Jul 27, 2012 | Digital Pathology, Instruments & Equipment, Laboratory Instruments & Laboratory Equipment, Laboratory Management and Operations, Laboratory News, Laboratory Operations, Laboratory Pathology
Strategic collaboration promises leap forward in personalized medicine that could be game-changing for medical laboratories
One early effort to apply next generation gene sequencing to cancer diagnostics and therapeutics is a collaboration that involves Greenville Hospital System University Medical Center (GHS) in Greenville, South Carolina, and Lab21, Inc., a British company. GHS wants to use next gene sequencing as an integral part of the evaluation of every cancer patient cared for in the GHS system.
The partnership between GHS and Lab21 provides evidence for pathologists and clinical laboratories that first mover hospitals and health systems are now taking steps to incorporate next generation gene sequencing (NGS) into their cancer care protocols. Forward-looking pathology groups are already taking steps to expand their capabilities to perform and interpret genetic tests. (more…)
Apr 16, 2012 | Laboratory Management and Operations, Laboratory Pathology
Upcoming Executive War College conference features experts on molecular and genetic testing
Explosive rates of growth in clinical use of molecular diagnostics assays seen in recent years are about to be matched by a new opportunity for medical laboratory testing. Experts predict the coming “big thing” in clinical laboratory and anatomic pathology will be next-generation gene sequencing (NGS).
This should be welcome news for financially-beleaguered pathology groups and clinical lab organizations. Lab tests that incorporate next-generation gene sequencing technologies are expected to offer clinicians greater value by making it possible to more accurately detect and characterize disease at earlier stages. For this reason, these lab tests are expected to be adequately reimbursed by most government and private payers.
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Jan 30, 2012 | Laboratory News, Laboratory Pathology
Cheaper, faster, and more accurate rapid gene sequencing technologies show great promise in identifying infectious disease agents
In clinical laboratories across the nation, microbiology has greatly benefited from the introduction of molecular diagnostics in clinical practice. Now the field of microbiology is poised to undergo a more profound transformation of clinical practice, due to advances in whole genome sequencing.
Leaders in this field are calling these developments “transformative” and say they have the potential to change “all aspects of microbiology.” The driver to this emerging trend is advanced technology that makes it possible to sequence the whole gene sequence of an organism in a day or less, for a cost that is $1,000 and falling rapidly.
In the past six months, microbiologists and pathologists at such hospitals as Methodist Hospital in Houston, Texas, have begun to do whole genome sequencing of microbes found in specimens collected from patients arriving in the emergency room. The New York Times wrote about these developments in a story titled “The New Generation of Microbe Hunters,” that it published on August 29, 2011.
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Sep 26, 2011 | Uncategorized
Clinical and anatomic pathology laboratories may soon find next-generation DNA sequencing reliable and affordable
Swift advances in whole human genome sequencing may bring clinical applications to pathology on a much faster timeline than expected.
One impressive example of the fast pace of technology improvements is the Ion Torrent, which is a semiconductor-based DNA sequencer now capable of sequencing 100 million base pairs. That is ten times the sequencer’s capacity when it was launched just last December!
It was August of last year when Life Technologies (NASDAQ: LIFE) in Carlsbad, California, paid $375 million to acquire Ion Torrent Systems, a start-up with operations in Guilford, Connecticut, and South San Francisco. If Ion Torrent achieves certain technical milestones through 2012, it will earn another $350 million.
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Jan 3, 2011 | Digital Pathology, Laboratory Instruments & Laboratory Equipment, Laboratory Pathology
High-Density Sequencing Chips Will Soon Be Able To Sequence Five Million SNPs
Rapid gene sequencing is catching the interest of progressive anatomic pathologists. These medical laboratory professionals are interested in using rapid gene sequencing technology to allow them to study tens and hundreds of genes on a patient specimen.
The technologies used in rapid gene sequencing are being developed and improved by a handful of biotech companies who are racing each other be first to deliver systems to the marketplace that can sequence whole human genomes at a cost of $1,000 or less. Some innovative medical laboratories are beginning to acquire these sequencing systems and explore how they might be used for clinical pathology laboratory testing. (more…)
