Meints R H, Van Etten J L, Kuczmarski D, Lee K, Ang B
School of Life Sciences, University of Nebraska at Lincoln, Lincoln, Nebraska 68588, USA.
Virology. 1981 Sep;113(2):698-703. doi: 10.1016/0042-6822(81)90198-7.
Attempts to culture the Chlorella-like green alga found in a symbiotic association with the Florida strain of a green hydra, Hydra viridis, have been unsuccessful. Ultrastructural studies of the algae isolated from the host revealed that large (185 nm in diameter) viral particles appeared in the nuclear region of the algae 2 to 6 hr after their isolation from the hydra. By 12-20 hr, the entire population of algae was lysed. The source of the virus is unknown since it has not been detected in thin sections of intact hydra or in algal cells immediately after their isolation. The virus attached to the algal cell wall in a manner reminiscent of many bacteriophage infections. Attempts to infect three other culture-grown Chlorella strains with crude lysates or purified viral particles have been unsuccessful.
尝试培养与佛罗里达绿螅(Hydra viridis)的佛罗里达菌株共生的类似小球藻的绿藻,但未成功。对从宿主分离出的藻类进行的超微结构研究表明,从水螅分离出藻类2至6小时后,藻类的核区域出现了大的(直径185纳米)病毒颗粒。到12 - 20小时,所有藻类都被裂解。病毒的来源尚不清楚,因为在完整水螅的薄片中或藻类细胞刚分离后都未检测到它。病毒以一种让人联想到许多噬菌体感染的方式附着在藻类细胞壁上。用粗裂解物或纯化的病毒颗粒感染另外三种培养的小球藻菌株的尝试均未成功。