CT

For U.S. Adults, Medical Imaging Awareness Brings Clarity to Critical Healthcare Decision-Making

Amid increased scrutiny over medical imaging scans and the use of radiation, a new survey reveals that awareness and familiarity with medical imaging tests lead to clearer decisions for U.S. adults about their healthcare. The survey, released by the Siemens Radiation Reduction Alliance (SIERRA) – an expert panel established to advance the cause of dose reduction in medical imaging – evaluated…

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Web-based education in dose reduction in radiology and nuclear medicine

Siemens Healthcare is the first medical engineering company to offer a Low Dose Information Center on the Web. This English-language platform for continuing education and information around the topic of dose reduction is aimed at doctors and clinical personnel. The range of topics covered includes basic information on X-ray radiation, technical innovations relating to dose reduction and sample…

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Image guided radiation therapy

Following the acquisition of an Elekta Axesse system, which provides 3-D image guidance technology for conventional and stereotactic radiation therapy techniques, Helsinki University Central Hospital (HUCH) in Finland reports that, after eight months its image guided radiation therapy (IGRT) of lung, brain, pelvis, head and neck tumours has increased by up to 30 patients daily.

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CT, PET-CT, MRT and transthoracic ultrasound in lung cancer staging

Dr Helmut Prosch, at the University Clinic for Radio-Diagnostics, Vienna, Austria, is examining the role of imaging in lung cancer diagnosis and staging. The key message of his presentation in the session EUS and EBUS vs. CT, MR and PET-CT in the staging of lung cancer is that the modalities do not compete with one another – as the title suggests – but are perfectly complimentary in the…

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Growing Demand for Postmortem Imaging

Postmortem examination by means of computed tomography and other imaging techniques is still a novelty in many countries. But at the forensic institute of the University of Zurich, Switzerland, scanning the bodies is daily routine. By Irène Dietschi

Contrast enhanced tumour studies

Medical imaging has recently advanced so rapidly that it should halt. Applying more power to computed tomography (CT) and magnetic resonance imaging (MRI) scanners is becoming too dangerous for patients and healthcare workers. Magnets for the next-generation MRIs are so powerful that they must be moved to a separate building on hospital campuses, while CT radiation levels have risen to alarming…

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Imaging and stroke

USA - Although it is well know that the speed of diagnosis and treatment for stroke victims is of paramount importance (4.5 hours), not all US hospitals have stroke expertise. The Joint Commission, the organisation responsible for accrediting US non-government hospitals, has certified only about 500 out of several thousand hospitals as primary stroke centres.

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Old technology in new outfit

Looking at the 5th dimension of a CT image is old hat. Back in the 1980s there were many installations with rapid kV switching, a dual energy procedure, which were mainly used for bone density measurements. Basically, the 5th dimension is the ability to determine the atomic number as well as density of materials, which facilitates tissue differentiation even when there is the same attenuation.

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CT is set for a vital role in cardiology

Computed tomography (CT) is emerging as an imaging modality set to play an important role in cardiac intervention or surgery. Not only can it be used to plan complex revascularisation procedures and assess the outcome for the patient, but also might help to identify the more dangerous lesions -- so-called ‘culprits’ -- in the future.

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Biomarkers - the hallmark of personalised medicine

"One size fits all" – the phrase is a fact of life in terms of the drugs available to treat cancer patients today. This solution can bear tragic results. Only 25% of cancer patients currently respond to this ‘one size’ drugs administration. In addition, 100,000 patients die annually, in the USA alone, from the side effects of those drugs. Personalised therapies that are devised to suit…

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New driver of innovation and efficiency in radiology

Philips is ushering in a new era in radiology science with Imaging 2.0, a concept fueled by integration of technology, clinician and patient. Showcasing its commitment to pioneering innovative, cost-effective solutions, Philips is highlighting technologies that focus specifically on the patient, in addition to advanced networking tools that facilitate greater collaboration between radiologists…

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Meaningful Innovations: Ingenuity CT and Ingenuity TF PET/CT

During RSNA, Philips announced the new Philips Ingenuity CT platform, an innovative technology that will help redefine low dose imaging. The Ingenuity CT features iDose4, Philips’ next-generation iterative reconstruction technique, designed to provide equivalent diagnostic image quality at up to 80 percent less dose; improve spatial resolution by up to 35 percent with up to 50 percent less…

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CT and PET - Improving radiation therapy planning

When planning radiotherapy the combination of positron emission tomography (PET) and Computed tomography (CT) can provide a better outcome than CT alone. Michael Krassnitzer asked Terri Bresenham MSc BSc, Vice President for Molecular Imaging at GE Healthcare, for her views on the value of PET/CT, the new EANM guidelines, novel tracers and the future of other hybrid imaging technologies.

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The economic value of PET-CT - a scenario-based analysis

PET/CT is an established clinical tool especially for cancer-related diagnosis. This involves both initial diagnosis and follow-up examinations. There are other procedures, like CT/MRT, bone scan, or mediastinoscopy, all of which are also costly. Given the fact that PET/CT is widely used anyway, the question arises whether it is medically responsible and financially favourable to focus solely on…

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Diffusion weighted whole body MRI

Malignant diseases rank second in mortality rates in Germany. These patients thus receive a major proportion of ambulant and hospital care, with apparent socioeconomic consequences. To optimise treatment planning, for all solid tumour entities it is mandatory to delineate or stage the primary extent of tumour invasion and spread prior to therapy as precisely as possible.

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