清华大学的中国科学家开发了RUSH3D超级内部显微镜,用于哺乳动物器官层面细胞互动3D可视化。 Chinese scientists at Tsinghua University developed the RUSH3D super intravital microscope for 3D visualization of cell interactions at the organ level in mammals.

清华大学的中国科学家创建了RUSH3D超级内部显微镜,使哺乳动物器官层面细胞互动的全面3D可视化。 Chinese scientists at Tsinghua University have created the RUSH3D super intravital microscope, which allows for comprehensive 3D visualization of cell interactions at the organ level in mammals. 这种创新工具以每秒 20 帧的速度提供高速成像，具有低毒性和亚细胞分辨率。 This innovative tool offers high-speed imaging at 20 frames per second with low toxicity and subcellular resolution. 它对生物医学研究,特别是对肿瘤学、免疫学和神经科学的研究具有重大影响,从而增进了对复杂的细胞网络的了解。 It has significant implications for biomedical research, particularly in oncology, immunology, and neuroscience, enhancing the understanding of complex cellular networks.