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Utilization of plant cell cultures for production of biochemicals

机译:利用植物细胞培养物生产生化试剂

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The potential biotechnological application of plant cell cultures for the production of various biochemicals and possible advantages of such a process are reviewed. To date, only one commercial process based on the culture of plant cells for the production of a chemical compound (shikonin) is in operation, and this process is briefly described. Problems related to the large-scale culture of plant cells are also discussed, and a comparison between microbial cells and cultured plant cells is used to illustrate some special features of the plant cells that complicate scaling up. Methods available for the establishment of high yielding cell cultures are described. Finally, the potentials of immobilized plant cells for the production of biochemicals are discussed. Various methods available for the immobilization of plant cells are briefly reviewed and some characteristics of such biocatalysts are given. The possible advantages of immobilized plant cells over suspension cells are pointed out.
机译:综述了植物细胞培养物在生产各种生化药品方面的潜在生物技术应用以及这种方法的可能优势。迄今为止,只有一种基于植物细胞培养的商业方法用于生产化合物(紫草素),并且对该方法进行了简要描述。还讨论了与植物细胞大规模培养有关的问题,并通过对微生物细胞和培养的植物细胞进行比较来说明使植物细胞复杂化的一些特殊特征。描述了可用于建立高产细胞培养物的方法。最后,讨论了固定化植物细胞生产生化试剂的潜力。简要综述了可用于固定植物细胞的各种方法,并给出了这些生物催化剂的一些特性。指出了固定化植物细胞相对于悬浮细胞的可能优势。

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