Caliper Life Sciences Closes Multiple LabChip and IVIS Sales at Top Pharma and Biotech Companies

Date Posted: Wednesday, December 13, 2006

Print Email to a friend

Caliper Life Sciences, Inc. announced expanded sales of its LabChip and IVIS drug discovery and development systems to top-tier customers including PfizerAstraZeneca, and Momenta Pharmaceuticals.

These systems will help scientists to accelerate and improve drug discovery and development.

Caliper's LabChip and IVIS systems are designed to connect research data from in vitro experimentation to in vivo experimentation. By connecting in vivo and in vitro experimentation, researchers are able to predict human outcomes and reduce drug candidate attrition.

Caliper's portfolio of offerings provides the pharmaceutical industry with the technology and support to improve clinical relevance and develop effective treatments for disease.

"With the Caliper name supporting the IVIS imaging system, we are seeing rapid adoption in the commercial sector," said Kevin Hrusovsky, CEO of Caliper Life Sciences.

“The sales of both products are representative of Caliper's ability to meet the needs and demands of the industry while fostering the company's own growth and strategic direction as a leading provider of in vitro and in vivo drug discovery and development technologies."

Further Information:

Related Products

Caliper Launches "Desktop Profiler" for In-house Kinase Profiling
Desktop Profiler provides targeted research laboratories with a system to profile compounds against a diverse kinase panel.

Caliper Introduces Zephyr Automated Liquid Handling System
Zephyr is an entry-level, bench top system that combines Caliper's liquid handling technology.

Caliper Launches Xenogen In Vivo Imaging System
IVIS Spectrum system combines advanced fluorescent and bioluminescent imaging to accelerate preclinical drug discovery and development.

Related news from our archive

Caliper Collaborates with Invitrogen to Develop Fluorescence Kits for Optical Imaging
The kits, VivoFluor are designed to accurately identify and tag specific molecular targets in living animals.