2020-07-30 https://metasystems-probes.com/en/probes/xmp/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with an emitting fluorochrome. 2020-07-30 https://metasystems-probes.com/en/probes/xrp/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with an emitting fluorochrome. 2020-07-30 https://metasystems-probes.com/en/probes/xl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Locus-specific probes target amplifications, deletions, or translocations of gene regions involved in cancer. 2020-07-30 https://metasystems-probes.com/en/probes/xa/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XA AneuScore probes target copy number variations of human chromosomes. 2020-07-30 https://metasystems-probes.com/en/probes/mfish/ https://metasystems-probes.com/site/templates/images/preview/mfish.jpg MetaSystems multicolor probe kits simultaneously target all chromosomes in a metaphase in different color combinations. 2020-07-30 https://metasystems-probes.com/en/probes/mband/ https://metasystems-probes.com/site/templates/images/preview/mband.jpg The patented mBAND technique provides information that allows for a precise analysis of even highly complex inter- and intrachromosomal aberrations. 2020-07-06 https://metasystems-probes.com/en/probes/general-reagents/ 2022-03-04 https://metasystems-probes.com/en/probes/xod/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg MetaSystems Probes’ XOD program delivers high-quality custom solutions when standard probes don’t cut it. 2025-10-06 https://metasystems-probes.com/en/probes/xcp/d-0301-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0301-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0301-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0301-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0302-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0302-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0302-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0302-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0303-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0303-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0303-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0303-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0304-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0304-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0304-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0304-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0305-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0305-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0305-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0305-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0306-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0306-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0306-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0306-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0307-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0307-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0307-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0307-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0308-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0308-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0308-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0308-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0309-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0309-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0309-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0309-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0310-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0310-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0310-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0310-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0311-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0311-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0311-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0311-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0312-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0312-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0312-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0312-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0313-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0313-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0313-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0313-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0314-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0314-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0314-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0314-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0315-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0315-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0315-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0315-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0316-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0316-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0316-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0316-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0317-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0317-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0317-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0317-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0318-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0318-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0318-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0318-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0319-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0319-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0319-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0319-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0320-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0320-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0320-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0320-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0321-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0321-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0321-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0321-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0322-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0322-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0322-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0322-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0323-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0323-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0323-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0323-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0324-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0324-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0324-100-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0324-100-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0325-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg A kit with 24 XCyting Chromosome Paints (XCP) specific for all human chromosomes. The kit includes 50µl of each XCP and they are directly labeled with a green emitting fluorochrome. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0325-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg A kit with 24 XCyting Chromosome Paints (XCP) specific for all human chromosomes. The kit includes 50µl of each XCP and they are directly labeled with an orange emitting fluorochrome. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0326-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg A kit with 12 XCyting Chromosome Paints (XCP) specific for the human chromosomes 1 to 12. The kit includes 50µl of each XCP and they are directly labeled with a green emitting fluorochrome. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0326-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg A kit with 12 XCyting Chromosome Paints (XCP) specific for the human chromosomes 1 to 12. The kit includes 50µl of each XCP and they are directly labeled with an orange emitting fluorochrome. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0327-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg A kit with 12 XCyting Chromosome Paints (XCP) specific for the human chromosomes 13 to 22, X and Y. The kit includes 50µl of each XCP and they are directly labeled with a green emitting fluorochrome. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0327-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg A kit with 12 XCyting Chromosome Paints (XCP) specific for the human chromosomes 13 to 22, X and Y. The kit includes 50µl of each XCP and they are directly labeled with an orange emitting fluorochrome. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-0328-200-mc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0328.jpg Probe mix containing whole chromosome paints (XCP) specific for chromosome 1 labeled with an orange emitting fluorophore, chromosome 2 with a green emitting fluorophore, and chromosome 4 with a combination of the 2 fluorophores.Please note that this produ 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-03nn-nnn-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in green. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-03nn-nnn-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. These XCPs are labeled in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-1100-200-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. This probe mix contains 3 green labeled XCPs of your choice.Please specify chromosome classes when ordering. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-1100-200-mc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. This probe mix contains 5 specific XCPs of your choice.Please specify chromosome classes and labels when ordering.1st XCP: Aqua (Blue)2nd XCP: Green3rd XCP: Gold/Orange4th 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-1100-200-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. This probe mix contains 3 orange labeled XCPs of your choice.Please specify chromosome classes when ordering. 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-1100-202-mc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. This probe mix contains 3 specific XCPs of your choice.Please specify chromosome classes and labels when ordering.1st XCP: Green2nd XCP: Orange3rd XCP: Green + Orange 2025-12-04 https://metasystems-probes.com/en/probes/xcp/d-1100-nnn-nn/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XCyting Chromosome Paints are chromosome-specific and cover the entire chromosome. 