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Quercetin-loaded ZnO nanoparticles modulate the pH-dependent structural features, conformational stability, and peroxidase activity of horse ferricytochrome c
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DOI：10.1016/j.ijbiomac.2026.153945.png)
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Abstract
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• Q/ZnO NPs significantly reduce the structural & global stability of FeIII-Cytchm c at alkaline pH conditions. • Q/ZnO NPs don't alter the alkaline transition and peroxidase activity of FeIII-Cytchm c • Q/ZnO NPs exhibit the pH-dependent interactions with FeIII-Cytchm c • Q/ZnO NPs shorten the Trp-fluorescence lifetimes of FeIII-Cytchm c at neutral and alkaline pH conditions. • ITC and steady-state fluorescence studies suggest interaction of Q/ZnO NPs with FeIII-Cytchm c at alkaline pH
Keywords:
Cytochrome c
Local stability
Nanoparticles
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8.5
Papers:
4.9W
Citations:
21.7W
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