National Academy of Science Publishes Results of DNA Detection Technology on Nanomix Sensation(TM) Platform
The paper reports the detection of single base genetic mutations on the company's carbon nanotube platform. The label-free electronic detection of DNA offers significant advantages for rapid point of care assays.
“This research further demonstrates the strength of the Sensation(TM) platform for bio molecule detection”
"This research further demonstrates the strength of the Sensation(TM) platform for bio molecule detection," said David Macdonald, President and CEO of Nanomix. "Feasibility has been established for a range of commercial opportunities related to detection of DNA, RNA, glucose, virus, and protein bio molecules. We are committed to collaboration with industry leaders to leverage features of the Sensation(TM) platform in valuable life science detection applications."
"Developed here at Nanomix, our proprietary platform enables small, automated handheld devices that allow point-of-care detection of bio molecules. This moves testing from clinical laboratories to the bedside, making it faster, simpler and less expensive," said Dr. Christian Valcke, Vice President of Research and Development at Nanomix. Dr. Valcke further stated "our expertise with nanoelectronic devices is backed by an extensive patent pipeline and represents a fundamentally new and advantageous approach to bio molecule detection."
Nanomix, a leading nanotechnology company, is launching a portfolio of devices based on Sensation(TM) detection technology. These scaleable, nanoelectronic devices use ultra-sensitive carbon nanotube sensing elements combined with proprietary chemistries. These devices can be deployed across a broad range of industrial and medical applications where the attributes of nanodetection technology -- low power consumption, small form factor, and high sensitivity offer significant performance advantages and enable unprecedented access to critical information. Nanomix is located in Emeryville, California. For additional information, please visit the Nanomix web site at www.nano.com.