Remarkable technology developed by @LIMSLTU researcher @BrianAbbey16 and supported by La Trobe's Strategic Innovation Fund reveals the eye-popping colour of cancer cells — it promises to revolutionise medical imaging and aid early-detection of cancer. now.latrobe/NanoMslide 
@LIMSLTU @BrianAbbey16 @PeterMacRes @ANUmedia @GarvanInstitute @ONJCRI @UniMelb @ONJCancerCentre @CancerVic 'Breakthroughs in #nanotechnology allowed us to manipulate the interaction of light with biological tissue so that abnormal cells appear to have a different colour to healthy ones,' said Prof. @BrianAbbey16, explaining how NanoMslide helps detects disease. now.latrobe/NanoMslide
@LIMSLTU @BrianAbbey16 @PeterMacRes @ANUmedia @GarvanInstitute @ONJCRI @UniMelb @ONJCancerCentre @CancerVic @latrobenews Around 1 in 8 women will be diagnosed with #BreastCancer by age 85. But accurate early diagnosis is 'incredibly challenging'.
Adjunct Prof. Belinda Parker (@parkerlabPMCC) explains how @BrianAbbey16's NanoMslide illuminates early-stage breast cancer. now.latrobe/colour-of-canc…
Adjunct Prof. Belinda Parker (@parkerlabPMCC) explains how @BrianAbbey16's NanoMslide illuminates early-stage breast cancer. now.latrobe/colour-of-canc…
A study that outlines the breakthrough medical imaging technology employed by NanoMslide to help detect early-stage cancer was published in @Nature today.
🔬 WATCH this breakdown of how it works and its long-term significance in disease diagnosis:
🔬 WATCH this breakdown of how it works and its long-term significance in disease diagnosis:
@Nature @threadreaderapp unroll
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