Response Biomedical Corporation Announces Initiation of Respiratory Syncytial Virus Infection Clin...( VANCOUVER Dec. 2 / Response Biomedica...),Health

VANCOUVER, Dec. 2 /PRNewswire-FirstCall/ - Response Biomedical Corporation (TSX: RBM, OTCBB: RPBIF) announced the initiation of a clinical trial of the Company's RAMP(R) test to detect Respiratory Syncytial Virus (RSV). Prospective data from the clinical study is expected to be used to support a submission to the U.S. Food and Drug Administration (FDA) and other regulatory jurisdictions for market clearance of the 3M Rapid Detection RSV test for clinical use. The study is designed to demonstrate the performance characteristics of the RSV test versus standard laboratory culture and Direct Fluorescence Staining Assay (DFSA) for RSV using multiple sample types. The study is a multi-centre prospective clinical study to be conducted in North America at approximately eight clinical sites.

"We are excited to commence this clinical trial, which is the second clinical indication in infectious diseases developed for 3M Health Care," said S. Wayne Kay, Chief Executive Officer. "RSV is a very common disease that affects most children in their first two years of life. RSV is also common in the elderly and is often confused with influenza. There remains a significant clinical need for a rapid test that provides high clinical sensitivity for RSV compared to viral culture or DFSA."

The successful development of this test would allow physicians to quickly diagnose the presence or absence of RSV virus and optimize the clinical management of the RSV positive patient. A highly sensitive and rapid RSV test would allow more effective management of large RSV outbreaks and reduce the amount of unnecessary antibiotic administrations.

About Response Biomedical

Response Biomedical develops, manufactures and markets rapid on-site diagnostic tests for use with its RAMP(R) Platform for clinical and environmental applications. RAMP(R) represents a new paradigm in diagnostics that provides high sensitivity and reliable information in
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