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Jinying Wang on Muck Rack

Jinying Wang

As seen in: Color Research & Application, Nature, Wiley Online Library, Frontiers, MDPI, ACS Publications, Cell Reports, Dove Medical Press
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Articles

AI and computational methods for reconstructing cell-state-specific gene regulatory networks from single-cell transcriptome and chromatin accessibility data in cancer: methods, applications, and perspectives

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By Jinying Wang, Fenjuan Chen
| Frontiers
Abstract Tumor heterogeneity is shaped by genetic, epigenetic, microenvironmental, and stochastic factors, among which cell-state-specific regulatory programs are a major determinant. Gene regulatory networks provide a systems-level model linking transcription factors, cis-regulatory elements, and target genes.
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Body roundness index as a predictor of 3-month readmission in elderly patients with first-episode acute heart failure

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By Junfang Ma, Meixiang Han, Fenjuan Chen, Jinying Wang
| Frontiers
Abstract Aims: To determine whether admission body roundness index (BRI), a validated anthropometric metric of central adiposity, independently predicts 3-month all-cause readmission and rehospitalization for acute heart failure (AHF) in elderly patients hospitalized for a first AHF episode. Methods: In this single-center retrospective cohort study, 317 patients aged >60 years with a first AHF hospitalization were enrolled and stratified by BRI tertiles.
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Globally constrained forest biophysical cooling benefits under rising atmospheric dryness

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By Chaoqun Zhang, Yongxian Su, Ziyin Liao, Weiqi Zhou, Philippe Ciais, Shiqi Jin, Yixiao Wang, Jane Liu, Jofre Carnicer, Sha Zhou, Yao Zhang, Alessandro Cescatti, JING CHEN, Jiali Shang, Raffaele Lafortezza, Jinying Wang, Xinyu Fan, Kailiang Yu, Wenping Yuan, Xiuzhi Chen
| Nature Verified
Abstract Climate change reshapes forest biophysical effects, yet the impact direction and strength remain uncertain. Here we quantify the growing-season land surface temperature between forests and adjacent open land (∆LSTgs) and show contrasting temporal trends in ∆LSTgs across the globe during 2001–2023. Rising vapour pressure deficit (VPD) has emerged as the primary driver of these contrasting trends, surpassing other common climatic factors.
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