Fish growth has been accepted as result of a complicated biochemical process, involving, among others, several neuro-hormonal interactions.
However, it has to be emphasised that cortisol has been recognized as one of the most critical substances involved in evaluating fish well being (Pickering, 1993; Bonga, 1997; Papoutsoglou, 1998).
So, it could be noted that, in the present study, the reduced growth performance of black- and green- compared to that of white-adapted fish could be related to cortisol interactions with growth hormone, gonadal and other hormones (Farbridge and Leatherland, 1992; Foo and Lam, 1993; Papoutsoglo 1998).
Fish growth has been accepted as result of a complicated biochemical process, involving, among others, several neuro-hormonal interactions. However, it has to be emphasised that cortisol has been recognized as one of the most critical substances involved in evaluating fish well being (Pickering, 1993; Bonga, 1997; Papoutsoglou, 1998). So, it could be noted that, in the present study, the reduced growth performance of black- and green- compared to that of white-adapted fish could be related to cortisol interactions with growth hormone, gonadal and other hormones (Farbridge and Leatherland, 1992; Foo and Lam, 1993; Papoutsoglo 1998).
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