Nuclear medicine

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Understanding breast cancer functions

High resolution radionuclide imaging is a technique increasingly used to detect breast cancers and has already been shown to offer improved diagnosis in many clinical situations. The technique, which will be discussed at RSNA 2010 (28 November to 3 December, Chicago) , is also allowing clinicians to detect previously unknown areas of breast cancer in women with newly-diagnosed disease.

Molecular imaging

Molecular imaging, the discipline that unites molecular biology and in vivo imaging technologies to assess biological activity in the body, promises to open up ‘…an entire new universe,’ declared Dr Ralph Weissleder, of the Centre for Molecular Imaging Research at Massachusetts General Hospital, USA, in the journal Radiology. That was just one decade ago. And he was right. It has indeed…

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Developments in molecular evidence-based medicine and imaging

In the current economic environment the introduction of novel imaging approaches and their reimbursement by payers is becoming increasingly difficult. Historically, this denotes a significant change, in that many currently accepted routine tests or interventions were accepted based on common sense, convincing experience or rapid adoption into clinical routine without much scrutiny.

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Molecular imaging in clinical practice

Over the past decades new imaging technologies have substantially broadened the range of imaging applications in clinical medicine. For years anatomical imaging modalities, such as X-ray and CT, reveal high-resolution information of organs and tissues over extended imaging ranges. Lately, however, the idea of functional imaging e.g. the visualisation of physiology in vivo gains importance.

Exploring a new universe

Molecular imaging, the discipline that unites molecular biology and in vivo imaging technologies to assess biological activity in the body, promises to open up ‘…an entire new universe,’ declared Dr Ralph Weissleder, of the Centre for Molecular Imaging Research at Massachusetts General Hospital, USA, in the journal Radiology. That was just one decade ago. And he was right. It has indeed…

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Shimadzu combines two vital strengths to create new molecular imaging technologies

Molecular imaging, a new science that emerged from molecular biology, is unlike traditional imaging. Whilst the latter can, for example, show the differences in proton density or water content on MRI, molecular imaging uses biomarkers (probes) that interact selectively with molecules within an area and then generate the image according to fine molecular alterations occurring inside (e.g. within a…

Role of New Software and Technology

In the last fifteen years, myocardial perfusion SPECT imaging (MPI) has been performed most commonly by dual-head conventional scintillation cameras with parallel-hole collimators, configured in a 90ºdetector geometry and image reconstruction based on standard filtered back projection (FBP) algorithms. Such arrangement, although clinically well established suffers from important limitations…

Berlin's treatment centres

Founded and managed by Prof Peter Schlag, the Charité Comprehensive Cancer Centre (CCCC) co-ordinates cancer diagnostics and therapies across all medical disciplines. Interdisciplinary tumour boards decide on therapies/strategies; cooperation is close with general practitioners, regional hospitals and clinics.

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Bayer presents positive Phase II data with florbetaben

Bayer Schering Pharma AG, Germany, has presented positive data on a global Phase II study with the novel positron emission tomography (PET) tracer florbetaben (BAY 94-9172) at the International Conference on Alzheimer's Disease (ICAD) in Vienna, Austria. This study showed that patients with a clinical diagnosis of Alzheimer´s disease could be differentiated from age-matched healthy volunteers…

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20 years of hospital-based proton therapy

Although the potential of proton therapy was recognised over half a century ago, and since its development is now known to deliver a radiation beam accurately into a tumour without damaging surrounding tissue, high equipment costs limit its general introduction. Mark Nicholls reports on a British hospital with two decades of experience in its use - and value

Solving the nuclear isotopes shortage

At the end of January, the of Concerned Scientists issued a call to improve supplies of nuclear isotopes, which is used in medical imaging. In the face of no firm plans to solve these problems, Tom Ruth, of TRIUMF, Vancouver, Canada, has proposed both short and long-term visions for the future in an Essay in the science journal Nature.

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POCI: an intra-operative imaging probe for sentinel node localisation

Growing interest in sentinel lymph node (SLN) detection has led to its use in many clinical centres. The most successful protocols for localisation of SLNs are those that include preliminary lymphoscintigraphy performed with a conventional gamma-camera. In the absence of a nuclear medicine department, SLN protocols using only an intra-operative counting probe are generally less efficient. To…

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Interview • Nuclear imaging

SPECT-CT versus PET-CT: The 'little sister'?

When it was suggested, during our interview with Dr Torsten Kuwert, Director and Professor of Clinical Nuclear Medicine, Clinic of Nuclear Medicine, at Friedrich-Alexander University Hospital, Erlangen, that SPECT-CT is the little sister of PET-CT, and that he might have preferred to install the ‘big brother’, Dr Kuwert pointed out the greater cost of PET, explaining: ‘The isotopes are more…

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The RSNA 2005

Late in November and into early December, as icy air streamed over the shores of Lake Michigan - affirming the nickname `windy city´ for Chicago - radiologists continued to immigrate here en masse for their biggest annual gathering. This year the Radiological Society of North America (RSNA) held its 91st annual meeting, parallel with the scientific congress and trade fair. The exhibition alone…

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