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0801-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0801-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0802-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0802-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0803-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0803-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0804-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0804-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0805-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0805-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0806-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0806-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0806-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0807-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0807-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0807-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0808-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0808-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0808-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0809-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0809-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0810-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0810-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0811-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0811-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0811-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0812-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0812-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0812-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0815-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0815-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0817-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0817-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0818-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0818-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0818-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0820-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0820-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0823-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0823-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0824-050-bl/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0824-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0824-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0825-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0825.jpg The XCE X/Y DNA probe contains a mix of repetitive sequences specific for the chromosome X centromeric region in green and chromosome Y centromeric region in orange.Also available as 200 µl (4x50 µl) D-0825-200-OG. 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0825-200-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0825.jpg The XCE X/Y DNA probe contains a mix of repetitive sequences specific for the chromosome X centromeric region in green and chromosome Y centromeric region in orange.Also available as 200 µl (4x50 µl) D-0825-200-OG. 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0826-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0826.jpg The XCE 7/8 DNA probe contains a mix of repetitive sequences specific for the chromosome 8 centromeric region in green and the chromosome 7 centromeric region in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0829-050-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0829.jpg The XCE 3/7/17 DNA probe contains a mix of repetitive sequences specific for the chromosome 7 centromeric region in green, chromosome 3 centromeric region in orange, and chromosome 17 centromeric region in aqua. 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0830-050-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0830.jpg The XCE 4/10/17 DNA probe contains a mix of repetitive sequences specific for the chromosome 10 centromeric region in green, chromosome 4 centromeric region in orange, and chromosome 17 centromeric region in aqua. 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0832-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0832.jpg The XCE X/Yqh DNA probe contains a mix of repetitive sequences specific for the chromosome X centromeric region in orange and chromosome Yqh in green which is located in the heterochromatic region at Yq12.Please note that this product is not classified as 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0836-050-fi/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0836.jpg XCE pan-cen is composed of green labeled repetitive sequences specific for human centromeres except for chromosome 1 which is identified by repetitive sequences specific for the heterochromatic region 1q12. The product is also available labeled in orange 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-0836-050-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0836.jpg XCE pan-cen is composed of orange labeled repetitive sequences specific for human centromeres except for chromosome 1 which is identified by repetitive sequences specific for the heterochromatic region 1q12. The product is also available labeled in green 2025-12-04 https://metasystems-probes.com/en/probes/xce/d-08nn-nnn-nn/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-08NN.jpg The XCE DNA probes hybridize to human highly repetitive sequences (also called Satellite DNA) located at and around the centromeric region of chromosomes. The XCE probes produce sharp and bright signals allowing for rapid and precise identification and en 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1401-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1401-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1402-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1402-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1403-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1403-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1404-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1404-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1405-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1405-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1406-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1406-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1407-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1407-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1408-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1408-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1409-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1409-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1410-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1410-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1411-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1411-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1412-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1412-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1413-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1413-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1414-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1414-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1415-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1415-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1416-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1416-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1417-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1417-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1418-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1418-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1419-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1419-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1420-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1420-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1421-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-1421-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xmp/d-14nn-nnn-nn/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-14NN.jpg XMP are chromosome-specific and comprise mouse whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1501-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2023-10-09 https://metasystems-probes.com/en/probes/xrp/d-1501-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1502-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1502-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1503-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1503-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1504-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1504-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1505-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1505-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1506-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1506-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1507-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1507-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1508-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1508-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1509-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1509-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1510-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1510-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1512-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1512-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1513-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1513-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1516-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1516-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1517-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1517-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1518-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1518-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1519-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1519-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1520-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1520-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1521-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1521-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1522-050-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-1522-050-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xrp/d-15nn-nnn-nn/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XRP are chromosome-specific and comprise rat whole chromosome painting probes which are directly labeled with a green or orange emitting fluorochrome, respectively. