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Table 1.

Diets formulation and levels of Se methionine supplementation on a dry basis.

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Table 2.

Diets chemical composition on a dry basis.

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Fig 1.

The fitted broken-line plot of % weight gain of Hypophthalmichthys molitrix fed on different levels of selenium methionine.

Liner broken-line fitted model for selenium levels; Y = 60.12–0.13 (102-X) × I, I = 1 (if X<102) or I = 0 (if X>102), P < .006, R2 = 0.30, the breakpoint occurred at 96±2.12.

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Fig 1 Expand

Fig 2.

The fitted broken-line plot of SGR (specific growth rate) of Hypophthalmichthys molitrix fed on different levels of selenium methionine.

Liner broken-line fitted model for selenium levels; Y = 0.1921–0.22 (100-X) × I, I = 1 (if X<100) or I = 0 (if X>100), P < .002, R2 = 0.60, the breakpoint occurred at 0.27±0.02.

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Fig 2 Expand

Table 3.

Growth performance of juvenile silver carp fed on different levels of selenium methionine.

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Table 4.

Bioaccumulation of selenium in different organs of juvenile silver carp fed on different levels of selenium methionine.

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Table 5.

Meat chemical composition of juvenile silver carp fed on different levels of selenium methionine.

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Table 6.

Blood biochemical properties of juvenile silver carp fed on different levels of selenium methionine.

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Table 7.

TBARS and antioxidant status of juvenile silver carp fed different levels of selenium methionine.

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Table 7 Expand