Spatially resolved transcriptomic technologies are revolutionizing our understanding of biology by allowing scientists to see where specific genes are active within tissues. This breakthrough, first introduced in 2016, combines gene expression profiling with the spatial detail of microscopy. It helps researchers understand how the location of cells within tissues influences their behavior, which is crucial for studying development and diseases. The collaboration between academia and industry continues to drive advancements in this field, enhancing our ability to explore complex biological systems. This technology is not only a scientific milestone but also a tool that could lead to new medical insights and treatments.
QUESTION: How might the ability to see gene expression in specific locations within tissues change the way we approach treating diseases in the future?
Ten years of mapping gene expression in tissues
