Advantages of Synthetic Biology-Driven Inulinase Production
We are committed to helping our customers advance the large-scale synthesis of inulinase in a more efficient and cost-effective manner to meet the growing demand for inulinase in the medical and food industries. Production of Inulinases by Synthetic BiologyĬD Biosynsis' powerful and innovative technology in synthetic biology provides an excellent platform for the construction of inulinases and their producing microorganisms with more desirable properties. Synthetic Biology-Driven Acrylic Acid Production.Synthetic Biology-Driven Propanediol Production.Synthetic Biology-Driven Propanol Production.Synthetic Biology-Driven Propionic Acid Production.Synthetic Biology-Driven Lactic Acid Production.Synthetic Biology-Driven Acetic Acid Production.Synthetic Biology-Driven Ethanol Production.Synthetic Biology-Driven Butanetriol Production.Synthetic Biology-Driven Butanediol Production.Synthetic Biology-Driven Butanol Production.
Construction of Artificial Cell Chassis for Synthetic Biology.Engineering of Mammalian Chassis for Synthetic Biology.Engineering of Insects as Synthetic Biology Chassis.Engineering of Plant Chassis for Synthetic Biology.Establishment of Protozoa as Synthetic Biology Chassis.Engineering of Algal Chassis for Synthetic Biology.Engineering of Phage Chassis for Synthetic Biology.Engineering of Fungal Chassis for Synthetic Biology.Engineering of Bacterial Chassis for Synthetic Biology.Metabolic Engineering of Microorganisms.Metabolic Pathway Synthesis and Optimization.High Throughput Screening and Selection for Protein Engineering.Coenzymes & Cofactors Metabolism Assay Kits.Fatty Acid & Lipid Metabolism Assay Kits.Enzyme Kits for Nutrients and Metabolites.Serine - Unnatural Amino Acids and Derivatives.Other Unnatural Amino Acids & Derivatives.
0 kommentar(er)
