全细胞催化技术在制药领域中的应用

Application of Whole Cell Catalysis Technique in Pharmaceutical Field

全细胞催化技术是指利用整个细胞催化有机化合物的转化,该技术具有高选择性、高催化效率、低污染、易操作等优点。随着合成生物学和代谢工程的进步,以及分子遗传学工具的日益成熟,通过全细胞催化技术制得的产物种类日益丰富,大规模低成本地生产也得以实现。由此,该技术可广泛地运用于医药行业,减轻制药过程中引起的环境污染,降低资源的消耗,有效地提升医药企业的经济效益。文章阐述了全细胞催化技术的基本概念以及其在制药领域中的应用,为其在制药领域发挥更充分的作用提供参考。

Whole-cell catalysis technique is the use of whole cells to catalyze the conversion of organic compounds,which has the advantages of high selectivity,high catalytic efficiency,low pollution and easy operation.With the development of synthetic biology and metabolic engineering,as well as the maturation of molecular genetics tools,the variety of products produced by whole-cell catalysis technique is becoming more and more abundant,and large-scale and low-cost production is realized.Therefore,whole-cell catalysis technique can be widely used in the pharmaceutical industry,reducing environmental pollution caused by the pharmaceutical process,reducing the consumption of resources,and effectively improving the economic benefits of pharmaceutical enterprises.In this paper,the basic concept of whole-cell catalysis technique and its application in the pharmaceutical field are described,which will provide a reference for it to play an even better role in the pharmaceutical field.