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Visionary bone damage study

Photo: Pixabay A novel way to pinpoint and illuminate bone damage promises to make X-rays more efficient at diagnosing bone and other injuries, Flinders University researchers say. The new technique, looking at potential biomedical applications of an ancient inorganic salt-based aggregation induced emission (AIE) radio-luminescence material, could open new frontiers in medicine including X-ray dosimetry, bioimaging and advanced applications such as optogenetics, says Professor Youhong Tang, from Flinders University’s College of Science and Engineering. The research article, published by Professor Tang, postdoctoral researcher Dr Javad Tavokoli, colleagues in Hong Kong and Australian technology company Micro-X and, examined the potential of the AIEgen luminogens (AIEgens) in deep tissue imaging. The study used X-ray testing provided by Micro-X, a company based at the Tonsley Innovation District in Adelaide.

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New technique can make X-rays more efficient at diagnosing bone and other injuries

New technique can make X-rays more efficient at diagnosing bone and other injuries
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Flinders-university
South-australia
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Adelaide
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Youhong-tang
Emily-henderson
Flinders-university-college-of-science

New technique can make X-rays more efficient at diagnosing bone and other

New technique can make X-rays more efficient at diagnosing bone and other A novel way to pinpoint and illuminate bone damage promises to make X-rays more efficient at diagnosing bone and other injuries, Flinders University researchers say. The new technique, looking at potential biomedical applications of an ancient inorganic salt-based aggregation induced emission (AIE) radio-luminescence material, could open new frontiers in medicine including X-ray dosimetry, bioimaging and advanced applications such as optogenetics, says Professor Youhong Tang, from Flinders University s College of Science and Engineering. The review article, published by Professor Tang, postdoctoral student Dr Javad Tavokoli, colleagues in Hong Kong and Australian technology company Micro-X and, examined the potential of the AIEgen luminogens (AIEgens) in deep tissue imaging. The study used X-ray testing provided by Adelaide-based Micro-X.

Australia
Flinders-university
South-australia
Hong-kong
Sydney
New-south-wales
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Australian
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Youhong-tang
Emily-henderson
Flinders-university-college-of-science

Visionary bone damage study

Visionary bone damage study
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New-south-wales
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Zheng-zhao
Tsz-shing-cheung

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