4D

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News • New printing method

Self-folding 4D electrodes enhance nerve stimulation

Using 4D printing technology, researchers have developed flexible electrodes. On contact with moisture, they automatically fold and wrap themselves around thin nerves.

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News • In the heart

4D flow MRI scans to assess blood flow

Researchers have developed cutting-edge imaging technology to help doctors better diagnose and monitor patients with heart failure. The state-of-the-art technology uses magnetic resonance imaging…

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News • Imaging

4D flow MRI scans to help patients with heart disease

A cutting-edge imaging technique that creates 4D flow images of the heart has been carried out for the first time in the UK at the Norfolk and Norwich University Hospital (NNUH).

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News • Biomimetic scaffold

4D printing could enable vascularization, bone tissue regeneration, spinal fusion

Spinal fusion is frequently performed to restore spinal stability in patients with spinal diseases, such as spinal stenosis, vertebral fractures, progressive deformities, and instability. In the past…

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News • Aneurysm operations

4D simulation increases safety in brain surgery

Aneurysm operations in the brain rank among the most delicate procedures in neurosurgery. The highest demands are placed on surgeons when choosing the type of intervention, planning the route and…

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Article • 4D imaging, structured reporting and more

The ascent of AI in thorax-CT

As a highly innovative medical specialisation, radiology increasingly takes advantage of the possibilities offered by artificial intelligence (AI). Yet, there is no risk for the future of the…

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News • Angiography configuration

Canon debuts Alphenix 4D CT at ECR 2019

Canon Medical Systems Europe B.V. introduces a new angiography configuration featuring its Alphenix Sky+ C-arm and Hybrid Catheterization Tilt/Cradle Table for interventional procedures with its Aquilion One Genesis CT system. The new pairing, called the Alphenix 4D CT, allows clinicians to efficiently plan, treat and verify in a single clinical setting. “The all new Alphenix 4D CT was designed…

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Article • The ‘bionic’ radiologist

Three steps towards the future of radiology

Professor Marc Dewey, Vice Chair of the Department of Radiology at Charité - Universitätsmedizin Berlin, made value-based radiology the main theme of the Wilhelm Conrad Röntgen Honorary Lecture during ECR 2018. Radiology practice needs change, he said, and radiologists should grasp at new technology to drive their future. His lecture was summarised in a recent comment in The Lancet.

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News • Time-lapse microscopy

Image correction software simplifies quantification of stem cells

Today, tracking the development of individual cells and spotting the associated factors under the microscope is nothing unusual. However, impairments like shadows or changes in the background complicate the interpretation of data. Now, researchers at the Technical University of Munich (TUM) and the Helmholtz Zentrum München have developed a software that corrects images to make hitherto hidden…

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Article • Revolution

3-D printed muscles

With 3-D printing revolutionising manufacturing, its healthcare potential is being explored for medical devices, prosthetics, dentistry and drug development. One area under the spotlight is the creation of artificial muscles using a 3-D printing system. Dr Fergal Coulter, who has played an important role in helping develop the technique, outlined the manufacturing process, which he invented for…

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Sponsored • Volume CT

Toshiba - New technology allows scanning everyone

An independent survey conducted by the British Society of Cardiac Imaging (BSCI) yielded surprising results: Not only does Toshibas’ Aquilion ONE scanner deliver ultra-low radiation doses for ­cardiac CT, its next-generation PUREViSION detector also widens the scope of diagnostic cardiac CT. Radiologists agree that this innovative technology allows scanning of patients who previously would…

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Article • Tackling mobile tumours

Precision radiotherapy with 4D imaging

Radiotherapy always encounters particular challenges when a tumour is ‘mobile’. This is when radiotherapy must be carried out over several weeks. Within that period the tumour position, shape and expansion typically will keep changing. Thus radiotherapy needs continuous adaptation to maintain continuously precise radiation. Report: Chrissanthi Nikolakudi

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