New discovery that nano-diamonds recognize early cancer

Recently, physicists from the University of Sydney have developed a way to use diamonds to identify cancer cells that are not yet enough to threaten human life. Yes, I am talking about diamonds, shiny carbon molecules that make countless women crazy.

The findings of physicists have been published in Nature News, a successful demonstration of how this nanoscale version of gemstone synthesis can target early cancer cells in non-toxic, non-invasive magnetic resonance imaging scans. Recognized. The latest research found that nanodiamonds recognize early cancer. It is understood that this use of customized chemicals to target cancer is not a new idea, but it is difficult for scientists to detect where these chemicals have gone after entering the human body. In addition to biopsy, the current level of care has made scientists not have many ways to determine that the treatment they are using is really effective for cancer. Researchers led by Professor David Reilly of the University of Sydney's School of Physics have studied these nanoscale diamonds, hoping to determine if they can help doctors discover the earliest stages of cancer cells.

Professor David Reilly said: "We all know that the drugs used in chemotherapy are very interested in these nano-sized diamonds because they are largely non-toxic and non-reactive," he added. We believe that we can effectively turn a drug problem into a physical problem based on their non-toxic properties, because the magnetic properties of diamonds make them a beacon in MRI."

Currently, Professor David Reilly and his research team have turned their attention to the question of “how to hyperpolarize nanoscale diamonds”, and the process of hyperpolarizing nanodiamonds is aligned with the atoms inside the diamond. In this way, researchers can use this process to create a signal that can be detected by MRI scans.

Ewa Rej, the lead author of the paper, said: "This technology allows hyperpolarized diamonds to attach to the molecules of cancer, and then we can track the molecular motion in patients through MRI scans."

“This is a very good example of quantum physics research that solves real-world problems. In this case, it is critical that we get the target image before the cancer really threatens the patient's life,” Professor David Reilly said.

The next phase of the research team's work is mainly to work with medical researchers and test the new technology on animals. Not only that, but they will also carry out research on brain tumor markers using scorpion venom and magnetic resonance scans.

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