OGT Licenses SNP Probe Technology to BMGL
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Oxford Gene Technology (OGT) has entered into a deal with Baylor Miraca Genetics Laboratories (BMGL), licensing the use of OGT’s proprietary single nucleotide polymorphism (SNP) array probe technology. This novel technology overcomes the limitations of restriction enzyme-based SNP probe approaches previously employed at BMGL for loss of heterozygosity (LOH) detection, allowing accurate array-based analysis of low-input DNA samples.
Based in Texas (US), BMGL provides the highest-quality genomic services across the US and to over 16 countries worldwide, and as part of this objective, utilize aCGH arrays containing both copy number variation (CNV) and SNP probes to identify a broad range of genetic syndromes.
For BMGL, OGT’s intensity-based SNP probe technology provides a superior alternative to restriction enzyme-based approaches, which are unable to accurately analyze small amounts of DNA. The probes designed by OGT target each SNP allele, with the intensity ratio following hybridization allowing reliable detection of LOH. To ensure robust and high-resolution LOH analysis, each probe set has undergone extensive optimization and validation.
Vice President of Operations at BMGL, Mr. Sean Kim, commented: “We are dedicated to the rapid delivery of the most accurate genetic analyses. Through the application of OGT’s technology, we are now able to provide reliable array-based analysis of both copy number variation and loss of heterozygosity for challenging samples. We are now also looking to other areas of genetic analysis, expanding the use of this technology toward our complete portfolio.”
OGT’s SNP probe technology is a key component of its extensive range of aCGH arrays covering multiple application areas, including cancer and constitutional research. The latest product in development utilizing this technology is the CytoSure Constitutional v3 +SNP array, which provides enhanced exon-level coverage of all developmental disorders.
As a fully comprehensive approach to its genetic analysis strategy, BMGL also utilizes OGT’s Cytocell FISH probes, and following a significant and successful validation programme, plans to further extend the use of these probes.
Dr Mike Evans, CEO of OGT commented: “Through granting the license, we are proud to be advancing the capabilities of such a prominent organization as the BMGL with our SNP array probe technology and Cytocell FISH probes. This presents just the first step in an ongoing relationship, and we look forward to continuing this close cooperation.”