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June 3, 2021 // - Combining indocyanine green (ICG) with near-infrared endoscopy (near-infrared endoscopy) technology can enhance the ability of real-time assessment of tissue microperfusion during surgery.
Scientific Reports Scientists from the University of Dublin and other institutions have developed a new type of surgical technology through research, which can use artificial intelligence technology to detect cancerous tissue in real time during surgery, which may fundamentally improve the treatment outcome of patients.
Image source: https:// the article, the researchers developed a new method that reveals how they can use a combination of digital cameras and dyes to observe the cancerous process of tissues in living tissues during surgery.
The dynamic digital identification of cancer during the intervention process means that the surgeon can better perform the correct intervention for individual patients in the first time.
Digital dynamic identification of primary colorectal cancer with whole body indocyanine green under near-infrared endoscopy.
Image source: Dalli, J.
Sci Rep
Researchers technology developed using conventional techniques and the current workflow, using a camera capable of shooting video special dye is injected into the suspicious area, then the color changes in the organization, an algorithm that can be determined The probability of regional tissue becoming cancerous is enough to determine whether a lesion site has become cancerous within a few minutes.
The developed technology uses existing technology and current workflow.
The technology developed by the researchers can help surgeons better identify cancer sites in patients during surgery, and the software analysis technology in this technology can effectively distinguish between invasive and non-invasive tumor tissues, and it may be realized in the future.
Original source:
Dalli, J.
Dalli, J.
, Loughman, E.
, Hardy, N.
et al.
Digital dynamic discrimination of primary colorectal cancer using systemic indocyanine green with near-infrared endoscopy .
Digital dynamic discrimination of primary colorectal cancer using systemic indocyanine green with near-infrared endoscopy Sci Rep Sci Rep 11, 11349 (2021).
doi: 10.
1038/s41598-021-90089-7
