盾叶薯蓣细胞与内生真菌re0105共培养第二代的性状与POD、P PO和PAL活性和过氧化物酶、多酚氧化酶、酯酶同工酶谱带与第一代相比比较稳定。
The second generation callus of co-culture of cell and RE0105 was stable in culture character, POD, PPO and PAL activities and isoenzyme bands of POD, PPO, EST.
某些内生真菌能产生与宿主相似的活性代谢产物而成为新药的来源之一。
Some endophytic fungi can produce bioactive metabolites, similar to their host, and become a novel source of potentially useful medicinal compounds.
在莪术的微生态系统中，由于内生真菌长期与植物相互作用，可能发生了“基因水平传递”。
In the microecosystem of Curcuma zedoaria, gene horizontal transmission may take place due to interaction of endophytic fungi and the plant for a long time.
应用推荐