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Nuclear PET imaging method developed for tumour detection
Researchers have developed a PET imaging method suitable for many forms of cancer, with high contrast and less inconvenience to patients...
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Computerised tomography (CT)
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Exploring horizons in 3D microscopy: what the future holds
The microscope slide is flat (2D), but the world around us is not – despite the flat-earth theories. We need volume information about our samples, ideally with high resolution in all three dimensions as well as over time – the fourth dimension...
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32,000 images of analysed CT scans released for AI development
Thousands of images have been released to encourage scientists to develop their analysis of lesions, advocating its use for the development of a new universal lesion detector...
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Visualising the effects of targeted therapies on patient tumours
The development of technology that can ‘see’ inside our bodies is one of the great achievements of modern medicine.1 For over 100 years, doctors have used imaging methods for this very reason to help guide patient care. Initially, two-dimensional x-ray pictures of bones and chests were used to help diagnose…
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Power of radiomics to improve precision medicine
Data mining of medical images with radiomics offers clinicians a way to characterise lung tumours and improve precision medicine...
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University of Maryland opens new imaging centre
University of Maryland Charles Regional Medical Centre have opened a new outpatient imaging centre in partnership with two other organisations.
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€3.3 million to improve medical imaging detail tenfold
3 November 2016 | By Niamh Louise Marriott, Digital Content Producer
A recent investment of €3.3 million will allow researchers to improve the detail of medical imaging ten times over, which will allow for tumour scanning...