Small Animal Imaging Market: Biospace Lab Wins Frost & Sullivan Accolade for Its Successful Product Lin...( LONDON and PARIS Oct. 1 /- The 20...)

LONDON and PARIS, Oct. 1 /PRNewswire/ -- The 2008 Frost & Sullivan European Preclinical Small Animal Imaging Product Line Strategy of the Year Award is presented to Biospace Lab for keeping abreast of market requirements with its strong product portfolio. The company's outstanding product line has allowed it to attract new customers while satisfying existing ones, leading to increased market share.

"An in-depth understanding of, and ability to respond to, end user requirements supported by robust research and development efforts have yielded an expanding customer base," notes Frost & Sullivan Research Analyst Santhosh Kumar Ramaraj. "The company's strong product portfolio has laid a firm foundation for the company's continued growth."

"It is a great honour for Biospace Lab to get this Award based on a thorough and impartial market research and analysis conducted by Frost & Sullivan," said Bruno Brisson, Biospace Lab's CEO. He added, "This is recognition of our unique position in the preclinical small animal imaging market with a strategically positioned product line covering different modalities that fulfils customer needs and expectations from in vitro to in vivo imaging."

Biospace Lab offers a wide range of in vitro and in vivo imaging products. The Photon Imager(TM), a real time bioluminescence and fluorescence system, dynamically detects and quantifies the optical signal. With the In Actio(TM) add-on, anesthesia is no longer required. The Photon Imager uses a technology developed for night vision and is faster and more sensitive than most of its competitors.

Gamma Imager allows easy switching from planar scintigraphy to Micro-SPECT and Micro-SPECT/CT, with a good price to quality ratio. Beta Microprobe is an alternative to Micro-PET for local pharmacokinetics measurements with a simple, cost-effective system. Biospace Lab's in vivo imaging products are thus well suited for the imaging of molecular, metabolic, physiologic as wel
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