This article details the enzymatic synthesis of aldehydes, utilizing a coupled glucose oxidation pathway to regenerate $ ext{NADPH}$. We discuss the operational considerations, including enzyme stability, immobilization techniques, and process optimization for industrial scale-up.
Continuous flow reactors (CFRs) are revolutionizing industrial biotechnology by offering superior control and productivity compared to traditional batch systems. By maintaining steady-state conditions, CFRs overcome limitations like product inhibition and substrate depletion, enabling high-density, scalable microbial production of pharmaceuticals and biofuels.
The global transition toward a circular bioeconomy necessitates sustainable alternatives to fossil fuels. Integrated biorefineries maximize value extraction from lignocellulosic biomass by co-producing multiple high-value bioproducts from a single feedstock stream.
Smart sensor arrays are revolutionizing bioprocessing by enabling continuous, real-time monitoring of Critical Quality Attributes (CQAs) directly within the bioreactor. By integrating electrochemical and optical sensing modalities onto a single microfluidic chip, these arrays overcome the limitations of traditional, time-consuming offline assays, facilitating true Process Analytical Technology (PAT) and closed-loop control.
Metabolomics provides a comprehensive, snapshot view of the entire cellular metabolome, transforming media optimization from an empirical art into a data-driven science by identifying metabolic bottlenecks and optimizing nutrient inputs.
Self-assembling nanostructures offer a paradigm shift in drug delivery by providing highly tunable, nanoscale carriers. By leveraging fundamental physical and chemical principles, these systems spontaneously form complex architectures *in situ* or *ex vivo*, enabling highly localized drug release and overcoming systemic toxicity.
Tangential Flow Filtration (TFF) is a critical biopharmaceutical unit operation for concentrating, diafiltering, and purifying biological macromolecules. Optimizing TFF parameters is essential to maximize throughput while ensuring robust viral clearance and product safety.
Process Intensification (PI) is revolutionizing biopharmaceutical manufacturing by replacing large, inefficient batch operations with compact, continuous, and highly efficient systems. Techniques like continuous flow bioreactors, Simulated Moving Bed (SMB) chromatography, and integrated unit operations are drastically improving throughput, reducing costs, and minimizing environmental impact.
This article explores advanced strategies for maintaining optimal biocatalyst performance by actively mitigating product inhibition within bioreactor systems.
This article explores advanced electrochemical techniques, including electrodeposition and electrocoagulation/flotation, for the selective and efficient recovery of valuable metals from industrial wastewater streams.