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绿色木霉光诱导分生孢子形成的周期性和强度调控

Regulation of periodicity and intensity of photo-induced conidiation of Trichoderma viride.

作者信息

Betina V, Zajacová J

出版信息

Folia Microbiol (Praha). 1978;23(6):453-9. doi: 10.1007/BF02885575.

Abstract

After a short irradiation at 366 nm with 200 lx, the intensity of conidiation of Trichoderma viride colonies grown in the dark increased for the first 10 s proportionally with time. The increase slowed down after 10 s-5 min of exposure and after 10-60 min of irradiation the conidiation intensity began to decrease. When photo-induced by daylight, the conidiation started at a high rate after 25 h and persisted even after 48 h. The conidiation had no circadian character and its periodicity depended on the periodicity of photo-induction. Its intensity was also influenced by the carbon sources used, a maximum being reached with glucose (1-2%). Higher glucose concentrations inhibited conidiation but had no influence on growth of colonies.

摘要

在200勒克斯的光照下于366纳米进行短时间照射后,在黑暗中生长的绿色木霉菌落的产孢强度在最初10秒内随时间呈比例增加。暴露10秒至5分钟后增加速度减慢,照射10至60分钟后产孢强度开始下降。当由日光光诱导时,产孢在25小时后开始以高速率进行,甚至在48小时后仍持续。产孢没有昼夜节律特征,其周期性取决于光诱导的周期性。其强度也受所用碳源的影响,使用葡萄糖(1 - 2%)时达到最大值。较高的葡萄糖浓度抑制产孢,但对菌落生长没有影响。

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