China News Service, Beijing, April 23 (Reporter Sun Zifu) Siplins, a professional academic journal “Nature-Sustainability”, published a cancer research paper, saying that the Chinese research team has developed a accurate, economical, economical, economical,Environment and user -friendly diagnostic tools can be used for the diagnosis of multiple cancers, including pancreatic cancer, gastric cancer and colorectal cancer.This tool can diagnose cancer within a few minutes to help meet people’s needs for easy to obtain diagnostic tools, especially in remote areas.
According to this paper, more than one billion people around the world have experienced high -rate illness missed diagnosis. According to the World Health Organization, less than 30%of low -income countries have generally available diagnostic facilities.Low -income countries, this indicates that people need accurate and affordable detection.In addition, testing may be used in areas with ecological sensitivity or limited energy, and solutions also need to ensure that sustainable choices are provided.
In this study, the research team of Shanghai Jiaotong University and East China Normal University collaborated developed a cancer diagnosis method based on metabolic detection. The tool uses dry blood spots instead of traditional liquid blood storage, which provides an environmentally friendly, which provides an environmentally friendly,Metabolic stable solutions are collected and stored in biological samples.They combine this method with the enhancement of nanoparticles to improve the sensitivity and speed of detection.
Studies have shown that this method can diagnose pancreatic cancer, gastric cancer, and colorectal cancer within a few minutes. The planned economy, environment -friendly, accurate accuracy with serum, and user -friendly.The author believes that through cooperation with population cancer screening plan, using this tool in underdeveloped areas can reduce the diagnosis rate of colorectal, gastric and pancreatic cancer by 20.35%-55.10%.
The author concluded that the technology they developed can improve the availability and accuracy, or to maximize the health benefit of the existing resources.(over)
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