【作者】 陈全震； 吴友吕； 陈刚； 吴稼祥； 程岩法； 吕秀莲； 刘祖毅； 叶亚球；

【Author】 Chen Quanzhen Wu Youlu (Second Institute of Oceanography,SOA,Hangzhou 310012) Chert Gang Wu Jiaxiang (Zhejiang Chem-Tech Research Institute,Hangzhou 310012) Chen Yanfa Lu Xiulian (Linan Environmental protection Institute,Hangzhou 311300) Liu Zuyi Ye Yaqiu (Shensi Seawater Culture Corporation,Zhoushan 202450)

【机构】 国家海洋局第二海洋研究所； 浙江省化工研究院； 临安环保研究所； 嵊泗县海水养殖公司；

【摘要】 本文报道了以皱纹盘鲍的上足分化幼虫和围口壳幼虫作试验对象,用 PVP-I₂, “海净一号”,“海净二号”等药物作防治幼鲍细菌性能病害的试验。结果表明：1～ 15g/m³浓度的 PVP-I₂或0．5～5g/m³浓度的“海净一号”或0．5～5g/m³浓度“海净二号”漫浴48小时都能有效地抑制或杀死细菌,而对幼鲍及饵料硅藻的生长和发育均不受影响；但这些药物对原生动物、线虫和桡足类均无杀伤作用。更多还原

【Abstract】 This paper reports bactericide tests for prevention and control of Haliotis discus hannai Ino lar- vae diseases.Artificially bred Haliotis discus hannai Ino larvae were tested using different formula- tions of bactericides.PVP-I₂“Seawater Purification”No.1 and“Seawater Purification”No.2 were used to bathe the larvae.The results showed that 1～15g/m³ PVP-I₂,0.5～5g/m³“Seawater Pu- rification”No.1 and 0.5～5g/m³“Seawater Purification”No.2 could suppress or kill bacteria in diseased larvae after their exposure to these bactericide formulations for 48h,without producing ad- verse effect on the development of the larvae of the abalone and feed organisms （diatoms,etc.）; but these drugs could not kill Protozoa,Nematode and Copepoda.更多还原