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5008-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5008.jpg This product has been replaced by XL t(8;14) MYC/IGH DF. Order Number D-5110-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5010-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5010.jpg The XL MYC probe is designed as a break apart probe with two probes juxtaposed and differently labeled. The probe which hybridizes proximal to MYC is labeled in orange and includes the marker D8S1153. The distal one is labeled in green and includes the ma 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5011-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5011.jpg The XL ATM locus-specific probe detects deletions in 11q22.3. This probe is labeled in orange and spans from marker D11S2179 within the ATM gene to the more proximal NPAT region. A green labeled probe, specific for the centromere of chromosome 11 function 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5017-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5017.jpg This product has been replaced by XL TP53/17cen. Order Number D-5103-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5019-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5019.jpg This product has been replaced by XL t(1;19) PBX1/TCF3 DF. Order Number D-5153-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5020-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5020.jpg This product has been replaced by XL Del(20q). Order Number D-5119-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5022-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5022.jpg This product has been replaced by the two products XL CBFB/MYH11 plus and XL CBFB. Order Numbers D-5126-100-OG and D-5092-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5023-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5023.jpg This product has been replaced by XL t(15;17) DF. Order Number D-5086-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5026-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5026.jpg This product has been replaced by XL t(8;21) plus. Order Number D-5114-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5027-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5027.jpg This product has been replaced by XL RUNX1. Order Number D-5096-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5031-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5031.jpg This product has been replaced by XL 5q32 PDGFRB BA. Order Number D-5104-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5032-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5032.jpg The XL FIP1L1/CHIC2/PDGFRA probe mix contains an orange probe spanning the CHIC2 gene which is flanked by 2 green probes. One green probe hybridizing proximal to FIP1L1 and another green probe hybridizing distal to PDGFRA. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5033-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5033.jpg This product has been replaced by XL 22q11 IGL BA. Order Number D-5117-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5034-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5034.jpg This product has been replaced by XL 2p11 IGK BA. Order Number D-5116-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5035-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5035.jpg The XL BCL6 probe is designed as a break apart probe with two probes juxtaposed and differently labeled. Its green labeled probe is located several hundred kb distal to the BCL6 gene in 3q27, while an orange labeled probe hybridizes proximal to BCL6. The 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5036-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5036.jpg This product has been replaced by XL MECOM 3q26. Order Number D-5059-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5038-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5038.jpg XL TET2 consists of an orange-labeled probe hybridizing to the TET2 gene region at 4q24 and a green-labeled probe hybridizing to 4q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5039-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5039.jpg XL 6q21/6q23 consists of a green-labeled probe hybridizing to the SEC63 gene region at 6q21 and an orange-labeled probe hybridizing to the MYB gene region at 6q23.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5040-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5040.jpg This product has been replaced by XL 20q12/20qter plus. Order Number D-5121-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5041-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5041.jpg XL FGFR1 consists of a green-labeled probe hybridizing proximal to the FGFR1 gene region at 8p11.2 and an orange-labeled probe hybridizing distal to the FGFR1 gene region at 8p11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5042-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5042.jpg XL 5q31/5q33 consists of an orange-labeled probe hybridizing to the EGR1 gene region at 5q31.2 and a green-labeled probe hybridizing to the RPS14 gene region at 5q32-33.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5043-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5043.jpg XL 7q22/7q36 consists of an orange-labeled probe hybridizing to the KMT2E gene region at 7q22, a green-labeled probe hybridizing to the CUL1/EZH2 gene region at 7q36 and an aqua-labeled probe hybridizing to the centromere of chromosome 7. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5044-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5044.jpg XL CLL contains different probe mixes provided in separate test vials.XL DLEU/LAMP/12cen consists of a green-labeled probe hybridizing to the centromere of chromosome 12, an orange-labeled probe hybridizing to the DLEU1/MIR15A/MIR16-1 gene region at 13q1 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5046-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5046.jpg XL ATM/TP53 consists of a green-labeled probe hybridizing to the ATM gene region at 11q22.3 and an orange-labeled probe hybridizing to the TP53 gene region at 17p13. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5047-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5047.jpg XL MDM2 consists of an orange-labeled probe hybridizing to the MDM2 gene region at 12q15 and a green-labeled probe hybridizing to the centromere of chromosome 12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5048-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5048.jpg XL Iso(17q) consists of a green-labeled probe hybridizing to the TP53 gene region at 17p13 and an orange-labeled probe hybridizing to the MPO gene region at 17q22. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5049-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5049.jpg This product has been replaced by XL CDKN2C/CKS1B. Order Number D-5099-100-OG TEST 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5050-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5050.jpg The XL IGH/MYC is designed as a dual color dual fusion probe. Orange labeled probes flank the breakpoint at 8q24, and green labeled probes flank the breakpoint at 14q32.This probe was replaced by XL t(8;14) (D-5008-100-OG). 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5051-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5051.jpg This product has been replaced by XL t(14;20) IGH/MAFB DF. Order Number D-5105-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5052-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5052.jpg XL BCR/ABL1 plus consists of an orange-labeled probe hybridizing to the ABL1 gene region at 9q34.1 and a green-labeled probe hybridizing to the BCR gene region at 22q11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5053-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5053.jpg XL CDKN2A consists of an orange-labeled probe hybridizing to the CDKN2A (p16)/CDKN2B (p15) gene region at 9p21 and a green-labeled probe hybridizing to the centromere of chromosome 9. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5054-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5054.jpg XL DLEU/LAMP consists of an orange-labeled probe hybridizing to the DLEU1/MIR15A/MIR16-1 gene region at 13q14.2 including D13S319 and a green-labeled probe hybridizing to the LAMP1 gene region at 13q34. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5055-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5055.jpg XL DLEU/LAMP/12cen consists of a green-labeled probe hybridizing to the centromere of chromosome 12, an orange-labeled probe hybridizing to the DLEU1/MIR15A/MIR16-1 gene region at 13q14.2 including D13S319 and an aqua-labeled probe hybridizing to the LAMP 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5057-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5057.jpg This product has been replaced by XL Del(5)(q33). Order Number D-5091-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5059-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5059.jpg XL MECOM 3q26 consists of an orange-labeled probe hybridizing proximal to the MECOM gene region at 3q26.2 and a green-labeled probe hybridizing distal to the MECOM gene region also spanning a distal part of the gene region at 3q26.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5060-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5060.jpg XL MLL plus consists of an orange-labeled probe hybridizing proximal to the KMT2A gene region at 11q23.3 and a green-labeled probe hybridizing distal to the KMT2A gene region at 11q23.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5061-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5061.jpg This product has been replaced by XL IGH BA. Order Number D-5107-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5062-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5062.jpg This product has been replaced by XL t(11;14) MYEOV/IGH DF. Order Number D-5111-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5063-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5063.jpg XL 4q12 consists of a green-labeled probe hybridizing proximal to the FIP1L1 gene region at 4q12, an orange-labeled probe hybridizing to the CHIC2 gene region at 4q12 and an aqua-labeled probe hybridizing to the PDGFRA gene region at 4q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5064-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5064.jpg This product has been replaced by XL t(4;14) IGH/FGFR3 DF. Order Number D-5108-100-OG. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5065-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5065.jpg This product has been replaced by XL t(6;14) CCND3/IGH DF. Order Number D-5109-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5066-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5066.jpg This product has been replaced by XL Del(5)(q31). Order Number D-5085-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5067-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5067.jpg XL DLEU/TP53 consists of an orange-labeled probe hybridizing to the DLEU1/MIR15A/MIR16-1 gene region at 13q14.2 including D13S319 and a green-labeled probe hybridizing to the TP53 gene region at 17p13. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5068-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5068.jpg XL del(7)(q22q31) consists of an orange-labeled probe hybridizing to the KMT2E gene region at 7q22, a green-labeled probe hybridizing to the MET gene region at 7q31.2 and an aqua-labeled probe hybridizing to the centromere of chromosome 7. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5069-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5069.jpg This product has been replaced by XL t(12;21) ETV6/RUNX1 DF. Order Number D-5115-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5070-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5070.jpg XL RB1/DLEU/LAMP consists of a green-labeled probe hybridizing to the RB1 gene region at 13q14.2, an orange-labeled probe hybridizing to the DLEU1/MIR15A/MIR16-1 gene region at 13q14.2 including D13S319 and an aqua-labeled probe hybridizing to the LAMP1 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5071-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5071.jpg XL CCND1 consists of an orange-labeled probe hybridizing proximal to the MYEOV gene region at 11q13.3 and a green-labeled probe hybridizing to CCND1 and distal to the CCND1 gene region at 11q13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5072-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5072.jpg This product has been replaced by XL t(14;16) IGH/MAF DF. Order Number D-5112-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5073-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5073.jpg XL ETV6 consists of an orange-labeled probe hybridizing proximal to the ETV6 gene region at 12p13.2 and a green-labeled probe hybridizing distal to the ETV6 gene region at 12p13.