Functionalized MOF Nanosheets Boost CO2 Electroreduction with Hydrogen-Bonding Innovation

Quick Summary

• The study published in Proceedings of the National Academy of Sciences, volume 122, issue 15, April 2025, explores the importance of microenvironments created by amino acid residues around catalytic sites in enzyme catalysis.
• Researchers emphasize that constructing biomimetic microenvironments inspired by these arrangements holds promise for advancing enzymatic efficiency and functionality.

Indian Opinion Analysis
The findings could have meaningful implications for India’s robust pharmaceutical and biotech industries, which heavily depend on enzyme-based technology for drug manufacturing and research. By leveraging biomimetic approaches highlighted in this study, Indian researchers may optimize processes to reduce costs and improve sustainability. The interdisciplinary nature of this research also underscores the growing need for collaboration between India’s academic institutions and industrial sectors to remain competitive globally in innovation-driven fields like biotechnology.

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