DNA Electronics is a pioneer in next generation sequencing (NGS), dedicated to applying our proven molecular diagnostic technology to bring real, life-saving benefits to patients. As the inventors of semiconductor sequencing (on-chip sequencing and measurement), we have created a new platform that is ideally suited to point-of-need diagnostics, combining the ease of use of real-time PCR with the analytical depth of NGS.
We call this Genalysis®.
Our first flagship product is a test that quickly identifies the microorganisms responsible for blood infections that may lead to sepsis. We are the first to build a purpose-designed NGS-based diagnostic platform to complete the entire diagnostic process, from raw sample input to clinically actionable output, within 2 to 3 hours.
Genomic research has enabled a whole new wave of diagnostic testing based on genetic markers of diseases. Diseases characterized by small numbers of simple markers can be identified using relatively simple molecular diagnostic techniques such as real-time PCR, or genotyping. More complex conditions, involving multiple and/or complex markers require more comprehensive approaches such as NGS.
However, current commercial NGS technology is still at the mainframe stage of evolution and firmly entrenched in the central research laboratory.
Genalysis® changes the rules of molecular diagnostics, by combining the best of PCR, genotyping and NGS on a single semiconductor chip that works directly at the point of need.
Live tests save lives. DNAe enables a live diagnosis, allowing the most effective therapy to be identified and administered at the earliest stage of an infection. Treatment can begin right away, safeguarding the life of the patient and reducing the time spent in hospital. MORE
Genalysis® testing will soon transform healthcare by providing lab-accurate diagnostics at the point of need. This has far-reaching and positive implications for personalized healthcare, infection screening and more. MORE
Our first product will diagnose bloodstream infections BEFORE they lead to sepsis. It can, within 2 to 3 hours, discover the identity, strain and antimicrobial resistance of the infectious agent(s), so that the appropriate antibiotics can be given to the patient in time to stop any acceleration of the disease. MORE
MAY 27 2015
DNAe Chairman Professor Chris
Toumazou Awarded IEEE Field
Medal in Biomedical Engineering
for Outstanding Contributions
to Biomedical Circuit Technology
JAN 19 2015
DNAe Acquires nanoMR Inc. in a Strategic Move to Own Complete Workflow for Point-Of-Need NGS-Based Blood-To-Result Diagnostic
NOV 18 2014
DNAe Highlights the Urgent Need for Fast Diagnostics to Help Tackle the Growing Threat of Antibiotic Resistance
OCT 23 2014
Longitude Prize case study-
applying pioneering technology to intervene before sepsis becomes life-threatening
OCT 2 2014
Ability of Semiconductor DNA Sequencing to Transform Healthcare and Save Lives Recognised by the 2014 Faraday Medal to Professor Chris Toumazou.
SEPT 24 2014
DNAe Completes its Leadership Team Kevin Stearn joins as Operations Director and Dr David Edington is appointed Vice President, R&D
JUNE 26, 2014
Chris Toumazou and Genalysis® on CNN Make Create Innovate
DNA Electronics Ltd
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