Photo

LOGIQ E9

GE Healthcare in unveiling LOGIQ E9, a pioneering sonography system that can generate a precise image fusion from CT/MRT and sonographic volume data, the firm reports.

Portable real-time 3-D ultrasound for brain scans

USA - 3-D ultrasound technology developed at Duke University provides images of the brain vessels in real-time, which could be miniaturised in coming years for use in ambulances. In an initial pilot study, the system has passed the proof-of-principle.

Photo

HI VISION 900

Hitachi has developed a new abdominal sonography system, based on a fully digital platform with a unique high-performance computer and an innovative octal parallel wideband beamformer, the firm reports.

Photo

ProVision 80

ProVision 80, a shared-service colour Doppler all-digital system, provides an all-in-one solution for abdominal, obstetrics/gynaecology, cardiovascular, small parts, paediatric, and musculoskeletal applications, the manufacturer Chison Medical Imaging Co. reports.

Sonoelastography makes hardened cancer tissue visible

Sonoelastography, a procedure that measures the elasticity of tissue and differentiates between healthy and hardened pathological tissue, will make cancer diagnosis safer in the future. For example, it has been shown to improve the accuracy of prostate cancer diagnosis by 20%.

Photo

Elastoscan in mammary sonography

If, in the early days of mammary sonography, it was revealed to be helpful to render tactual findings in a visible manner (sonic palpation), then now is the time to palpate clinically occult findings in a new manner (Elastoscan).

Photo

Ruhr's centre of excellence for medical

The Centre for Medical Imaging Ruhr (zmb ruhr) in Bochum offers the technological infrastructure for the development of therapeutic and diagnostic imaging procedures. The primary focus is on ultrasound — the most commonly used imaging procedure in Germany, delivering the highest volume of examinations.

Photo

ACUSON S2000 with Virtual Touch improves liver diagnosis

Siemens Healthcare is showing a very innovative application on the new ACUSON S2000 ultrasound system. “The software packages Virtual Touch tissue imaging and Virtual Touch tissue quantification represent the clinical realisation of a method, previously known as Acoustic Radiation Force Impulse (ARFI) technology”, the firm explains.

Photo

First OCT tissue images

A UK collaboration, led by an optical imaging company has produced its first optical coherence tomography (OCT) tissue images at a wavelength of 1 µm. Based on interferometry, OCT works by analysing near-infrared light reflected from a sample and using differences in the reflected intensities to create high-resolution images. Employing 1 µm light - as opposed to the longer wavelength…

Photo

The Czech scene

Water and energy management (WEM) appears to be successfully handled by the majority of local healthcare institutions, because Czech hospitals do spend, on average 2-5% of their budgets these resources.

Photo

New concepts for dose reduction in the diagnosis of coronary heart disease with CT

Professor Stefan Schönberg of the Institute of Clinical Radiology and Nuclear Medicine (IKRN), University Hospital Mannheim, Medical Faculty of Mannheim, University of Heidelberg, invited colleagues from Mannheim and the Federal Office for Radiation Protection (BFS) in Neuherberg for a round-table discussion on: Non-invasive multidetector coronary CT angiography (CTA) has become an established…

Photo

Article • Radiation management

'Dose hysteria' and the 320-slice CT scanner

Sometimes radiation dose is a topic discussed hysterically. Dose discussion is necessary, but should be carried out based on the highest levels of knowledge and seriousness. For the last few months, Dr Patrik Rogalla, Senior Consultant at the Charité, Berlin, specialist in diagnostic radiology and Head of the Computed Tomography Department at Campus Mitte, University Medicine Berlin, has been…

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.

Photo

EVINCI

The European multi-centre, multi-modality cardiac imaging project that could lead to a more intelligent and less costly use of today's technology in cardiac care.

692 show more articles
Subscribe to Newsletter