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Talking point

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MRI-linac: a progress update

Researchers at the University Medical Center Utrecht are developing an integrated MRI-linac for real-time image guidance during radiotherapy. Project leaders Jan Lagendijk and Bas Raaymakers discuss the system's progress.

Magnetic particle imaging: x-space options

The second article in our two-part series on magnetic particle imaging takes a look at the evolution of x-space MPI.

Magnetic particle imaging: moving ahead

In the first of a two-part series on magnetic particle imaging, we examine the latest developments in MPI hardware and nanoparticle design.

PlanetHPC: what's next for high-performance computing?

How can developments in high-performance computing help medical physics? PlanetHPC wants to hear your views.

ITART: exploiting imaging for radiotherapy's needs

ITART 2010 examined how imaging can be employed to improve the efficacy of radiation therapy. Robert Jeraj and Steve Bowen report on the meeting's highlights.

A capital week for Canadian medical physicists

The Canadian Organization of Medical Physicists held its annual scientific meeting last month in Ottawa. Malcolm McEwen of the National Research Council Canada reports on the event's highlights.

Molecular imaging targets angiogenesis analysis

Molecular imaging modalities offer potential for assessing angiogenic response and monitoring therapeutic angiogenesis. Yale University's Lawrence W Dobrucki and co-authors review recent process.

WIMP 2010: a cool connection

Last month, around 60 physicists attended the Winter Institute of Medical Physics, to catch up on the latest developments in radiotherapy and medical imaging, and hone their snowboarding and skiing skills alongside.

MR-guidance: the next step for IGRT?

As imaging becomes an indispensable part of the radiotherapy process, will MR-guided treatment prove the way forward?

Molecular imaging: a cancer biomarker

As cancer therapies become increasingly individualized, functional and molecular imaging can play a key role in directing treatment and monitoring early response. David Mankoff from the University of Washington explains.

Mammography CAD: more than a perception aid

CAD technology should operate with at least the same performance level as an expert reader. Nico Karssemeijer discusses steps in this direction.

Bringing medical physics to the developing world

Setting up medical physics facilities in developing countries requires not only access to appropriate systems, but also effective training of staff to operate and maintain this equipment. Henry Lawrence discusses his experiences.

Threats to ultra-high-field MRI

A European directive designed to prevent workers from being exposed to high magnetic fields could potentially have a severe impact on research into MRI, warns Denis Le Bihan.

The potential of PET: a closer look

PET/CT shows great potential for target delineation in radiation therapy planning. In a recent paper in the journal Academic Radiology, Habib Zaidi reviews progress in molecular-imaging-guided radiotherapy.

Diagnostic imaging: advancing radiation protection

Web-enabled QA software tools could help the medical physics community develop a quantitative risk-benefit framework for diagnostic radiology, explains Michael Moores.

VIPER: effective training for medical imaging

The VIPER tutoring system helps medical imaging students apply what they've learnt and observe the consequences of their actions, reports Tracy Kirkbride, from Christchurch Polytechnic Institute of Technology.

HIFU: a question of guidance

Image-guidance could well enable the next evolution of high-intensity focused ultrasound. But with which guidance technology? Al Kyle of MedDevice Concepts examines the options.

The whole is greater than the sum of its parts

Combining images from different modalities can prove more powerful than considering them in isolation. Jude Dineley discusses image registration and fusion.

'Multidisciplinarians' set the agenda in biophotonics

Photonic technologies are undergoing a second renaissance, argues Tom Baer of the Stanford Photonics Research Center in California. So what does that mean for biomedical applications?

Molecular imaging: potentials and pitfalls

Molecular imaging provides a powerful tool for disease characterization and treatment assessment. But in many cases, it's still very much a work in progress, explains Chaitanya Divgi.