There could soon be cheaper and more lightweight tools, such as goggles or hand-held devices, to identify tumours in real time in operating rooms. (Representational Imagte)
Washington:
There could soon be cheaper and more lightweight tools, such as goggles or hand-held devices, to identify tumours in real time in operating rooms as researchers have developed a dual-mode imaging technology, an improvement over single mode imaging.
Surgeons need to determine exactly where the cancerous cells lie before they exorcise a tumour.
The dual-mode imager combines two systems-near-infrared fluorescent imaging to detect marked cancer cells and visible light reflectance imaging to see the contours of the tissue itself-into one small, lightweight package approximately the size of a quarter in diameter, just 25 millimetre across.
"Dual modality is the path forward because it has significant advantages over single modality," said Rongguang Liang, an associate professor of optical sciences at University of Arizona in the US.
"By combining different modalities together, you get a much better picture of the tissue," which could help surgeons make sure they remove every last bit of the tumour and very small amount of healthy tissue, said Brian Applegate of Texas A&M University in the US.
People have realised that in order to better diagnose diseases like cancer, he noted, you need information from a variety of sources, whether it is fluorescence imaging, optical imaging or biochemical markers.
The findings appeared in the journal Optics Letters.
Surgeons need to determine exactly where the cancerous cells lie before they exorcise a tumour.
The dual-mode imager combines two systems-near-infrared fluorescent imaging to detect marked cancer cells and visible light reflectance imaging to see the contours of the tissue itself-into one small, lightweight package approximately the size of a quarter in diameter, just 25 millimetre across.
"Dual modality is the path forward because it has significant advantages over single modality," said Rongguang Liang, an associate professor of optical sciences at University of Arizona in the US.
"By combining different modalities together, you get a much better picture of the tissue," which could help surgeons make sure they remove every last bit of the tumour and very small amount of healthy tissue, said Brian Applegate of Texas A&M University in the US.
People have realised that in order to better diagnose diseases like cancer, he noted, you need information from a variety of sources, whether it is fluorescence imaging, optical imaging or biochemical markers.
The findings appeared in the journal Optics Letters.
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