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5077-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5077.jpg XL NUP98 consists of an orange-labeled probe hybridizing proximal to the NUP98 gene region at 11p15.4 and a green-labeled probe hybridizing distal to the NUP98 gene region at 11p15.4. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5080-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5080.jpg This product has been replaced by XL t(14;18) IGH/BCL2 DF. Order Number D-5113-100-OG 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5081-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5081.jpg XL 5q31/5q33/5p15 consists of an aqua-labeled probe hybridizing to a region at 5p15.2-15.3, an orange-labeled probe hybridizing to the EGR1 gene region at 5q31.2 and a green-labeled probe hybridizing to the RPS14 gene region at 5q32-33.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5082-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5082.jpg XL BCR/ABL1/ASS consists of an aqua-labeled probe hybridizing to the ASS1 gene region at 9q34.1, an orange-labeled probe hybridizing to the ABL1 gene region at 9q34.1 and a green-labeled probe hybridizing to the BCR gene region at 22q11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5085-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5085.jpg XL del(5)(q31) consists of a green-labeled probe hybridizing to a region at 5p15.2-15.3 and an orange-labeled probe hybridizing to the EGR1 gene region at 5q31.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5086-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5086.jpg XL t(15;17) DF consists of an orange-labeled probe hybridizing to the PML gene region at 15q24 and a green-labeled probe hybridizing to the RARA gene region at 17q21.1-21.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5087-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5087.jpg XL RARA BA consists of an orange-labeled probe hybridizing proximal to the RARA gene region at 17q21.1-21.2 and a green-labeled probe hybridizing distal to the RARA gene region at 17q21.1-21.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5088-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5088.jpg XL 6q21/6q23/6cen consists of a green-labeled probe hybridizing to the SEC63 gene region at 6q21, an orange-labeled probe hybridizing to the MYB gene region at 6q23.3 and an aqua-labeled probe hybridizing to the centromere of chromosome 6. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5089-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5089.jpg XL TP53/NF1 consists of an orange-labeled probe hybridizing to the TP53 gene region at 17p13 and a green-labeled probe hybridizing to the NF1 gene region at 17q11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5090-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5090.jpg XL KMT2A BA consists of an orange-labeled probe hybridizing proximal to the KMT2A gene region at 11q23.3 extending into the gene up to intron 24 and a green-labeled probe hybridizing distal to the KMT2A gene region at 11q23.3 extending into the gene up to 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5090-100-og-backup/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5090.jpg XL KMT2A BA consists of an orange-labeled probe hybridizing proximal to the KMT2A gene region at 11q23.3 extending into the gene up to intron 24 and a green-labeled probe hybridizing distal to the KMT2A gene region at 11q23.3 extending into the gene up to 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5090-v2/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5090.jpg XL KMT2A BA consists of an orange-labeled probe hybridizing proximal to the KMT2A gene region at 11q23.3 extending into the gene up to intron 24 and a green-labeled probe hybridizing distal to the KMT2A gene region at 11q23.3 extending into the gene up to 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5091-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5091.jpg XL del(5)(q33) consists of a green-labeled probe hybridizing to a region at 5p15.2-15.3 and an orange-labeled probe hybridizing to the RPS14 locus at 5q32-33.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5092-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5092.jpg XL CBFB consists of an orange-labeled probe hybridizing proximal to the CBFB gene region at 16q21-22 and a green-labeled probe hybridizing distal to the CBFB gene region at 16q22. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5093-100-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The XL t(8;21) is designed as a dual fusion probe. The orange labeled probe flanks the breakpoint at 21q22.1 (RUNX1=AML1) and the green labeled probe flanks the breakpoint at 8q21 (RUNX1T1=ETO). 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5094-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5094.jpg This product has been replaced by XL t(8;14) MYC/IGH DF 8cen. Order Number D-5125-100-TC 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5095-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5095.jpg XL 5p15/9q22/15q22 Hyperdiploidy consists of a green-labeled probe hybridizing to a region at 5p15.2-15.3, an aqua-labeled probe hybridizing to a region at 9q22.3-31 and an orange-labeled probe hybridizing to the SMAD6 gene region at 15q22.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5096-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5096.jpg XL RUNX1 consists of an orange-labeled probe hybridizing proximal to the RUNX1 gene region at 21q22.1 and a green-labeled probe hybridizing distal to the RUNX1 gene region at 21q22.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5097-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5097.jpg XL t(6;9) DEK/NUP214 consists of a green-labeled probe hybridizing to the DEK gene region at 6p22.3 and an orange-labeled probe hybridizing to the NUP214 gene region at 9q34.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5098-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5098.jpg XL JAK2 BA consists of an orange-labeled probe hybridizing proximal to the JAK2 gene region at 9p24 and a green-labeled probe hybridizing distal to the JAK2 gene region at 9p24. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5099-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5099.jpg XL CDKN2C/CKS1B consists of a green-labeled probe hybridizing to the CDKN2C (p18) gene region at 1p32.3 and an orange-labeled probe hybridizing to the CKS1B gene region at 1q21-22. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5101-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5101.jpg XL t(7;12) MNX1/ETV6 consists of an orange-labeled probe hybridizing to the MNX1 gene region at 7q36 and a green-labeled probe hybridizing to the ETV6 gene region at 12p13.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5102-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5102.jpg XL ATM/11cen consists of an orange-labeled probe hybridizing to the ATM gene region at 11q22.3 and a green-labeled probe hybridizing to the centromere of chromosome 11. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5103-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5103.jpg XL TP53/17cen consists of an orange-labeled probe hybridizing to the TP53 gene region at 17p13 and a green-labeled probe hybridizing to the centromere of chromosome 17. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5104-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5104.jpg XL 5q32 PDGFRB BA consists of an orange-labeled probe hybridizing proximal to the PDGFRB gene region at 5q32 and a green-labeled probe hybridizing distal to the PDGFRB gene region at 5q32-33.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5105-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5105.jpg XL t(14;20) IGH/MAFB DF consists of a green-labeled probe hybridizing to the IGH gene region at 14q32.3 and an orange-labeled probe hybridizing proximal to the MAFB gene region 20q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5106-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5106.jpg XL TCRA/D consists of an orange-labeled probe hybridizing proximal to the TCRA/D gene region at 14q11.2 and a green-labeled probe hybridizing distal to TCRA/D gene region at 14q11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5107-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5107.jpg XL IGH BA consists of an orange-labeled probe partly covering the constant region of the IGH locus at 14q32.3 and a green-labeled probe hybridizing to the variable distal region of the IGH locus at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5108-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5108.jpg XL t(4;14) FGFR3/IGH DF consists of an orange-labeled probe hybridizing to the FGFR3 gene region at 4p16.3 and a green-labeled probe hybridizing to the IGH gene region at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5109-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5109.jpg XL t(6;14) CCND3/IGH DF consists of an orange-labeled probe hybridizing to the CCND3 gene region at 6p21.1 and a green-labeled probe hybridizing to the IGH gene region at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5110-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5110.jpg XL t(8;14) MYC/IGH DF consists of an orange-labeled probe hybridizing to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing to the IGH gene region at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5111-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5111.jpg XL t(11;14) MYEOV/IGH DF consists of an orange-labeled probe hybridizing to the MYEOV/CCND1 gene region at 11q13.3 and a green-labeled probe hybridizing to the IGH gene region at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5112-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5112.jpg XL t(14;16) IGH/MAF DF consists of a green-labeled probe hybridizing to the IGH gene region at 14q32.3 and an orange-labeled probe hybridizing to the WWOX/MAF gene region at 16q23. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5113-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5113.jpg XL t(14;18) IGH/BCL2 DF consists of a green-labeled probe hybridizing to the IGH gene region at 14q32.3 and an orange-labeled probe hybridizing to the BCL2 gene region at 18q21.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5114-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5114.jpg XL t(8;21) plus consists of a green-labeled probe hybridizing to the RUNX1T1 gene region at 8q21.3-22.1 and an orange-labeled probe hybridizing to the RUNX1 gene region at 21q22.