Santos M A, Pacheco M
Department of Biology, Aveiro University, Portugal.
Ecotoxicol Environ Saf. 1996 Oct;35(1):96-100. doi: 10.1006/eesa.1996.0086.
The eels' recovery from capture, anoxia, and transport is improved by the dechlorinated filtered aerated tap water temperature increase and increased water salinity. The eels' 6-hr recovery from capture, anoxia, and transport, at 25 degrees C in 50% secondary-treated bleached kraft pulp mill effluent, as plasma lactate and cortisol uptake, is depressed. However, either farm or wild eels' exposure to the 50% secondary-treated bleached kraft pulp mill effluent, after 188 hr recovery from capture, anoxia, and transport, induces plasma lactate increase and prevents interrenal cortisol release to the blood, decreasing its plasma concentration.
通过去除氯的过滤曝气自来水温度升高和水盐度增加，鳗鱼从捕获、缺氧和运输中的恢复情况得到改善。在50%二级处理的漂白硫酸盐浆厂废水中，25摄氏度下鳗鱼从捕获、缺氧和运输中6小时的恢复情况，以血浆乳酸和皮质醇摄取量衡量，受到抑制。然而，无论是养殖鳗鱼还是野生鳗鱼，在从捕获、缺氧和运输中恢复188小时后，暴露于50%二级处理的漂白硫酸盐浆厂废水中，都会导致血浆乳酸增加，并阻止肾上腺皮质醇释放到血液中，从而降低其血浆浓度。
