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Braincervical Lymph Node Crosstalk Contributes To Brain Injury Induced By Subarachnoid Hemorrhage In Mice Jinman Chen Jie Wang Wenjing Zheng Wenhao Ding Zixin Zhuang Hao Xu Wenchao Ding Tianhao Xu Linmei Wang Ning Li Yongjian Zhao Qi Shi Lianping Xing Yongjun Wang Qianqian Liang

  • SKU: BELL-239439262
Braincervical Lymph Node Crosstalk Contributes To Brain Injury Induced By Subarachnoid Hemorrhage In Mice Jinman Chen Jie Wang Wenjing Zheng Wenhao Ding Zixin Zhuang Hao Xu Wenchao Ding Tianhao Xu Linmei Wang Ning Li Yongjian Zhao Qi Shi Lianping Xing Yongjun Wang Qianqian Liang
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Braincervical Lymph Node Crosstalk Contributes To Brain Injury Induced By Subarachnoid Hemorrhage In Mice Jinman Chen Jie Wang Wenjing Zheng Wenhao Ding Zixin Zhuang Hao Xu Wenchao Ding Tianhao Xu Linmei Wang Ning Li Yongjian Zhao Qi Shi Lianping Xing Yongjun Wang Qianqian Liang instant download after payment.

Publisher: x
File Extension: PDF
File size: 11.24 MB
Author: Jinman Chen & Jie Wang & Wenjing Zheng & Wenhao Ding & Zixin Zhuang & Hao Xu & Wenchao Ding & Tianhao Xu & Linmei Wang & Ning Li & Yongjian Zhao & Qi Shi & Lianping Xing & Yongjun Wang & Qianqian Liang
Language: English
Year: 2025

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Braincervical Lymph Node Crosstalk Contributes To Brain Injury Induced By Subarachnoid Hemorrhage In Mice Jinman Chen Jie Wang Wenjing Zheng Wenhao Ding Zixin Zhuang Hao Xu Wenchao Ding Tianhao Xu Linmei Wang Ning Li Yongjian Zhao Qi Shi Lianping Xing Yongjun Wang Qianqian Liang by Jinman Chen & Jie Wang & Wenjing Zheng & Wenhao Ding & Zixin Zhuang & Hao Xu & Wenchao Ding & Tianhao Xu & Linmei Wang & Ning Li & Yongjian Zhao & Qi Shi & Lianping Xing & Yongjun Wang & Qianqian Liang instant download after payment.

Nature Communications, doi:10.1038/s41467-025-63544-6

Cross-talk between the brain and cervical lymph nodes (CLNs) is crucial in brainpathologies. However, the precise roles and the mechanisms of CLNs in braindamage during subarachnoid hemorrhage (SAH) remain unclear. In this study,mandibular lymph node (part of CLNs) removal attenuates brain damage inSAH mouse models. Notably, the extravasated erythrocytes following SAH aresignificantly engulfed by lymphatic endothelial cells (LECs) in CLNs. Single-cellRNA sequencing reveals that the differentially expressed genes in medullaryLECs are enriched in lysosomes after SAH, with a notable upregulation of Ctss(which encodes cathepsin S). Importantly, the deficiency of cathepsin S specifically in LECs, achieved through transgenic mice, or the use of a cathepsinS inhibitor, significantly reduces neuroinflammation and neurological deficitsinduced by SAH. These findings elucidate mechanisms of how CLNs participatein brain injury following SAH in mice. Targeting this process may offer effectivetherapeutic strategies to alleviate SAH-related pathologies.