QIU Tong, XU Li, CHENG Kai, ZHAO Yi-jun and SHI Zheng-li. The Change in Activity of Cyanophage PP by UV and Sunlight Radiation[J]. Virologica Sinica, 2004, 19(1): 58-61.
Citation: QIU Tong, XU Li, CHENG Kai, ZHAO Yi-jun, SHI Zheng-li. The Change in Activity of Cyanophage PP by UV and Sunlight Radiation .VIROLOGICA SINICA, 2004, 19(1) : 58-61.

紫外光和日光对噬藻体PP活性的影响*

  • 分别研究了实验室条件下紫外灯照射及不同季节中日光照射对噬藻体PP活性的影响。结果表明紫外光(UV-A和UV-B)对噬藻体PP有较强的致失活作用,并且其致失活作用强弱与波长有关。日光的作用下,夏季时噬藻体PP的日失活率为88.60%,冬季时为58.86%。同时发现不同季节中,尽管在某些时段的日光强度相似,但噬藻体PP失活率的差别却较大,这一现象可能是由于光质不同引起的。上述结果有助于解释淡水环境中噬藻体种群大小的季节性波动。

The Change in Activity of Cyanophage PP by UV and Sunlight Radiation

  • Corresponding author: ZHAO Yi-jun, 
  • The results of UV and sunlight on the activity of freshwater cyanophage PP are presented in this paper. Both UV-A and UV-B resulted in significant inactivity of cyanophage, though the effect was different. The outdoor performance showed that the day inactivity rates of cyanophage by sunlight in summer and winter were 88.60% and 58.86%, respectively. It was also found that in spite of the similar sunlight intensity at some time interval in two seasons,the inactivity rate was of a considerable diversity. Different sunlight constituent might be responsible for the diversity. The results were useful for explaining the seasonal change in cyanophage population in freshwater.

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    The Change in Activity of Cyanophage PP by UV and Sunlight Radiation

      Corresponding author: ZHAO Yi-jun,
    • 1. 1. School of Life Science, Central China Normal University, Wuhan 430079, China
    • 2. Wuhan Institute of Virology, Chinese Academy of Sciences, Wuhan 430071, China

    Abstract: The results of UV and sunlight on the activity of freshwater cyanophage PP are presented in this paper. Both UV-A and UV-B resulted in significant inactivity of cyanophage, though the effect was different. The outdoor performance showed that the day inactivity rates of cyanophage by sunlight in summer and winter were 88.60% and 58.86%, respectively. It was also found that in spite of the similar sunlight intensity at some time interval in two seasons,the inactivity rate was of a considerable diversity. Different sunlight constituent might be responsible for the diversity. The results were useful for explaining the seasonal change in cyanophage population in freshwater.

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