ADR, an optimized combination of ASIV, DLA, and R1, ameliorates blood–brain barrier disruption following rtPA thrombolysis at 4.5 h after stroke onset in mice via multitarget regulation

Yi Zhang; Fan-Kai Chen; Shan-Shan Yue; Chun-Shui Pan; Quan Li; Li Yan; Xin-Mei Huo; Kai Sun; Xiao-Qing Lu; Hong-Biao Liang; Shu-Qi Yao; Bo-Tong Liu; Jian Liu; Jing-Yan Han

doi:10.1016/j.jare.2026.07.058

Q1 2026

ADR, an optimized combination of ASIV, DLA, and R1, ameliorates blood–brain barrier disruption following rtPA thrombolysis at 4.5 h after stroke onset in mice via multitarget regulation

Yi Zhang · Fan-Kai Chen · Shan-Shan Yue · Chun-Shui Pan · Quan Li · Li Yan · Xin-Mei Huo · Kai Sun · Xiao-Qing Lu · Hong-Biao Liang · Shu-Qi Yao · Bo-Tong Liu · Jian Liu · Jing-Yan Han

10.1016/j.jare.2026.07.058 385 Views 0 Citations

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Cite this Article (APA)

Yi, Z., Fan-Kai, C., Shan-Shan, Y., Chun-Shui, P., Quan, L., Li, Y., Xin-Mei, H., Kai, S., Xiao-Qing, L., Hong-Biao, L., Shu-Qi, Y., Bo-Tong, L., Jian, L., Jing-Yan, H. (2026). ADR, an optimized combination of ASIV, DLA, and R1, ameliorates blood–brain barrier disruption following rtPA thrombolysis at 4.5 h after stroke onset in mice via multitarget regulation. Journal of Advanced Research. https://doi.org/10.1016/j.jare.2026.07.058

ADR, an optimized combination of ASIV, DLA, and R1, ameliorates blood–brain barrier disruption following rtPA thrombolysis at 4.5 h after stroke onset in mice via multitarget regulation

ADR, an optimized combination of ASIV, DLA, and R1, ameliorates blood–brain barrier disruption following rtPA thrombolysis at 4.5 h after stroke onset in mice via multitarget regulation