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5115-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5115.jpg XL t(12;21) ETV6/RUNX1 DF consists of a green-labeled probe hybridizing to the ETV6 gene region at 12p13.2 and an orange-labeled probe hybridizing to the RUNX1 gene region at 21q22.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5116-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5116.jpg XL 2p11 IGK BA probe consists of an orange-labeled probe hybridizing to the ´IGKV distal´ region at 2p11.2, and a green-labeled probe hybridizing distal to the ´IGKV proximal´, IGKJ and IGKC region at 2p11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5117-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5117.jpg XL 22q11 IGL BA consists of an orange-labeled probe hybridizing proximal to the IGL gene region at 22q11.2 and a green-labeled probe hybridizing distal to the IGL gene region at 22q11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5118-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5118.jpg XL CDKN2A/9q22 consists of an orange-labeled probe hybridizing to the CDKN2A(p16)/CDKN2B (p15) gene region at 9p21 and a green-labeled probe hybridizing to the CENPP gene region at 9q22.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5119-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5119.jpg XL del(20q) plus consists of an orange-labeled probe hybridizing to the PTPRT gene region at 20q12 and a green-labeled probe hybridizing to the MYBL2 gene region at 20q12-13.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5120-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5120.jpg XL t(8;9) PCM1/JAK2 DF consists of an orange-labeled probe hybridizing to the PCM1 gene region at 8p22 and a green-labeled probe hybridizing to the JAK2 gene region at 9p24. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5121-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5121.jpg XL 20q12/20qter plus consists of an orange-labeled probe hybridizing to the PTPRT gene region at 20q12 and a green-labeled probe hybridizing to a region at 20q13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5122-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5122.jpg XL 20q12/20qter/8cen plus consists of an aqua-labeled probe hybridizing to the centromere of chromosome 8, an orange-labeled probe hybridizing to the PTPRT gene region at 20q12 and a green-labeled probe hybridizing to a region at 20q13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5123-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5123.jpg XL 4q12 DC consists of a green-labeled probe hybridizing proximal to the FIP1L1 gene region at 4q12, an orange-labeled probe hybridizing to the CHIC2 gene region at 4q12 and another green-labeled probe hybridizing to the PDGFRA gene region at 4q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5124-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5124.jpg XL t(3;3) GATA2/MECOM DF consists of a green-labeled probe hybridizing to the GATA2 gene region at 3q21 and an orange-labeled probe hybridizing to the MECOM gene region at 3q26.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5125-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5125.jpg XL t(8;14) MYC/IGH DF 8cen consists of an aqua-labeled probe hybridizing to the centromere of chromosome 8, an orange-labeled probe hybridizing to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing to the IGH gene region at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5126-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5126.jpg XL CBFB/MYH11 plus consists of a green-labeled probe hybridizing to the MYH11 gene region at 16p13.1 and an orange-labeled probe hybridizing to the CBFB gene region at 16q22. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5128-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5128.jpg XL BCL3 BA consists of an orange-labeled probe hybridizing proximal to the BCL3 gene region at 19q13.3 and a green-labeled probe hybridizing distal to the BCL3 gene region at 19q13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5129-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5129.jpg XL TLX3 BA consists of an orange-labeled probe hybridizing proximal to the TLX3 gene region at 5q35.1 and a green-labeled probe hybridizing distal to the TLX3 gene region at 5q35.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5130-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5130.jpg XL CRLF2 BA consists of an orange-labeled probe hybridizing proximal to the CRLF2 gene region at Xp22.33 and Yp11.32 and a green-labeled probe hybridizing distal to the CRLF2 gene region at Xp22.33 and Yp11.32. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5131-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5131.jpg XL t(4;11) AFF1/KMT2A DF consists of an orange-labeled probe hybridizing to the AFF1 gene region at 4q21.3-22 and a green-labeled probe hybridizing to the KMT2A gene region at 11q23.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5132-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5132.jpg XL t(6;11) AFDN/KMT2A DF consists of an orange-labeled probe hybridizing to the AFDN gene region at 6q27 and a green-labeled probe hybridizing to the KMT2A gene region at 11q23.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5133-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5133.jpg XL t(9;11) MLLT3/KMT2A DF consists of an orange-labeled probe hybridizing to the MLLT3 gene region at 9p21 and a green-labeled probe hybridizing to the KMT2A gene region at 11q23.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5134-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5134.jpg XL t(10;11) MLLT10/KMT2A DF consists of an orange-labeled probe hybridizing to the MLLT10 gene region at 10p12.3 and a green-labeled probe hybridizing to the KMT2A gene region at 11q23.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5135-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5135.jpg XL t(11;19) KMT2A/ELL DF consists of a green-labeled probe hybridizing to the KMT2A gene region at 11q23.3 and an orange-labeled probe hybridizing to the ELL gene region at 19p13.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5136-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5136.jpg XL t(11;19) KMT2A/MLLT1 DF consists of a green-labeled probe hybridizing to the KMT2A gene region at 11q23.3 and an orange-labeled probe hybridizing to the MLLT1 gene region at 19p13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5137-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5137.jpg XL PDGFRA BA consists of a green-labeled probe hybridizing proximal to the PDGFRA gene region at 4q12 and an orange-labeled probe hybridizing distal to the PDGFRA gene region at 4q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5138-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5138.jpg XL ABL2 BA consists of an orange-labeled probe hybridizing proximal to the breakpoint in the ABL2 gene region at 1q25.2 and a green-labeled probe hybridizing distal to the break point in the ABL2 gene region at 1q25.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5139-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5139.jpg XL ETV6 BA consists of an orange-labeled probe hybridizing proximal to the ETV6 gene region at 12p13.2 and a green-labeled probe hybridizing distal to the ETV6 gene region at 12p13.2 extending into the 5´gene region. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5140-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5140.jpg XL t(11;14) CCND1/IGH DF is designed as a dual fusion probe. The orange labeled probe hybridizes to region 11q13 including CCND1, the green labeled probe flanks the IGH breakpoint region at 14q32. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5141-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5141.jpg XL t(5;11) NSD1/NUP98 DF consists of a green-labeled probe hybridizing to the NSD1 gene region at 5q35.2-35.3 and an orange-labeled probe hybridizing to the NUP98 gene region at 11p15.4. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5142-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5142.jpg XL TCL1 BA is designed as a break apart probe. The orange labeled probe hybridizes proximal to the TCL1A/TCL1B gene region at 14q32.1, the green labeled probe hybridizes distal to TCL1A/TCL1B. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5143-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5143.jpg XL PAX5 BA consists of an orange-labeled probe hybridizing to the PAX5 gene and distal gene regions at 9p13 and a green-labeled probe hybridizing proximal to the PAX5 gene region at 9p13. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5144-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5144.jpg XL CUX1/EZH2/7cen consists of an orange-labeled probe hybridizing to the CUX1 gene region at 7q22, a green-labeled probe hybridizing to the EZH2 gene region at 7q36 and an aqua-labeled probe hybridizing to the centromere of chromosome 7. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5145-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5145.jpg XL SPI1 BA is designed as a break apart probe. The orange labeled probe hybridizes proximal to the breakpoint in the SPI1 gene region at 11p11.2, the green labeled probe hybridizes distal to the breakpoint. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5146-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5146.jpg XL t(14;20) IGH/MAFB DF consists of a green-labeled probe hybridizing to the IGH gene region at 14q32.3 and an orange-labeled probe hybridizing to the the MAFB gene and flanking regions at 20q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5147-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5147.jpg XL CCND3/IGH DF consists of an orange-labeled probe hybridizing to the CCND3 gene and flanking regions at 6p21.1 and a green-labeled probe hybridizing to the IGH gene region at 14q32.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5148-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5148.jpg XL ABL1 BA consists of a green-labeled probe hybridizing proximal to the ABL1 gene region at 9q34.1 and an orange-labeled probe hybridizing distal to the ABL1 gene region at 9q34.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5150-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5150.jpg XL P2RY8 del detects deletions in the short arm of chromosome X and Y at Xp22.33 and Yp11.32, respectively. The orange labeled probe spans P2RY8 and extends distally, the green labeled probe covers the 5´end of P2RY8 and extends proximally. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5152-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5152.jpg XL CSF1R BA consists of an orange-labeled probe hybridizing proximal to the CSF1R gene region at 5q32 extending into the gene up to intron 5 and a green-labeled probe hybridizing distal to the CSF1R gene region at 5q32-33.1 extending into the gene up to i 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5153-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5153.jpg XL t(1;19) PBX1/TCF3 DF consists of an orange-labeled probe hybridizing to the PBX1 gene region at 1q23.3 and a green-labeled probe hybridizing to the TCF3 (E2A) gene region at 19p13.Please note that this product is not classified as an IVD product in the 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5155-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5155.jpg XL 5p15/21q22 consists of a green-labeled probe hybridizing to a region at 5p15.2-15.3 and an orange-labeled probe hybridizing to the DSCR4 gene region at 21q22.1-22.