Medical technology

WHO's FRAX incorporated into Hologic's bone densitometers

Led by Professor John Kanis, the World Health Organisation Collaborating Centre for Metabolic Bone Diseases, at Sheffield University Medical School, UK, developed FRAX. This algorithm is based on individual patient models that integrate the risks associated with clinical risk factors as well as bone mineral density (BMD) at the femoral neck to calculate a patient's 10-year fracture risk.

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Further increase in number of exhibitors

The COMPAMED, the leading specialist international trade fair for suppliers to the medical manufacturing market, is held parallel to the MEDICA, the world's largest medical trade fair, each year and showcases the dynamism and innovative power of the medical technology sector. The COMPAMED 2008, High tech solutions for medical technology, will, with around 500 exhibitors from 30 nations, once…

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Techniken für ein eigenständiges Leben Daheim

Trotz der Einschränkungen, die ein hohes Alter mit sich bringt, eigenständig und selbstbestimmt leben: Der Kombination modernster Technik, Pflegedienstleistung und Hilfpersonal macht dies möglich. Die geschickte Verbindung von Pflegedienstleistungen, Hilfspersonal und moderner Technik bietet vielfältige Chancen, derartige neue Wohnkonzepte und Versorgungsmodelle zu…

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High-res cardiac images available at peak stress

While treadmill exercise stress testing is essential to detect cardiovascular disease, gaining clear cardiac images at peak stress level are not easy to gain using standard testing procedures. Now, however, researchers at the Ohio State University Medical Centre have designed equipment to provide high-resolution cardiac images at a critical testing stage, with results in under one hour.

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ProSound a7

`High performance systems need not be large,´ says Aloka, manufacturer of the new compact ProSound a7, which produces high-resolution images yet can be used in areas with little spare space. `Broadband Harmonics provides high sensitivity and penetration that is comparable to fundamental-frequency imaging resulting in a significant improvement above standard harmonic imaging,´ Aloka reports.

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