A new method that tracks how genes move inside cells in three-dimensional space has been developed by researchers at the University of Toronto. The technique, called three-dimensional gene tracking (3DGT), allows scientists to visualize the movement of genes within cells in real-time, giving them unprecedented insight into how genes interact with one another and how they are regulated. The method could be used to better understand the processes that control gene expression and how cells interact with their environment. The 3DGT technology could also be used to identify key gene targets for new therapies, making it a powerful tool for biomedical research.

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source: Phys.org