医学
腺苷
缺血
脉络丛
再灌注损伤
腺苷受体
心脏病学
受体
内科学
麻醉
中枢神经系统
兴奋剂
作者
Xiangxiang Lin,Xiangxiang Lin,Wei-Shan ZhuGe,Wu Zheng,X. Liu,Huiping Shang,Jianhong Zhou,Manli Jia,Yuanyuan Ge,Wenqi Qian,Liuqing Gu,Yan He,Xiao Lin,Xiao Lin,Kunlin Jin,Xiaokun Li,Qichuan Zhuge,Jiang‐Fan Chen
标识
DOI:10.1161/jaha.124.042242
摘要
BACKGROUND: R) is recognized as an important regulator of ischemic brain injury, but their action sites remain undefined. METHODS AND RESULTS: R antagonist KW6002 during the reperfusion period attenuated the injury with reduced neutrophil infiltration in the ChP. CONCLUSIONS: R in ChP as a pivotal regulator of I/R injury in the cortex, modulating ChP gateway activity and CSF production, providing a promising therapeutic target for stroke management.
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