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Guofeng Yin

As seen in: Nature, Frontiers
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Articles

Astronomically forced lake-level fluctuations with impact on sand-body distribution of the oligocene Huagang Formation in the Xihu Depression, east China sea shelf basin

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By Xiaoming Zhao, Xi Zhang, Jiawang Ge, Guofeng Yin, Kun Qi, Minxin Yang, Jianwei Wang, Yueli Liang, Massine Bouchakour
| Frontiers
Abstract The Late Oligocene Huagang Formation in the Xihu Depression, East China Sea Shelf Basin, records typical braided river delta deposits. However, the influence of astronomical forcing on sand-body distribution remains unclear. Based on core, logging, and seismic data, subaqueous distributary channels of braided river deltas were identified and multi-scale lake-level fluctuations were reconstructed.
Open in Who Shared Issue with article?

Development and multicenter validation of an explainable machine learning diagnostic criteria for pediatric abdominal sepsis - npj Digital Medicine

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By Suqi Cao, Duote Cai, Shuhao Zhang, Yuchen He, Xiaojian Yuan, Zhiqiang Zhu, Shannan Wu, Fangyan Yang, Junjie Chen, Menglu Yu, Zhijian Zhou, Weiwei Zhang, Ting Yu, Wei Song, Yanhui Tian, Chunting Zhou, Dingfeng Wu, Daqing Ma, Zhigang Gao, Xuefeng Miao, Yongxing Zhong, Guofeng Yin, Juying Yan, Donglai Hu, Qiongjie Ruan, Boyun Xuan, Yihao Cai, Liangting Tao, Junfen Zhou, Yanwei Tong
| Nature Verified
Abstract Accurate identification of early pediatric abdominal sepsis (PAS) is essential to improving outcomes, yet most existing pediatric sepsis criteria and scoring tools primarily focus on cardiopulmonary dysfunction and overlook early intra-abdominal infections. To address this gap, we combined the real-world data with explainable machine learning to develop the Abdominal Sepsis Diagnosis model (ABSeD) for clinical decision support.
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