The Huada Institute of Life Sciences, in conjunction with Stanford University School of Medicine, Wuhan University School of Electronic Information and other institutions, published the latest research on the spatio-temporal algorithm toolkit in the top international academic journal Cell. The international collaborative team drew on mathematical models from multiple interdisciplinary fields such as physics, geography, and economics, and pioneered the development of the three-dimensional spatio-temporal modeling toolkit Spateo, which enables spatial transcriptomics technology to finely reconstruct the three-dimensional structure of organs. Systematically quantify spatio-temporal dynamic processes.
The Huada Institute of Life Sciences, in conjunction with Stanford University School of Medicine, Wuhan University School of Electronic Information and other institutions, published the latest research on the spatio-temporal algorithm toolkit in the top international academic journal Cell. The international collaborative team drew on mathematical models from multiple interdisciplinary fields such as physics, geography, and economics, and pioneered the development of the three-dimensional spatio-temporal modeling toolkit Spateo, which enables spatial transcriptomics technology to finely reconstruct the three-dimensional structure of organs. Systematically quantify spatio-temporal dynamic processes.
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