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5158-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5158.jpg XL IKZF1 del consists of an orange-labeled probe hybridizing to a region within IKZF1 at 7p12 and a green-labeled probe hybridizing to the CDK6 gene region at 7q21.2.Please note that this product is not classified as an IVD product in the EU according to 2024-06-03 https://metasystems-probes.com/en/probes/xl/d-5199-100-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5415-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5415.jpg XL DiGeorge TBX1 consists of an orange-labeled probe hybridizing to the TBX1 gene region at 22q11.2 and a green-labeled probe hybridizing to the SHANK3 gene region at 22q13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5416-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5416.jpg XL Wolf-Hirschhorn consists of an orange-labeled probe hybridizing to the NSD2/NELFA gene region at 4p16.3 and a green-labeled probe hybridizing to a region at 4q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5417-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5417.jpg XL Cri-Du-Chat detects deletions in the short arm of chromosome 5. The orange-labeled probe hybridizes to a chromosomal locus at 5p15.2-15.3. The green-labeled probe hybridizes to a specific locus at 5q31.2 and functions as a reference probe. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5418-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5418.jpg XL Williams-Beuren consists of an orange-labeled probe hybridizing to the ELN/LIMK1 gene region at 7q11.23 and a green-labeled probe hybridizing to a region at 7p11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5421-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5421.jpg XL Prader-Willi/Angelman consists of an orange-labeled probe hybridizing to the SNRPN/PWAR5 gene region at 15q11.2 and a green-labeled probe hybridizing to the PML gene region at 15q24. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5422-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5422.jpg XL Smith-Magenis/Miller-Dieker consists of a green-labeled probe hybridizing to the RAI1 gene region at 17p11.2 and an orange-labeled probe hybridizing to the PAFAH1B1 gene region at 17p13. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5440-050-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5440.jpg The XL Acro-p probe contains sequences which specifically hybridize to the short (p) arm of all human acrocentric chromosomes. The XL Acro-p FISH probe may replace conventional silver staining used to stain the NOR regions.Please note that this product is 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5441-050-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5441.jpg The XL 21q22/XCP 21 is a combination of a whole chromosome paint 21 in green with an orange labeled locus-specific probe for 21q22. This probe allows analysis of copy numbers and structural aberrations of chromosome 21 on metaphase chromosomes.XL 21q22/XC 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5817-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5817.jpg The CL RUNX1T1/RUNX1 is designed as a dual fusion probe. The orange labeled probe spans the breakpoint at 8q21 RUNX1T1 (formerly ETO) and the green labeled probe spans the breakpoint at 21q22.1 RUNX1 (formerly AML1). 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5908-100-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5908.jpg The CL RB1 probe contains a locus-specific probe labeled in orange which hybridizes to 13q14 covering RB1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5920-100-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The CL 2p23 ALK BA is designed as a break apart probe with two probes juxtaposed and differently labeled.The orange labeled probe hybridizes distal (telomeric) and the green labeled probe hybridizes proximal (centromeric) to the breakpoint at 2p23. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5922-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5922.jpg The CL 9q22.31 is a locus-specific DNA probe for this specific locus in orange. A green labeled probe specific for a locus at 9p24 functions as a reference probe. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5923-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5923.jpg The CL HOXA9 (7p15.2) is designed as a break apart probe with two probes juxtaposed and differently labeled. The proximal probe is labeled in orange and a green labeled probe is designed to hybridize distal to the breakpoint in 7p15.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5924-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5924.jpg The CL CDK6 (7q21.2) is designed as a break apart probe with two probes juxtaposed and differently labeled. The proximal probe is labeled in orange and a green labeled probe is designed to hybridize distal to the breakpoint in 7q21.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5925-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5925.jpg The CL 14q24.1 is a dual-color locus-specific DNA probe. The orange labeled probe covers a region proximal and a green probe distal to the del(14q) breakpoint region. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5926-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5926.jpg The CL 9q22/11q13/15q22 probe is designed as a triple color assay and allows enumeration of chromosomes 9, 11 and 15. The green labeled probe hybridizes to a region of 9q22, the blue (aqua) labeled probe hybridizes to a region of 11q13, and the orange pro 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5966-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5966.jpg The CL CCND1/IGH is designed as a dual fusion probe to detect t(11;14). An orange labeled probe spans the breakpoints at 11q13 (CCND1) and a green labeled probe flanks the 14q32 IGH breakpoint region. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5978-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5978.jpg The CL 7q31(D7S486) is a combination of a locus-specific DNA probe for 7q31 (D7S486) in orange and a centromere specific probe for chromosome 7 in green as reference. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5983-100-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5983.jpg The CL 20q12 probe detects deletions which may occur in the long arm of chromosome 20 including the marker D20S108. An orange labeled probe hybridizes to the proximal end of the PTPRT gene, covering D20S108 at 20q12. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5988-100-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5988.jpg The CL TP53 probe detects deletions which may occur in the short arm of chromosome 17 including the TP53 gene. An orange labeled probe hybridizes to an area spanning TP53 at 17p13. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5991-100-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5991.jpg The CL D13S319 located at 13q14 probe detects deletions which may occur in the long arm of chromosome 13 including the DLEU2 gene. The orange labeled probe hybridizes to an area spanning DLEU2, D13S319 and the proximal end of DLEU1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5992-100-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5992.jpg The CL ATM probe detects deletions which may occur in the long arm of chromosome 11 including the ATM gene. The orange labeled probe hybridizes to an area spanning the ATM gene and NPAT at 11q22. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5994-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5994.jpg The CL 20q12/20qter plus probe detects deletions which occur in the long arm of chromosome 20. The probe mixture includes two probes: an orange labeled one which hybridizes to 20q12 and includes the proximal part of PTPRT; and a green labeled probe which 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5996-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5996.jpg The CL 20q12/20qter/8cen probe detects deletions which occur in the long arm of chromosome 20. It includes an orange labeled probe that hybridizes to 20q12 with the proximal part of PTPRT, a green labeled probe that hybridizes to 20qter, and a blue (aqua) 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5998-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5998.jpg The CL t(15;17) PML/RARA SF is designed as a single fusion probe. An orange labeled probe hybridizes proximal to the breakpoint at 15q24 (PML) and a green labeled probe distal to the breakpoint region at 17q21 (RARA). 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-5999-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5999.jpg The CL PAX8/PPARG is designed as a dual fusion probe. The orange labeled probe hybridizes to areas flanking the breakpoint at 2q13 (PAX8) and the green labeled probe hybridizes to the breakpoint region at 3p25 (PPARG).This probe is intended for TissueFISH 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6001-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6001.jpg XL ALK BA consists of an orange-labeled probe hybridizing to a region within the ALK gene at 2p23 and a green-labeled probe hybridizing distal to the ALK gene region at 2p23. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6004-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6004.jpg XL RET BA is designed as a break apart probe. The orange labeled probe hybridizes proximal to the breakpoint in the RET gene region at 10q11, the green labeled probe hybridizes distal to the breakpoint.This probe is intended for methanol/acetic-acid fixed 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6005-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6005.jpg XL EGFR amp consists of an orange-labeled probe hybridizing to the EGFR gene region at 7p11.2 and a green-labeled probe hybridizing to the centromere of chromosome 7. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6006-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6006.jpg The XL ERG-TMPRSS2 probe detects deletions and translocations involving the ERG locus in 21q22. The green labeled probe hybridizes to a region proximal to the ERG locus and an orange labeled probe hybridizes specifically to the distal region adjacent to t 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6007-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6007.jpg The XL PTEN/GRID1 locus-specific probe detects deletions in 10q23. The orange probe hybridizes to the distal PTEN region while the green labeled probe hybridizes to the distal GRID1 region. The blue labeled probe hybridizes to the centromere of chromosome 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6008-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6008.jpg XL MYC amp consists of an orange-labeled probe hybridizing to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing to the centromere of chromosome 8. