AI Summary

A new study has mapped human urogenital development in its native spatial context, showing how neighboring organs coordinate their growth through cellular communication and molecular signaling during embryogenesis. The research was published in Science and led by Guo Jingtao and Wang Xiaoyan at the Institute of Zoology, Chinese Academy of Sciences. Collaborators included scientists from Peking University Third Hospital and the Women and Children’s Hospital at Qingdao University. The findings illuminate the interactive mechanisms that drive organogenesis in the human urogenital system.

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