Full genome analysis requires technologies that can read DNA, RNA and their base modifications. Today’s sequencing technologies cannot capture the dynamics of this with single molecule precision. The gears are shifting…
The pioneering biophysics work of the Croquette lab at France’s prestigious Ecole Normale Supérieure, has won many accolades. Depixus® is bringing to market a technology platform capable of delivering deeper insight, by analysing both DNA/RNA sequence and base modifications. MAGNA™ can deliver complete nucleic acid analysis. MAGNA™ will reveal the dynamic genome and revolutionise genetic analysis.
Here at Depixus® we’re working in one of the most dynamic and exciting areas of bioscience today. Our genetic analysis tools are set to open new frontiers in the life sciences and transform understanding of the origins of health and disease. We’re looking for talented people to help make this happen. Working with us, you’ll be part of a collaborative and close-knit team, where not only your experience matters, but also your ideas, innovations, and creativity.
MAGNA™ is a powerful tool designed specifically to unlock the hidden layers of information in the dynamic genome. The technology can be used to study large numbers of individual molecules of DNA, RNA, or protein.
Epigenetic sequence
Base modification detection with MAGNA™ doesn’t require conversion chemistries. A wide range of modifications can be detected and located in a single run with unparalleled levels of precision.