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At U.S. Genomics
Courtney Harris
Communications Manager
(781) 937-5550
charris@usgenomics.com
At Feinstein Kean Healthcare
Harriet Ullman
(617) 577-8110
hullman@fkhealth.com
At Exiqon
Lars Kongsbak
President & CEO
+45 45 65 04 50
lk@exiqon.com
Soren M. Echwald
Director, Business Development
+45 45 65 04 54
sme@exiqon.com

U.S. Genomics Licenses Locked Nucleic Acid (LNA™) Chemistries from Exiqo
LNA™ chemistries included in Trilogy™ platform reagent kits for microRNA analysis

Woburn, MA and Copenhagen, Denmark (April 14, 2004) – U.S. Genomics and Exiqon have entered into a worldwide license agreement to incorporate Exiqon’s Locked Nucleic Acid (LNA™) chemistries into reagent kits for the U.S. Genomics Trilogy™ platform. Introduced into the market early last month, the Trilogy™ platform can directly detect and quantitate individual molecules of DNA, RNA and proteins without the need for amplification. U.S. Genomics plans to have the reagent kits that include LNA™ chemistries commercially available in the third quarter of 2004.
T“Incorporating the Exiqon LNA™ technology into our Trilogy™ platform will provide life science researchers with a powerful new tool to analyze and detect single molecules, particularly microRNAs,” said Stephen P. DeFalco, Chairman and CEO of U.S. Genomics. “We’re excited to be working with Exiqon as part of our strategy to provide a complete solution of instruments, reagents, and software.”

U.S. Genomics is the pioneer of Single Molecule Biology instruments and assays. Most traditional detection techniques rely on amplification of a target molecule, an approach that increases assay cost and complexity and can undermine the researcher’s ability to quantitate accurately. The Trilogy™ platform offers a unique solution to detect individual target molecules.

Exiqon’s LNA™ technology adds even greater sensitivity, specificity and discriminatory capabilities to the U.S. Genomics platform due to LNA’s ultra high binding affinity, a unique advantage to target small RNA’s. As a result, the first applications for this combined technology will enable scientist to measure directly small RNAs such as microRNA and siRNA. These molecules play an important role in cell development and disease by influencing the levels and activities of other RNAs and proteins in the cell.

“The U.S. Genomics Trilogy™ platform combined with our LNA™ technology provides new capabilities for functional genomics researchers worldwide,” said Lars Kongsbak, CEO of Exiqon. “Looking ahead, we anticipate working with U.S. Genomics to bring other innovative solution to a wide range of life science applications.”



About Exiqon
Exiqon is a leading supplier of novel innovative chemistries and products for the life science area. Most recently, Exiqon has launched the ProbeLibrary™ kit, a unique real-time PCR kit where only 90 detection probes allow for quantification of over 37.000 genes. Two unique proprietary core technologies, AQ-Link™ and LNA™ form the basis of product development which in combination with a focused out-licensing and partnering strategy seeks to create increased market value and revenue for its partners and customers. LNA™ provides significantly improved sensitivity, specificity and discriminatory power to nucleic acid recognition assays in a format fully compatible with current molecular biology protocols. AQ-Link™ allows the design or modification of a variety of surfaces and solid phase supports for biomolecule display tailored to specific applications. Exiqon is located in the Medicon Valley area of Copenhagen, Denmark. Please visit our web-site at www.exiqon.com and www.probelibrary.com.

About U.S. Genomics, Inc.
U.S. Genomics is a leading marketer and developer of technologies that allow genetics, functional genomics, and diagnostics to be performed at the single molecule level. The company’s technology platform can directly analyze individual molecules of DNA, RNA, and proteins without the need for amplification and combines advances in nanofluidics, optical engineering, and novel labeling strategies. The technology has life sciences applications in the areas of research, drug discovery and development, and diagnostics, and longer-term it will provide a platform to advance our understanding of diseases for individualized drug development. Founded in 1997, U.S. Genomics is located in Woburn, Massachusetts. For more information, please visit www.usgenomics.com.





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