PRESS RELEASE: New advance in DNA testing

Haplomic Technologies a biotech company based in Melbourne have reported that they have achieved single chromosome sequencing. In a collaborative arrangement with Minifab who are owned by the German company Schott They have engineered a small cartridge which is able to trap a single cell and break it open to release the chromosome content. Single chromosomes have been selected and DNA sequenced. The unique information obtained allows multiple sequence variations in genes to be assigned accurately to a single chromosome which is termed genetic phasing. To do this previously required expensive and time consuming family studies. The clinical application of this work is in many areas but principally in bone marrow transplantation using unrelated donors. Genetic phasing has never been achieved previously in this field and represents a breakthrough in the study of genetics and human diseases

Media Contacts:

Name: Brian TaitCompany: Haplomic TechnologiesEmail: Phone: +61419394352

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    About Haplomic Technologies

    The Company Haplomic Technologies Pty Ltd (HT) was established in 2004 by the late Dr Malcolm Symons and Mr Geoff Swanson for the specific objectives of developing intellectual property, for the DNA sequencing of single chromosomes to determine haplotypic phase. HT was granted over 20 international patents on the clinical applications of haplotyping from 2004 to 2012. The close professional working relationship between Dr Brian Tait and HT for many years generated volumes of laboratory data and technical substance on haplotyping which contributed significantly to the development of HT’s knowledge base and future commercial prospects. However, at that stage there were no reliable methods for routinely isolating single chromosomes from single cells for sequencing, while the scientific world was reporting widely that haplotyping represented one of the greatest opportunities for understanding the genetics of many complex diseases! In 2008, Geoff Swanson proposed the concept of using microfluidics to separate, isolate and collect single chromosomes from a single cell.