Li Zhou is a politics reporter at Vox, where she covers Congress and elections with a focus on the intersection of government and social issues. Previously, she reported on tech policy at Politico and contributed as a fellow at The Atlantic, showcasing her versatility in various themes including climate change, healthcare, and culture. Li's work has been featured in prominent publications such as Dove Medical Press, Mother Jones, and WIRED.
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United States (National)
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Li Zhou's coverage is primarily focused on Government & Politics, with a significant emphasis on Legal Policy Regulation and Government Announcements. She delves into evolving stories within the political landscape, often citing relevant data to support her articles.
Considering Li's national focus in the United States, she would likely be interested in receiving pitches from experts who can provide insights or analysis related to US government policies, legal regulations, and ongoing political developments. Given her interest in global issues and specific topics such as abortion and climate change, providing nuanced perspectives or new data related to these areas might also capture her attention.
Experts well-versed in US politics, policy formulation processes, legal nuances of regulatory changes could find success with their outreach efforts towards Li Zhou.
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By: Yingjian Li, Xiaoya Huang, Jikai Deng, Xue Tan, Qianyun Liu, Li Zhou, Yu Chen Yingjian Li, Xiaoya Huang, Jikai Deng, Xue Tan, Qianyun Liu, Li Zhou, Yu Chen Yingjian Li, Xiaoya Huang, Jikai Deng, Xue Tan, Qianyun Liu, Li
Abstract Animal models are essential for understanding the pathogenesis of SARS-CoV-2 and for developing therapeutic strategies.
Trump’s picks send a clear message on immigration, foreign policy, and climate.
By: Jingzhi Li, Xiaoxuan Quan, Li Zhou, Yuelin Chen, Ying Tang, Mengru Wei, Ruina Ma
Due to the absence of blood vessels, cartilage exhibits extremely limited self-repair capacity. Currently, repairing laryngeal cartilage defects, resulting from conditions such as laryngeal tumors, injury, and congenital structural abnormalities, remains a significant challenge in the Department of Otolaryngology, Head and Neck Surgery. Previous research has often focused on enhancing the mechanical properties of synthetic materials. However, their low biological activity and weak cell adhesion necessitate compensatory measures. This study aims to capitalize on the advantages of natural materials in cartilage tissue engineering. Sodium alginate, gelatin, tannic acid, and calcium chloride were utilized to prepare bioinks through cross-linking for application in 3D printing cartilage scaffolds. Bone marrow mesenchymal stem cells with multidirectional differentiation potential were chosen as seed cells, with appropriate growth factors incorporated to promote their differentiation into cartilage during in vitro culture. The scaffold laden cells was subsequently implanted into rabbit thyroid cartilage plate defects at the appropriate time. HE staining, toluidine blue staining, Masson staining, and collagen type II staining were employed to assess cartilage defect repair at 4, 8, and 12 weeks, respectively. Results demonstrated that scaffolds made from natural materials could emulate the mechanical properties of fresh cartilage with commendable biocompatibility. Stained sections further confirmed the efficacy of the composite hydrogel scaffolds identified in this study in promoting rabbit thyroid cartilage plate restoration. In summary, this study successfully fabricated a natural material scaffold for rabbit laryngeal cartilage tissue engineering, thereby furnishing a new idea and experience for the clinical application of laryngeal cartilage defect reconstruction.
By: Tinglu Yan, Qi Peng, Yanrong Xu, Huamei Liu, Li Zhou, Fuping Song, Xin Zhang, Yujia Hou, Yuanhong Zhu
Yujia Hou Xin Zhang Li Zhou Yanrong Xu Yuanhong Zhu Tinglu Yan
There are key protections for same-sex marriage. Some LGBTQ couples are worried they could be undone.
He'll have key levers he can use, but he faces limitations, too. During his campaign , President-elect Donald Trump had a pointed tagline for his energy policy: “Drill, baby, drill.”
Donald Trump will have key levers he can use, but he faces limitations too.
The president-elect's promises have national security experts worried about loyalty tests.
Naming a union-friendly nominee might not necessarily translate to pro-worker policies.
By: Xuejin Li, Khaled Faisal Qasim, Osama Ragab, N. K. Wally, Li Zhou, M. M. El-Desoky, Wei Xing, E. Sheha
Potassium–sulfur batteries (KSBs) have garnered immense attention as a high-energy, cost-effective energy storage system. Nevertheless, achieving optimal sulfur utilization and long-term cycling is the primary challenge. To address some of the different challenges of KSBs, a potassium–sulfur (K/S) battery cathode w
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