Yunlu Xue. Lingang Laboratory. Verified email at lglab.ac.cn - Homepage. Photoreceptor gene therapy electrophysiology retinal degeneration neuroscience. Articles Cited by Public access. …

Yunlu XUE, Principal Investigator | Cited by 674 | | Read 21 publications | Contact Yunlu XUE

2025年3月3日 · Yunlu Xue Soluble CX3CL1 gene therapy improves cone survival and function in mouse models of retinitis pigmentosa Proceedings of the National Academy of Sciences

2021年4月13日 · This dual effect on fuel use and mitochondrial health is thought to be the basis for the extended cone survival and function. These experiments by Xue et al. have identified a …

Purpose : Fat3, a member of the Fat family of atypical cadherins, is critical for the development of retinal circuitry. The deletion of Fat3 from the mouse retina impairs amacrine cell migration, …

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2021年4月13日 · After administering the treatment, Xue et al. monitored the mice to see whether or not their vision was affected, and how cone cells responded. Only one of the 20 genes, …

2024年6月28日 · Proper cellular organization depends on the multi-functional tissue polarity protein FAT3, which is required for amacrine cell connectivity and retinal lamination. Here we …

We sought to design adeno-associated virus (AAV)-based gene therapy to address their metabolic challenges and found that overexpressing Txnip is an effective gene therapy that …

Xue YUNLU of Zhejiang University, Hangzhou (ZJU) | Contact Xue YUNLU