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Gu Xiaochun
Gu Xiaochun, Ph.D., associate professor, researcher at Nanjing Translational Research Institute of Peking University (Jiangbei New District); Ph.D. of Southeast University, 2014 to 2016 He was a visiting scholar and postdoctoral researcher in the Department of Biomedical Engineering at the State University of New York at Stony Brook in the United States. He mainly used advanced imaging technology and new phenotypic technologies to conduct research on neurovascular and neuromodulation. With an interdisciplinary research background, he independently built a multispectral imaging system for synchronized neurovascular imaging and discovered the new role of glial cells in neurovascular coupling, which is important for CR in regulating neurovascular development. He has conducted a series of studies on cell biology, produced a series of relevant genetically modified animal disease animal models, participated in the co-construction of the Nanjing Brain Observatory and co-initiated the “Mesoscopic Brain Functional Connection Atlas” large scientific project.
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Ju Shenghong
Ju Shenghong, Doctor of Medicine, is chief professor, chief physician and doctoral supervisor of Southeast University. He is currently the deputy dean of the School of Medicine of Southeast University and the director of the Imaging Department of the Affiliated Zhongda Hospital. He is a winner of the National Science Fund for Distinguished Young Scholars, a national “****” leading scientific and technological innovation leader, and the head of the “Key Field Innovation Team” of the Ministry of Science and Technology.
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Jiao Yiping
Jiao Yiping, Ph.D., is currently a lecturer at the School of Artificial Intelligence at Nanjing University of Information Science & Technology, and a core member of the Jiangsu University Key Laboratory of Intelligent Medical Image Computing and the Smart Medical Research Institute. He graduated with a master’s and doctoral degree from the School of Automation of Southeast University. During his period, he received funding from the China Scholarship Council and went to the Netherlands for a year of joint training with the Computational Pathology Group of Radboud University Medical Center. His main research directions are computational pathology and machine learning. He has rich experience in histopathological full scan slice analysis. He has published six SCI papers as the first author and has authorized one invention patent. Research topics include cancer focus detection and tumor microenvironment analysis in slices of lung cancer, colorectal cancer, breast cancer, and pancreatic cancer, as well as supporting slice quality control, active learning, and staining pattern analysis and other technologies.
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