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温度对食蚊鱼(盖氏食蚊鱼)和孔雀鱼(虹鳉)脂肪酸模式的影响。

Influence of temperature on the fatty acid pattern of mosquitofish (Gambusia affinis) and guppies (Lebistes reticulatus).

作者信息

Knipprath W G, Mead J F

机构信息

Laboratory of Nuclear Medicine and Radiation Biology, Department of Biophysics and Nuclear Medicine, School of Medicine, University of California at Los Angeles, Los Angeles, California.

出版信息

Lipids. 1966 Mar;1(2):113-7. doi: 10.1007/BF02533001.

Abstract

Adult male mosquitofish were adapted to 14-15C and 26-27C water temperature over a 14-day period and the fatty acids from their total lipids analyzed by gasliquid chromatography.Newly born guppies were raised at the same temperature for eight weeks and analyzed in the same way. Some fish in the warm water group were subjected to a sudden drop in temperature and the changes of the fatty acids studied after two and eight days, and after two and four weeks.In all fish the tendency is toward higher unsaturation at lower temperature, but the acids involved in the change differ with the species of fish. A distinct difference is also obvious when guppies are raised at, or when they are adapted to the low temperature. The diet, too, influences the kind and amount of fatty acid synthesis and deposition.

摘要

成年雄性食蚊鱼在14天的时间里适应了14 - 15摄氏度和26 - 27摄氏度的水温,其总脂质中的脂肪酸通过气液色谱法进行分析。新生孔雀鱼在相同温度下饲养八周,并以相同方式进行分析。温水组中的一些鱼经历了温度的突然下降,并在两天、八天、两周和四周后研究脂肪酸的变化。在所有鱼类中,都存在低温时不饱和程度更高的趋势,但参与这种变化的脂肪酸因鱼的种类而异。当孔雀鱼在低温环境下饲养或适应低温时,也存在明显差异。饮食同样会影响脂肪酸合成和沉积的种类及数量。

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