在培养附生藻类的过程中,使用塑料细节来增加基质的接触面

O. Kalinina, P. Sapozhnikov, A. Snigirova, A. Salimon, Yaroslava V. Kaliaeva
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引用次数: 0

摘要

利用合成聚合物条(和网)进行了一系列实验,以增加微植物附着形式培养过程中的接触面。我们使用了不同组成的带,以及不同微地形表面积的带,以及具有非均匀表面的细孔PLA网络。实验在积累培养的液体营养培养基上进行,在纯培养的固体营养培养基上进行。结果显示了这种培养的一些积极特征,基于单个物种的选择性分离及其从累积培养物的组成中的小组合,以及单个物种在聚合物表面微缓释的特定元素上的有效生长。所使用的聚合物有:PET、PP、LDPE、UHMWPE和PLA。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The use of plastic details to increase the contact surface of the substrate during the cultivation of attached species of algae
A series of experiments was carried out using strips (and nets) of synthetic polymers to increase the contact surface during the cultivation of attached forms of microphytes. We used bands of different composition, as well as with different microrelief surface areas, and a fine-mesh PLA network with an inhomogeneous surface. The experiments were performed on liquid nutrient media in accumulative cultures, and on solid nutrient medium in pure culture. The results showed a number of positive features of such cultivation, based on the selective isolation of individual species and their small combinations from the composition of accumulative cultures, as well as on the effective growth of individual species on specific elements of the microrelief of polymer surfaces. The polymers used were: PET, PP, LDPE, UHMWPE and PLA.
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