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Xiaonan Wang on Muck Rack

Xiaonan Wang

China, Singapore
As seen in: AIChE Journal, Nature, The Washington Post, Wiley Online Library, Communications of the ACM, Frontiers, Frontiers in Immunology, Journal of Medical Ethics (JME), MDPI, ACS Publications and
Associate Professor of Chemical Engineering at Tsinghua and the National University of Singapore. Leading the team of #SmartSystemsEngineering she/her/hers
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Articles

Challenges and insights in endoscopic full-thickness resection for appendiceal orifice neoplasms

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By Yan Lu, Xiaonan Wang
| Gastrointestinal Endoscopy Verified
To the Editor: We read with interest the recent prospective study by Cronin et al,1 which used endoscopic full-thickness resection (EFTR) for appendiceal orifice (AO) neoplasms. Long-term follow-up demonstrated high rates of histologically complete resection (86%) and a low incidence of postprocedure appendicitis (11%). This work offers valuable insights into managing AO lesions; however, several aspects merit further discussion.
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A rugged life: how host-microbiome adaptations associated with the semi-feral lifestyle of gayal ( Bos frontalis )

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By Yuming Chen, Juntao Ma, Zhifan Guo, Junren Chen, Xiaonan Wang, Jian Xiao, Dexiang Hu, Weidong Deng, Wenliang He, Jing Luo, Ya-Ping Zhang, Jifan Yan, Zhizhong Nu, Husheng He
| Nature Verified
Abstract The semi-domesticated gayal (Bos frontalis) is an endangered browsing ruminant inhabiting the rugged Eastern Himalayan foothills, and maintains an energy-intensive lifestyle on nutrient-poor, fiber-rich feed. However, the dietary, microbial, and host physiological features underlying this adaptation remain poorly understood. Here, we analyzed fecal metagenomes from ten bovine populations (n = 334) to characterize dietary composition.
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Cucurbituril-based anion-conducting membranes with supramolecular nanopores

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By Ziang Xu, Dongcheng Lin, Haoyu Yin, Qingqing Feng, Fabrizia Foglia, Yihan Zhen, Adam Morris, Quentin Berrod, Maobin Pang, Lida Huang, Jing J. Liu, Xiaonan Wang, Chunming YANG, Xingchen Tang, Xi Zhang, Baoguo Wang, Haotian Wang, Kai Liu, Jiekang Tian
| Nature Verified
Abstract Nanoporous anion-conducting membranes have gained considerable interest for their potential to reduce resistance in electrochemical devices1,2,3,4. Current pore-forming methods, such as backbone engineering through polymers of intrinsic microporosity5,6 or covalent organic and metal–organic frameworks7,8, however, suffer from limited structural control, mechanical fragility or demanding synthesis.
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