Title : Novel enzymatic route for industrial aldehyde oxidation: A key step towards green chemistry
Abstract:
The traditional industrial oxidation reaction of aldehyde results in a large quantity of unwanted waste chemical byproducts which must be disposed or otherwise managed Therefore, there is an unmet need in the art to provide a method for this chemical transformation that can overcome one or more disadvantages of the existing chemical synthesis method such as eliminate the side product formation and reduces the need to use of chemicals that are harmful to the environment. Here, we provide a method for the enzymatic conversion of aldehyde to carboxylic acid that serves as a precursor with great pharmaceutical importance and massive environmental impact. It is a well-established fact that in silico enzyme engineering approaches such as molecular modeling, docking, and simulation, provide a molecular-level understanding of the function of biocatalysts and specifically unfurling the role of key residues both within and outside the catalytic site. However, the intelligent workflow of these protocols is crucial for the application in enzyme engineering and design in silico. Quantumzyme has applied QZyme WorkbenchTM, an integrated workflow using open-source computational methods and proprietary scripts for scanning all the events involved in the biocatalytic process with the ultimate objective to discover and engineer the enzyme that can be used for industrial-scale applications and replace the traditional catalyst with a greener and eco-friendly substitute.
Keywords: Biocatalysis, Aldehyde Oxidation, Qzyme WorkbenchTM, Enzyme Engineering, Green Chemistry.