Recombinant Peroxidase: Production and its Prospective Applications-A Review

[...]reviews on only recombinant production of horse radish peroxidase have been reported. [...]this comprehensive review for the first time, aims to focus on recombinant peroxidases from distinct sources and their expression systems, engineering and biotechnological applications. [...]engineering peroxidases by incorporating the diverse prominent techniques like MolCraft 'in vitro protein evolution systems, Cell sorting, Computational protein design, directed evolution, DNA shuffling, Peptidomimetics, mRNA display, De novo enzyme engineering, Cell-free translation systems, Stimulus responsive peptide systems and Designed divergent evolution can establish a remarkable improvement in protein in conjunction with the higher outturns in shorter duration. [...]for future investigations, these networks of engineering techniques can be highly encouraged to meet the high global market demand of peroxidases. [...]in future, the improvement of textile effluent and waste remediation can be highly influenced by molecular docking and dynamic simulation studies. The contribution of peroxidases as eminent green biocatalysts is highly multifaceted withholding a promising benefits and scope. Besides these prospective, the first and foremost trait required is comprehending and designing of biobased processes around what happens in nature and mechanisms involved in it; that is, understanding the synergy between all the biocatalysts involved in the degradation of noxious aromatic pollutants, and customization of this knowledge for designing the novel bio-based processes will cogently contribute towards more productive processes.