Microbial enzymes, derived from bacteria and fungi, are playing a vital role in modern industrial biotechnology, where they are valued for their eco-friendly properties, high activity, and versatile functionality. Fermentation processes and microbial engineering have advanced in recent years, driving innovation in enzyme production from various microbial sources. In particular, industrial sectors, such as food processing, bioenergy, and environmental applications, have been growing the demand for microbial enzymes. Creative Biogene has broadened its microbial production of enzymes platform to develop high-performance enzymes for diverse industrial applications. These enzymes will be scalable and sustainable in the bioprocessing industry.
Creative Biogene’s microbial production of enzymes platform incorporates leading microbial fermentation strategies, such as submerged fermentation (SmF) and solid-state fermentation (SSF) for enzyme production from chosen strains of bacteria and fungi. Optimal conditions for growth and production, such as pH, dissolved oxygen, nutrient supply, and temperature, are maintained in fermentation tanks or bioreactors while genetically improved microbes are used to consistently synthesize enzymes. Enzymes are produced using SmF in liquid media, whereas SSF requires solid substrates. A wide range of microorganisms, including low moisture-tolerant fungi, can be used for solid-state fermentation. The fermentation processes provide flexible scales for the production of enzymes such as 2–5 L for laboratory fermentation, pilot fermentation (25–100 L), or large-scale fermentation tanks of up to 2,000 L. Enzyme products are available as liquid or lyophilized powders.
Using microbes to produce enzymes is an effective method for mass-producing high-purity biocatalysts for industrial applications. The enzymes produced through microbial processes find utility in different industries, including biofuel production, food and beverage processing, textile, leather processing, pharmaceutical manufacturing, waste management, environmental protection, and other specialty applications. Creative Biogene’s microbial engineering advanced technology allows it to develop unique and efficient microbial strains with desirable enzyme productivity, stability, and specificity through advanced strain improvement and modification. Gene editing tools, metabolic engineering, and synthetic biology are commonly used to improve strain productivity to increase fermentation yields and efficiency.
Creative Biogene has included upstream culture preparation, bioreactor control, downstream separation, and enzyme recovery in the fermentation workflow. Separation is completed after fermentation through ultrafiltration, centrifugation, or precipitation, while enzyme recovery can be achieved through different downstream purification processes, including filtration, chromatography, and drying processes such as freeze-drying and spray-drying. The purification and drying methods are optimized to yield enzyme products that meet high standards of purity, stability, and retained enzymatic activity.
“This platform not only enhances enzyme output but also enables the use of renewable substrates and reduces environmental waste,” said the chief expert at Creative Biogene. “Its key value lies in the seamless integration of traditional and modern fermentation techniques to meet evolving industrial needs.”
With the changing needs and demand for sustainable manufacturing in industrial sectors, the microbial production of enzymes is an ideal alternative for low-impact, highly efficient manufacturing and processing. Creative Biogene’s enhanced platform is a step towards long-term sustainability by improving resource efficiency and minimizing waste while optimizing scalability in enzyme production for various applications. In the future, there will be ongoing advancements to improve microbial pathways and enzyme properties to expand the enzyme library for potential commercial uses.
