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“This system in a box is all the infrastructure that it needs.” |
One area that the AVANTRA™ does not compare to other immunoassay systems such as Luminex’s multiplexed bead system or Pierce Searchlight’s product is in throughput. Whereas systems running on a 96-well plate can run thousands of samples weekly, AVANTRA™ is limited to dozens, Dowd said.
However, he said that DB does not see itself as a competitor to Luminex or Pierce because they service core labs, a market that DB is not targeting.
Patrick Sluss, director of the Reproductive Endocrine Unit Reference Laboratory at Massachusetts General Hospital, has been using the AVANTRA™ for about a year a half for cancer biomarker discovery.
The ease of use of the platform has been a main drawing point, he said, because without the need for extensive training on the machine, labor costs have been reduced. The system, he said, is most appropriate for biomarker discovery programs, such as his own, with limited access to tissue samples where lower throughput won’t be an issue.
DB is now focused on developing a “whole family of biochips” with different panels of protein markers for use on the AVANTRA™. It is shipping a cytokine panel and an angiogenesis panel, and in February, the company will launch a cardiovascular panel. It has plans to develop panels for toxicology and central nervous system ailments.
Never Too Thin
Late last month, the company was granted patent number 7,297,497 for its PATH® technology used in its protein microarray glass slides. Such slides have generally used nitrocellulose or polystyrene surfaces to immobilize proteins, but their high fluorescence creates substantial background noise, making it difficult to detect low-abundance proteins.
The PATH® technology involves a film of nitrocellulose, or polystyrene, that is one-tenth of a micron thick and coated on an opaque surface that allows it to capture proteins while giving “a very low background” when used with fluorescent labels.
The patent also covers a novel surface-activation method using a high-energy corona treatment giving the slides a high binding capacity. Slides using the PATH® technology are manufactured and distributed by GenTel BioSciences and Pierce Biotechnology.
According to Dowd, slides using the PATH® technology can detect proteins one order of magnitude lower than other nitrocellulose protein array slides on the market.
In February 2006, the company pocketed $7.6 million in a second round of Series A private equity financing. DB has received additional funding since then, Dowd said. He declined to provide details.
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© Copyright 2007 GenomeWeb Daily News. All rights Reserved.
About Decision Biomarkers Inc
Decision Biomarkers is a privately-held life science tools company that has developed the next-generation technology for protein biomarker analysis. DBI is driving the widespread adoption of protein biomarker analysis with the first automated, multiplex immunoassay system that can be used in real-time by virtually anyone, anywhere in drug development, clinical trials and diagnostics.
www.decisionbiomarkers.com
Copyright © 2007 Decision Biomarkers Inc. All rights reserved.
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