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6010-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6010.jpg XL ERBB2 (HER2/NEU) amp consists of an orange-labeled probe hybridizing to the ERBB2 (HER2/NEU) gene region at 17q12 and a green-labeled probe hybridizing to the centromere of chromosome 17. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6011-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6011.jpg XL EWSR1 BA consists of an orange-labeled probe hybridizing proximal to the EWSR1 gene region at 22q12.1-12.2 and a green-labeled probe hybridizing distal to the EWSR1 gene region at 22q12.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6013-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6013.jpg The XL MET amp probe detects amplifications in the long arm of chromosome 7. The orange labeled probe is designed to hybridize to the MET locus at 7q31. A green labeled probe hybridizes to the 7cen region and functions as a control probe.This probe is int 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6015-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6015.jpg XL MALT1 BA consists of an orange-labeled probe hybridizing proximal to the MALT1 gene region at 18q21.3 and a green-labeled probe hybridizing distal to the MALT1 gene region at 18q21.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6016-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6016.jpg XL BCL6 BA consists of a green-labeled probe hybridizing proximal to the BCL6 gene region at 3q27 and an orange-labeled probe hybridizing distal to the BCL6 gene region at 3q27-28. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6018-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6018.jpg XL BCL2 BA consists of an orange-labeled probe hybridizing proximal to the BCL2 gene region at 18q21.3 and a green-labeled probe hybridizing distal to the BCL2 gene region at 18q21.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6019-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6019.jpg XL 19p/19q del consists of a green-labeled probe hybridizing to the ZNF443 gene region at 19p13.2 and an orange-labeled probe hybridizing to the GLTSCR1/ GLTSCR2 gene region at 19q13.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6020-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6020.jpg XL t(14;18) IGH/MALT1 DF consists of a green-labeled probe hybridizing to the IGH gene region at 14q32.3 and an orange-labeled probe hybridizing to the MALT1 gene region at 18q21.3. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6021-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6021.jpg XL 1p36/1q25 del consists of an orange-labeled probe hybridizing to the CHD5 gene region at 1p36.3 and a green-labeled probe hybridizing to the ABL2 gene region at 1q25.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6023-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6023.jpg XL MYC BA consists of an orange-labeled probe hybridizing proximal to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing distal to the MYC gene region at 8q24.21. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6026-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6026.jpg The XL JAK2 probe detects amplifications in the short arm of chromosome 9. The orange labeled probe is designed to hybridize to the JAK2 locus at 9p24. A green labeled probe hybridizes to a region in 9q22 and functions as a control probe.This probe is int 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6028-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6028.jpg The XL AR amp probe detects amplifications in the long arm of chromosome X. The orange labeled probe is designed to hybridize to the AR locus at Xq12. A green labeled probe hybridizes to the Xcen region and functions as a control probe.This probe is inten 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6029-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6029.jpg XL ROS1-GOPC BA consists of a green-labeled probe hybridizing proximal to the ROS1 gene region at 6q22.1 and an orange-labeled probe hybridizing distal to the ROS1 gene region at 6q22.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6030-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6030.jpg XL MYC BA triple-color consists of an orange-labeled probe hybridizing proximal to the MYC gene region at 8q24.21, an aqua-labeled probe hybridizing to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing distal to the MYC gene region at 8 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6030-100-tc-backup/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6030.jpg XL MYC BA triple-color consists of an orange-labeled probe hybridizing proximal to the MYC gene region at 8q24.21, an aqua-labeled probe hybridizing to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing distal to the MYC gene region at 8 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6030-100-tc-backup-v2/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6030.jpg XL MYC BA triple-color consists of an orange-labeled probe hybridizing proximal to the MYC gene region at 8q24.21, an aqua-labeled probe hybridizing to the MYC gene region at 8q24.21 and a green-labeled probe hybridizing distal to the MYC gene region at 8 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6031-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6031.jpg XL MYCN amp consists of a green-labeled probe hybridizing to the MYCN gene region at 2p24 and an orange-labeled probe hybridizing to the NMI gene region at 2q23. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6032-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6032.jpg XL DDIT3 BA consists of an orange-labeled probe hybridizing proximal to the DDIT3 gene region at 12q13.3 and a green-labeled probe hybridizing distal to the DDIT3 gene region at 12q13.3-14. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6033-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6033.jpg XL SS18 BA consists of an orange-labeled probe hybridizing proximal to the SS18 gene region at 18q11.2 and a green-labeled probe hybridizing distal to the SS18 gene region at 18q11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6034-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6034.jpg XL FOXO1 BA consists of a green-labeled probe hybridizing proximal to the FOXO1 gene region at 13q14.1 and an orange-labeled probe hybridizing distal to the FOXO1 gene region at 13q14.1. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6035-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6035.jpg XL FUS BA consists of an orange-labeled probe hybridizing proximal to the FUS gene region at 16p11.2 and a green-labeled probe hybridizing distal to the FUS gene region at 16p11.2. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6038-100-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg XL PD-L1 amp detects amplifications in the short arm of chromosome 9. The orange labeled probe hybridizes to the PD-L1 locus at 9p24. A green labeled probe hybridizes to 9q22 and functions as a reference probe.This probe is intended for methanol/acetic-ac 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6040-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6040.jpg XL IRF4 BA consists of a green-labeled probe hybridizing proximal to the IRF4 gene region at 6p25 and an orange-labeled probe hybridizing distal to the IRF4 gene region at 6p25. 2025-12-04 https://metasystems-probes.com/en/probes/xl/d-6044-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-6044.jpg XL NTRK1 BA is designed as a break apart probe. The orange labeled probe hybridizes distal to the breakpoint in the NTRK1 gene region at 1q22-23.1, the green labeled probe hybridizes proximal to the breakpoint.This probe is intended for methanol/acetic-ac 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-0000-000-xx/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Beschreibung ENG (TB). Änderung 9.8.18 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-0000-000-xx-ivdr/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Beschreibung ENG (TB). Änderung 9.8.18 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5601-100-or/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5601.jpg The XA 21q22 specific probe allows detecting copy number variations for chromosomes 21. The orange labeled probe hybridizes to a region at 21q22 including the DSCR4 (Down syndrome critical region 4). 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5602-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5602.jpg The XA 13/21 mix of specific probes allows detecting copy number variations for chromosomes 13 and 21. The green labeled probe hybridizes to a region at 13q14 including the RB1 locus and the orange labeled probe hybridizes to a region at 21q22 including t 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5603-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5603.jpg The XA TriScore (X/Y/21) mix of specific probes allows detecting copy number variations for chromosomes X, Y, and 21. The probe mix is composed of repetitive sequences which hybridize to the centromeric region of chromosomes X in blue (aqua) and Y in gree 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5604-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5604.jpg The XA AneuScore I Probe Kit contains different probe mix, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y.XA 13/21 (D-5602-100-OG):The XA 13/21 mix of specific probes allows detecting copy numb 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5604-500-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5604.jpg The XA AneuScore I Probe Kit contains different probe mix, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y.XA 13/21 (D-5602-100-OG):The XA 13/21 mix of specific probes allows detecting copy numb 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5606-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5606.jpg The XA X/Y/18 mix of specific probes allows detecting copy number variations for chromosomes X, Y, and 18. The probe mix is composed of repetitive sequences which hybridize to the centromeric region of chromosomes X in green, Y in orange, and 18 in blue ( 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5607-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5607.jpg The XA 13/18/21 mix of specific probes allows detecting copy number variations of chromosomes 13, 18, and 21. The green labeled probe hybridizes to a region at 13q14 including the RB1 locus, the blue (aqua) labeled probe hybridizes to a locus at 18q21, an 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5608-100-og/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5608.jpg The XA X/Y mix of specific probes allows detecting copy number variations for chromosomes X and Y. The probe mix is composed of repetitive sequences which hybridize to the centromeric region of chromosomes X in green and Y in orange. 