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Biomedical optics

Therapeutic and diagnostic applications of optical technologies

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The low-down on molecular imaging

Video report: Simon Cherry discusses recent progress in molecular imaging and examines how these techniques are increasingly being translated to the clinic.

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

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

In vivo dosimetry: implementation issues

In vivo radiotherapy dosimetry has a great deal to offer, so why is it not more widely deployed? Writing in the British Journal of Radiology, Craig Edwards takes a closer look.

Optical modelling points the way to PDT progress

Off-the-shelf commercial software is helping scientists to enhance the clinical efficacy of photodynamic therapy for targeted tumour destruction, reports Joe McEntee.

IMRT: next move, biological optimization?

The unique beam-delivery conditions of IMRT offer an opportunity to optimize the biological response of tumour cells to therapeutic irradiation, explains Natalka Suchowerska of the Royal Prince Alfred Hospital in Sydney, Australia.

Blue-sky thinking converges on imaging, biology

Imaging and tumour biology proved to be two of the headline themes at a workshop on the future of physics in radiation oncology. Joe McEntee reports from the keynote session.

'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.

Radiobiology: the appliance of science

Radiobiology must play a pivotal role in the treatment planning of conformal radiotherapy, says Alan Nahum of the UK's Clatterbridge Centre for Oncology.

A virtual opportunity for interventional radiology

Interventional radiologists can gets to grips with complex surgical procedures using sophisticated physics-based simulators. Nigel John and Derek Gould make the case for computer-based training.

PDT dosimetry: a problem waiting to be solved

Could photodynamic therapy be failing to reach its true potential owing to the lack of a standard dose measurement? Mike Patterson discusses PDT dosimetry.

Cold plasma therapy: all sorts of possibilities

Gas plasmas will one day be used for non-contact, painless, therapeutic functions such as disinfection and non-inflammatory tissue removal, claims Eva Stoffels-Adamowicz.

Tissue engineering: a call for standardization

The growth of cultured tissue is a promising, yet commercially immature, technology. Paul Tomlins examines the pressing need for standards for tissue scaffolds and tissue engineering.

Physics meets biology: a convergence of interest

Advances in biophotonics and supercomputing signal a bright future for biophysics research, write Jason Crain and Will Hossack.