Advances in Research on Biocatalysis and Synthesis

Dear Colleagues,

Enzymes are natural catalysts (biocatalysts) derived from living organisms. Biocatalysts can efficiently catalyze variable reactions. These reactions are pivotal to the pharmaceutical, food, textile, chemical, and cosmetics industries. Of note, enzymes constitute finer surrogates to chemical catalysts owing to their specificity, which minimizes the number of undesired and environmentally damaging byproducts obtained. Enzymes also operate under mild conditions, which reduces the operational energy required. However, enzymes present some limitations, such as their limited stability at extreme pHs and temperatures. Thus, various approaches have been adopted to increase the stability of enzymes, such as chemical modification, the incorporation of additives, and immobilization. Immobilization in particular presents an additional benefit as it enables the simple removal of enzymes from their reaction mixtures. Thus, these enzymes can be reused numerous times, lowering the cost of their industrial utilization.

We invite researchers and experts from academia and industry to contribute to this Special Issue, "Advances in Research on Biocatalysis and Synthesis." We seek high-quality research focusing on the latest advances in biocatalysis and synthesis. Potential topics include, but are not limited to, the following:

• Enzyme production via cost-effective, efficient approaches;
• Industrial applications of biocatalysis in sectors such as food, agriculture, and energy;
• Enzyme stabilization and immobilization;
• Enzyme discovery and engineering for biocatalytic applications;
• Bioprocess optimization and scale-up strategies;
• Advances in immobilization techniques for biocatalysts;
• Enzymatic cascade reactions and multistep synthesis;
• Biocatalysis for the production of pharmaceuticals and fine chemicals;
• Biocatalysis in sustainable and green chemistry;
• Integration of biocatalysis with other synthetic methodologies;
• Computational tools and modeling approaches in biocatalysis;
• Bioinspired catalysts and biomimetic synthesis.

By publishing their work in this Special Issue, authors will have the opportunity to reach a broad audience of researchers, industry professionals, and policymakers interested in the latest advances and potential applications of biocatalysis and synthesis.

Dr. Magdy M. Elnashar
Dr. Marwa Ibrahim Wahba
Prof. Ghada E. A. Awad
Guest Editors

Manuscript Submission Information

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