FDA Clears Echosens FibroScan® Non-Invasive Liver Diagnosis System

French company Echosens has announced that its Fibroscan technology has finally gained FDA clearance, making the US the final major market to approve the system, used in minimally invasive diagnosis of liver disease.

Echosens FibroScan for Non-invasive Liver Diagnosis

In short

Paris-based Echosens™ has announced that its FibroScan® liver disease detection device has received FDA 510(k) clearance. The company says it is now ready to market its pioneering technology in the United States.

Background

FibroScan® is used in the clinical management of patients with liver disease such as chronic viral hepatitis C and B and fatty liver diseases. Based on a technology called transient elastography, FibroScan® assesses liver shear wave speed (expressed in meter per second) and equivalent stiffness (expressed in kilopascal) at 50 Hz in a rapid, simple, non-invasive and totally painless way.

Initially introduced in the European market in 2003, FibroScan® pioneered the quantitative elastography medical field. It received market clearances in China (2008), Canada (2009), Brazil (2010), Japan (2011) and is currently available in 70 countries, 1800 FibroScan® devices are used worldwide both in research and routine clinical practice. The United States of America is the last major market to approve FibroScan®.

With more than 660 peer-reviewed publications, FibroScan® is by far the elastography device with the largest body of evidence on its clinical usefulness. Moreover, the use of FibroScan® is also mentioned in guidelines and recommendations in different regions of the world: World Health Organization, European Association for the Study of Liver (EASL), Asian Pacific Association for the Study of Liver (APASL), etc.

FibroScan® is manufactured by Echosens™ (Paris, France). Since its foundation in 2001, Echosens™ has gathered strong leadership in quantitative elastography. Very active in research and development, Echosens™ holds 17 patent families mainly focused on its core technology: Vibration-Controlled Transient Elastography (VCTE™)

Source: Echosens, PR Newswire

published: April 17, 2013 in: News

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