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August 12, 2026ACS Catalysis

Dynamic Fluctuations Can Counteract Catalytic Inhibition and Enhance Catalytic Performance

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Authors

PJPankaj JangidSCSrabanti ChaudhuryAKAnatoly Kolomeisky

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Overview

Theoretical analysis explores how dynamic catalysis overcomes inhibition effects in chemical processes, suggesting new efficiency pathways.

Key Points

  • This research investigates how dynamic fluctuations in catalysis can counteract inhibition and improve catalytic efficiency.
  • Theoretical analysis using a quantitative stochastic approach to assess the dynamics of catalytic reactions.
  • Evaluation of the coupling between catalytic inhibition and dynamic catalysis.
  • Dynamic catalysis can neutralize the adverse effects of inhibition and sometimes enhance catalytic efficiency.
  • Dynamic fluctuations enable the escape from inhibited states, leading to improved catalytic performance.
  • Increased energy dissipation associated with inhibition can reshape reaction networks, but greater dissipation does not guarantee higher efficiency.

Cite This Study

Jangid et al. (2026) studied this question.

synapsesocial.com/papers/6a7c3d1906a85aed514b7bd3https://doi.org/10.1021/acscatal.6c05102
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