| 3 min read
Register for free to listen to this article
Listen with Speechify
0:00
3:00
FOSTER CITY, Calif.—Applied Biosystems Inc. announced in late May that it had entered a definitive agreement to acquire for $120 mil­lion Agencourt Personal Genomics (APG), a privately-held research and development company focused on the development of next-generation genetic analysis technolo­gies. Subject to customary closing condi­tions and regulatory approval, the purchase is expected to close some time in the third quarter this year.
 
With the acquisition, Applied Biosystems continues to widen its position in the genetic analysis market. The company already has a very solid market position in products in the sequencing, microarray and PCR areas, as well as an internal R&D program. Yet despite its clear lead in this business, Applied Bio is showing that it won't rest on its internal pro­grams to maintain its lead in the market but will invest in different approaches to creat­ing an inexpensive sequencing platform.
 
Late last year, Applied Bio completed an equity investment in VisiGen, a Houston-based company whose DNA sequencing work is focused on creating a method to analyze a single molecule of DNA in real-time—a method the companies believe will dramatically reduce the cost of sequencing while also markedly increasing throughput.
 
With the acquisition of APG, Applied Bio brings another approach to the problem on-board: APG's massively parallel fluorescence sequencing by stepwise ligation, sometimes also called "sequencing by synthesis".
 
"We have a number of different programs working on sequencing technology, but many are longer term approaches," says Andy Watson, Applied Bio senior director of market development. "We see APG as the next thing and we will begin placing their systems in the market sometime in calendar 2007."
 
For APG, the time was right to join a deep-pocketed company like Applied Bio. "Applied Biosystems has a history of rapidly com­mercializing innovative sequencing technol­ogy," says APG's CEO and co-CSO, Kevin J. McKernan. "The Applied Biosystems prod­uct and instrument development team is exceptional and should accelerate our time to market."
 
The pending sale also marks a divestment of interest in APG by Beckman Coulter, a 49 percent owner of the company, which was spun off from Agencourt Biosciences in early 2005, shortly after it was acquired by Beckman Coulter. In a separate press announcement in conjunction with the planned sale, Beckman Coulter reported it would net roughly $50 million after the sale of APG.
 
That's not bad, considering Beckman's purchase price last year of Agencourt totaled $100 million. With that acquisition, Beckman gained a solid reagents business from Agencourt to support the burgeoning sequencing market, as well as a contract sequencing oper­ation at Agencourt's headquarters in Beverly, Mass.
 
"The technology at APG reached a state of maturity more rapidly than people would have thought and that is what brought the attention from ABI," says Bruce Wallace, VP of nucleic acid testing with Beckman Coulter, explaining the company's divestiture. "It's a crowded market, but what seems to get lost in this is that we stand to earn a substantial amount of money from this deal that we will then have to invest in our ongoing strategic programs."
 
And that is just fine with Applied Bio, as it gets a technology that is very close to commercializa­tion, that it anticipates will have an impact in the market shortly. "The interest will be very strong in researchers looking at mutations in cancer genes," says Watson. "We think that resequencing is one of the highest growth areas and one of the most captive areas for the APG technology."
 
Once the acquisition is complete, Applied Bio will keep the APG operations and its 20 researchers at their current Massachusetts loca­tion and have that location report into the molecular and cell biology division of Applied Bio, based in Foster City, Calif.

About the Author

Related Topics

Published In

Loading Next Article...
Loading Next Article...
Subscribe to Newsletter

Subscribe to our eNewsletters

Stay connected with all of the latest from Drug Discovery News.

Subscribe

Sponsored

A 3D illustration of two DNA strands in a transparent bubble

Overcoming barriers in gene therapy 

Advanced gene editing, delivery, and analytical tools are driving better gene therapies.
An illustration of the human brain

A multiomic approach to profiling brain tumors

Probing the molecular drivers of brain metastasis reveals novel therapeutic targets.
A 3D illustration of purple-colored cancer cells surrounded by transparent immune cells with yellow nuclei

Enhancing immune cell profiling with digital technologies 

Software innovations help researchers decode immune complexity in cancer.
Drug Discovery News November 2024 Issue
Latest IssueVolume 20 • Issue 6 • November 2024

November 2024

November 2024 Issue

Explore this issue