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New technology:
Constance (July 11th, 2005) – With a new technology for the identification and sequencing of unknown flanking regions of known genomic segments, GATC Biotech adds one more module to its service portfolio for comprehensive genome analysis. Originally established for the human genome, is the method of LAM-PCR (linear amplification-mediated polymerase chain reaction) transferable to any other organism and allows for the extension of small known segments in genomes of any size. Example applications are the analysis of insertion sites in stably transformed cell lines or a characterisation along with the generation of transgenic mice or genetically modified plants. The method offers reliability and a great prospect of success where other methods like inverse PCR fail.
The patented method has been invented by Prof. Christof von Kalle and Dr. Manfred Schmidt from the University Clinic for Internal Medicine and the Institute of Molecular Medicine and Cell Research in Freiburg, and is used there to identify the flanking regions of retroviral insertion sites for monitoring gene therapy studies. That way they analyse, for example, if the retroviral insertion has hit an oncogene.
Prof. von Kalle is pleased with the cooperation:“GATC is an experienced partner who introduces our method into the market and makes it available to a broad molecular biological public.”
Thomas Pohl, CTO of GATC Biotech:”In pilot projects we could effectively move forward the research of several customers, who had endeavoured / tried other methods in vain”.
GATC Biotech AG
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