Chiral MoS2-based nanozymes co-delivering indole-3-propionic acid synergistically inhibit ferroptosis and reprogram metabolism for enhanced peripheral nerve regeneration

Linbin Xu; Xinghao Yin; Xin Wang; Juehong Li; Tengfei Lou; Linjun Pan; Chiyu Ma; Xinru Li; Weiming Lin; Yunhao Zhai; Jun Zhang; Qiang Li; Wei Wang; Chao Zhou; Xu Wang; Cunyi Fan

doi:10.1016/j.jare.2026.07.045

Q1 2026

Chiral MoS2-based nanozymes co-delivering indole-3-propionic acid synergistically inhibit ferroptosis and reprogram metabolism for enhanced peripheral nerve regeneration

Linbin Xu · Xinghao Yin · Xin Wang · Juehong Li · Tengfei Lou · Linjun Pan · Chiyu Ma · Xinru Li · Weiming Lin · Yunhao Zhai · Jun Zhang · Qiang Li · Wei Wang · Chao Zhou · Xu Wang · Cunyi Fan

10.1016/j.jare.2026.07.045 387 Views 0 Citations

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Cite this Article (APA)

Linbin, X., Xinghao, Y., Xin, W., Juehong, L., Tengfei, L., Linjun, P., Chiyu, M., Xinru, L., Weiming, L., Yunhao, Z., Jun, Z., Qiang, L., Wei, W., Chao, Z., Xu, W., Cunyi, F. (2026). Chiral MoS2-based nanozymes co-delivering indole-3-propionic acid synergistically inhibit ferroptosis and reprogram metabolism for enhanced peripheral nerve regeneration. Journal of Advanced Research. https://doi.org/10.1016/j.jare.2026.07.045