Metabolic utilization of diets by polyploid rainbow trout (Salmo gairdneri)

The effect of dietary energy level on growth and nutrient utilization by juvenile diploid and triploid brook charr,Salvelinus fontinalis

“…Digestible energy is the amount of ingested energy available to the fish after digestion and not lost in the faeces. Some of this digested energy is lost through metabolism, but a study carried out with rainbow trout of similar size as in the current study found no effect of ploidy on specific dynamic action or nitrogen excretion (Oliva‐Teles & Kaushik ). Digested energy not used for metabolism is retained for the production of new tissue, which is realized as somatic or gametic growth (Kaushik & Medale ).…”

The effect of dietary energy level on growth and nutrient utilization by juvenile diploid and triploid brook charr,Salvelinus fontinalis

“…Digestible energy is the amount of ingested energy available to the fish after digestion and not lost in the faeces. Some of this digested energy is lost through metabolism, but a study carried out with rainbow trout of similar size as in the current study found no effect of ploidy on specific dynamic action or nitrogen excretion (Oliva‐Teles & Kaushik ). Digested energy not used for metabolism is retained for the production of new tissue, which is realized as somatic or gametic growth (Kaushik & Medale ).…”

Uptake and metabolization of dissolved compounds in rainbow trout (Salmo gairdneri R.) fry

“…This has been demonstrated in carnivorous fish: plaice, turbot, sea bass and trout (Cowey, 1975: Cowey andSargent, 1979;Garin and Mockry, 1982;Van den Thillart, 1986) and in omnivorous fish such as carp Ikeda, 1972, 1973;Zebian and Creach, 1979). The rate of and Kaushik, 1987). In this experiment, if tetraploids utilization of glucose in z&o in fish is low when seems to have a lower body weight than triploids and compared to that of the rat (Lin et al, 1978; Garin diploids, as it has been demonstrated in the progeny and DemaeI, 1979).…”

Pysiological Responses of Diploid and Triploid Far Eastern Catfish, Silurus asotus to Water Temperature Stress

“…The respiratory frequency of triploid far eastern catfish was higher than diploid, so the respiratory function of triploid was lower than diploid ( Seol et al, 2008 ). As noted by Benfey (1999) , numerous studies have shown that oxygen consumption rates are similar for triploids and diploids under a variety of experimental conditions ( Oliva-Teles & Kaushik, 1987 ; Aliah et al, 1991 ). However, we have found previous studies that contrast with this study.…”

The effect of dietary energy level on growth and nutrient utilization by juvenile diploid and triploid brook charr,Salvelinus fontinalis

“…Digestible energy is the amount of ingested energy available to the fish after digestion and not lost in the faeces. Some of this digested energy is lost through metabolism, but a study carried out with rainbow trout of similar size as in the current study found no effect of ploidy on specific dynamic action or nitrogen excretion (Oliva‐Teles & Kaushik ). Digested energy not used for metabolism is retained for the production of new tissue, which is realized as somatic or gametic growth (Kaushik & Medale ).…”

Uptake and metabolization of dissolved compounds in rainbow trout (Salmo gairdneri R.) fry

“…This has been demonstrated in carnivorous fish: plaice, turbot, sea bass and trout (Cowey, 1975: Cowey andSargent, 1979;Garin and Mockry, 1982;Van den Thillart, 1986) and in omnivorous fish such as carp Ikeda, 1972, 1973;Zebian and Creach, 1979). The rate of and Kaushik, 1987). In this experiment, if tetraploids utilization of glucose in z&o in fish is low when seems to have a lower body weight than triploids and compared to that of the rat (Lin et al, 1978; Garin diploids, as it has been demonstrated in the progeny and DemaeI, 1979).…”

Pysiological Responses of Diploid and Triploid Far Eastern Catfish, Silurus asotus to Water Temperature Stress

“…The respiratory frequency of triploid far eastern catfish was higher than diploid, so the respiratory function of triploid was lower than diploid ( Seol et al, 2008 ). As noted by Benfey (1999) , numerous studies have shown that oxygen consumption rates are similar for triploids and diploids under a variety of experimental conditions ( Oliva-Teles & Kaushik, 1987 ; Aliah et al, 1991 ). However, we have found previous studies that contrast with this study.…”

The effect of dietary energy level on growth and nutrient utilization by juvenile diploid and triploid brook charr,Salvelinus fontinalis

“…Digestible energy is the amount of ingested energy available to the fish after digestion and not lost in the faeces. Some of this digested energy is lost through metabolism, but a study carried out with rainbow trout of similar size as in the current study found no effect of ploidy on specific dynamic action or nitrogen excretion (Oliva‐Teles & Kaushik ). Digested energy not used for metabolism is retained for the production of new tissue, which is realized as somatic or gametic growth (Kaushik & Medale ).…”

Uptake and metabolization of dissolved compounds in rainbow trout (Salmo gairdneri R.) fry

“…This has been demonstrated in carnivorous fish: plaice, turbot, sea bass and trout (Cowey, 1975: Cowey andSargent, 1979;Garin and Mockry, 1982;Van den Thillart, 1986) and in omnivorous fish such as carp Ikeda, 1972, 1973;Zebian and Creach, 1979). The rate of and Kaushik, 1987). In this experiment, if tetraploids utilization of glucose in z&o in fish is low when seems to have a lower body weight than triploids and compared to that of the rat (Lin et al, 1978; Garin diploids, as it has been demonstrated in the progeny and DemaeI, 1979).…”

Pysiological Responses of Diploid and Triploid Far Eastern Catfish, Silurus asotus to Water Temperature Stress

“…The respiratory frequency of triploid far eastern catfish was higher than diploid, so the respiratory function of triploid was lower than diploid ( Seol et al, 2008 ). As noted by Benfey (1999) , numerous studies have shown that oxygen consumption rates are similar for triploids and diploids under a variety of experimental conditions ( Oliva-Teles & Kaushik, 1987 ; Aliah et al, 1991 ). However, we have found previous studies that contrast with this study.…”