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Ying Cao on Muck Rack

Ying Cao

As seen in: Nature, Wiley Online Library, arXiv, Memory Studies, ScienceDirect, BMJ Open Diabetes Research & Care, British Journal of Sports Medicine, Frontiers, MDPI, SAGE Publishing and
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Articles

Study of the influence of hard interlayers on seismic parameters via shaking table tests

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By Feng Qiao, Chaoyu Chang, Yunhui Zhao, Ying Cao, Liang Wang
| Nature Verified
Abstract According to the third theorem of similarity, a layered physical model was established using two types of materials with different shear stiffnesses. This model was used to represent the prototype in shaking table tests, and the influences of the burial depth and thickness of the hard interlayer on the amplification factor and on the characteristic parameters of the response spectrum were analysed and studied.
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Impedance based prediction of pulsed field ablation lesion depth without contact force

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By Bangjiaxin Ren, Wenjie Li, Fanghui Li, Xianjin Hu, Aobo Gong, Ying Cao, Zexi Li, Yifan Zhou, Meng Xiao, Lei Deng, Yongjun Huang, Xiaolin Zhu, Rui Zeng
| Nature Verified
Abstract The lesion depth prediction index has been demonstrated to optimize ablation strategies. However, contact force-based prediction of lesion depth is difficult to integrate into multi-electrode catheters with complex shapes. This study developed and validated a contact force-independent pulsed-field ablation (PFA) index, the depth prediction index (DPI). Computer modeling identified parameters potentially affecting lesion formation.
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FoxL2 exhibits two-stage expression and maintains the ovarian niche in a lophotrochozoan

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By Yaxin Yang, Ying Cao, Liangjie Liu, Lijing Zhang, Tong Wang, Ya Shu, Xiaohui Ma, Guoqing Li, Xinyi Zhang, Lisui Bao, Xiaoli Hu, Xiaoting Huang, Zhenmin Bao, Shi Wang, Huilan Wei, Lingling Zhang
| Nature Verified
Abstract The genetic pathways governing sex determination remain a key enigma in lophotrochozoans, a major branch of bilaterian animals, hindering a comprehensive understanding of their evolution. Here, we enable genetic analysis in the gonochoristic scallop Chlamys farreri by developing robust female-specific DNA markers for accurate molecular sex identification. Leveraging this, we perform a systematic dissection of a female sex-determination pathway in this major bilaterian clade.
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