Effects of Sterol Supplements (Cholesterol FG, Cholesterol SF, and Sterols M1M) on Growth and Survival of the Shrimp, Litopenaeus vannamei Boone.
Frank L. Castille, Addison L. Lawrence, Peter Buisman, Rein Drost
Abstract
Frank L. Castille, Addison L. Lawrence, Peter Buisman, Rein Drost
Abstract
Boone for cholesterol was evaluated in a 57-day growth trial. Sterol supplements were (1) cholesterol SF, whichcontained ≥91% cholesterol and ≥97% total sterol, (2) cholesterol FG, which contained ≥60% cholesterol and≥75% total sterol, and (3) sterols M1M, which contained only 21% cholesterol and 63% total sterol. Thecomposition of sterols other than cholesterol in M1M was similar to that in FG. Diets contained five levels of thesterol additives (0.0, 0.05, 0.1, 0.2, and 0.4%). Survival (64-91%) was not affected by either the level or type ofsterol supplement. Mean weight gains ranged from 1.6 g for the base diet without sterol supplements to 7.0 g forthe diet with 0.4% FG. For sterol levels above 0.05%, growth on both SF and FG was greater than on M1M.Growth increased with sterol level up to 0.4% for FG and M1M, and up to 0.2% for SF with no further increasefor 0.4% SF. The growth data suggested that the cholesterol requirement for optimum growth was satisfied byeither 0.16% cholesterol SF or 0.25% cholesterol FG, that the dietary requirement for cholesterol by L. vannameiwas 0.15%, and that sterols other than cholesterol in FG and M1M can partially, but not completely, satisfy thedietary requirement for cholesterol.
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Boone for cholesterol was evaluated in a 57-day growth trial. Sterol supplements were (1) cholesterol SF, whichcontained ≥91% cholesterol and ≥97% total sterol, (2) cholesterol FG, which contained ≥60% cholesterol and≥75% total sterol, and (3) sterols M1M, which contained only 21% cholesterol and 63% total sterol. Thecomposition of sterols other than cholesterol in M1M was similar to that in FG. Diets contained five levels of thesterol additives (0.0, 0.05, 0.1, 0.2, and 0.4%). Survival (64-91%) was not affected by either the level or type ofsterol supplement. Mean weight gains ranged from 1.6 g for the base diet without sterol supplements to 7.0 g forthe diet with 0.4% FG. For sterol levels above 0.05%, growth on both SF and FG was greater than on M1M.Growth increased with sterol level up to 0.4% for FG and M1M, and up to 0.2% for SF with no further increasefor 0.4% SF. The growth data suggested that the cholesterol requirement for optimum growth was satisfied byeither 0.16% cholesterol SF or 0.25% cholesterol FG, that the dietary requirement for cholesterol by L. vannameiwas 0.15%, and that sterols other than cholesterol in FG and M1M can partially, but not completely, satisfy thedietary requirement for cholesterol.
Key concepts: Sterol, Cholesterol, Litopenaeus, Food science, Shrimp, Biology, Chemistry, Animal science