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5609-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5609.jpg The XA AneuScore II Probe Kit contains different probe mix, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y. XA 13/18/21 (D-5607-100-TC):The XA 13/18/21 mix of specific probes allows detecting c 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5609-500-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5609.jpg The XA AneuScore II Probe Kit contains different probe mix, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y. XA 13/18/21 (D-5607-100-TC):The XA 13/18/21 mix of specific probes allows detecting c 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5613-100-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5613.jpg The XA AneuScore III Probe Kit contains different probe mixes, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y.XA 13/18/21 (D-5607-100-TC):The XA 13/18/21 mix of specific probes allows detecting 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5613-500-tc/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5613.jpg The XA AneuScore III Probe Kit contains different probe mixes, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y.XA 13/18/21 (D-5607-100-TC):The XA 13/18/21 mix of specific probes allows detecting 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-5613-500-tc-test-500/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-5613.jpg The XA AneuScore III Probe Kit contains different probe mixes, provided in separate test vials, for assessing chromosomal aneuploidies for chromosomes 13, 18, 21, X, and Y.XA 13/18/21 (D-5607-100-TC):The XA 13/18/21 mix of specific probes allows detecting 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-56nn-nnn-nn/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Numerical aberrations of autosomes 13, 18, 21, and sex chromosomes X and Y account for 95% of birth defects in newborns. FISH applied to uncultured amniocytes provides a method to identify those aberrations much faster than conventional chromosome analysi 2025-12-04 https://metasystems-probes.com/en/probes/xa/d-xxxx-xx-xx/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Beschreibung ENG (TB). Änderung 9.8.18 2022-08-02 https://metasystems-probes.com/en/probes/mfish/d-0125-060-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0125.jpg 24 painting probes specific for the 24 different human chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes.Also available as 120µl (2x60µl 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-0125-120-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0125.jpg 24 painting probes specific for the 24 different human chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes.Also available as 120µl (2x60µl 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-0125-600-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0125.jpg 24 painting probes specific for the 24 different human chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes.Also available as 120µl (2x60µl 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-0125-nnn-nn/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0125.jpg 24 painting probes specific for the 24 different human chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes.Also available as 120µl (2x60µl 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-0425-060-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0425.jpg 21 painting probes specific for the 21 different mouse chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes. 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-0425-120-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-0425.jpg 21 painting probes specific for the 21 different mouse chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes. 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-14nn-nnn-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-14NN.jpg mFISH probes are comprised of whole chromosome painting probes which are labeled with a total of five fluorochromes. The combinations of the fluorochromes for the different chromosomal paints result in an individual color signature for each chromosome cl 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-1525-060-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-1525.jpg 22 painting probes specific for the 22 different rat chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes. 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-1525-120-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-1525.jpg 22 painting probes specific for the 22 different rat chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes. 2025-12-04 https://metasystems-probes.com/en/probes/mfish/d-1526-060-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-1526.jpg 12 painting probes specific for the 12 different Chinese hamster chromosomes, labeled with different fluorochromes. The excitation/emission spectra are comparable to the common aqua, green, orange, red and near infrared fluorochromes. 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0201-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0201-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0201-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0202-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0202-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0202-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0203-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0203-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0203-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0204-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0204-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0204-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0205-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0205-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0205-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0206-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0206-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0206-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0207-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0207-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0207-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0208-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0208-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0208-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0209-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0209-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0209-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0210-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0210-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0210-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0211-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0211-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0211-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0212-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0212-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0212-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0213-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0213-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0213-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0214-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0214-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0214-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0215-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0215-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0215-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0216-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0216-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0216-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0217-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0217-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0217-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0218-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0218-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0218-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0219-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0219-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0219-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0220-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0220-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0220-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0221-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0221-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0221-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0222-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0222-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0222-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0223-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0223-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0223-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0224-030-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0224-060-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-0224-120-di/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/mband/d-02nn-nnn-di/ https://metasystems-probes.com/site/templates/images/probes/MAPS/JPG/Map-D-02NN.jpg The mBAND technique is based on a series of partial chromosome paints for sequential partially overlapping chromosome regions of a single chromosome. For labeling the same 5 fluorochromes as in the 24XCyte probe are used. The characteristic multicolor ba 2025-12-04 https://metasystems-probes.com/en/probes/general-reagents/d-0902-500-da/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Chromosome counterstain in a buffer containing anti-photobleaching (antifade) reagent (250ng/ml, 500µl). 2025-12-04 https://metasystems-probes.com/en/probes/general-reagents/d-0905-025-tf/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg The MetaSystems' TissueFISH Pretreatment Kit contains reagents and solutions to process formalin-fixed paraffin-embedded tissue sections for FISH assays. Reagents provided are: 5x 5 ml 10x Pretreatment Buffer, 200 ml Protease Buffer, 500 µl Protease Stock 2025-12-04 https://metasystems-probes.com/en/probes/general-reagents/p-7510-001-ig/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg Liquillizer is intended for the liquefaction of viscous respiratory specimens such as sputa, tracheal secretions, bronchial secretions or bronchoalveolar lavage. The mucolytic Dithiothreitol (DTT)-free buffer reduces specimen viscosity for easier sample h 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2011-200-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2012-200-tc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2013-200-tc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2014-200-fi/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2015-200-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2016-200-tc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2017-200-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2018-200-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2019-200-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2020-200-tc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2021-200-tc/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2023-200-or/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 https://metasystems-probes.com/en/probes/xod/d-2024-200-og/ https://metasystems-probes.com/site/templates/images/preview/probes.jpg 2025-12-04 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