摘要
通过对操作前后鲥鱼血清中AP、LDH、sGPT、sGOT和CO2含量的测定分析，初步阐明“缺氧”是导致鲥鱼离水、操作易死和紧张反应强烈的主要原因。进而采用外源药理学和生态学调控方法，克服了鲥鱼在驯养、操作、运输过程中的“紧张综合症”。在池塘条件下首次将鲥鱼从幼鱼驯化养成6龄亲体。
The alkaline phosphatase (AP), lactate dehydrogenase (LDH), alanine aminotransferase(sGPT), aspartate aminotransferase(sGOT) and carbon dioxide (CO2) parameters of serum in Reeves shad(Tenualosa reevesii) were studies before and after handling. The result showed that lack of oxygen which is reflected by increased carbon dioxide levels was a factor resulting in stress and general adaptation syndrome (GAS) of Reeves shad during the course of handling. Therefore, the stress response or general adaptation syndrome was overcome durin culture, transportation and handling.It was the first time that shads were domesticated to the age of 6 years from juvenile in captivity.
出处
《水产学报》
CAS
CSCD
北大核心
1997年第4期386-390,共5页
Journal of Fisheries of China
基金
国家"八.五"科技攻关项目!85-15-02-08
关键词
鲥鱼
驯化
池塘养殖
生理生态学
Tenualosa reevesii
Domestication
Pond culture, Physiological ecology
