Determination of glucose utilization in coho salmon [Oncorhynchus kisutch (Walbaum)]with (6-3H)- and (U-14C)-glucose

Utilization of dietary starch and glucose tolerance in juvenile chinook salmon (Oncorhynchus tshawytscha) of different strains in seawater

“…They are thus consistent with glucose tolerance data for rainbow trout (Palmer and Ryman 1972) and with the low rate of glucose turnover in coho salmon (Oncorhynchus kisutch) (Lin et al 1978). Although plasma insulin rose in response to the glucose challenge, the temporal changes in plasma insulin concentration did not mirror those for glucose.…”

Utilization of dietary starch and glucose tolerance in juvenile chinook salmon (Oncorhynchus tshawytscha) of different strains in seawater

“…They are thus consistent with glucose tolerance data for rainbow trout (Palmer and Ryman 1972) and with the low rate of glucose turnover in coho salmon (Oncorhynchus kisutch) (Lin et al 1978). Although plasma insulin rose in response to the glucose challenge, the temporal changes in plasma insulin concentration did not mirror those for glucose.…”

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

“…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). Results obtained by assessment test (Blanc, in preparation), the specific growth of nitrogen budget demonstate that a large proporrate of tetraploids at 3 months seemed not to be tion of dietary amino acids are used for energetic significantly different when compared to that of purposes (Cho and Kaushik, 1985) and this contribudiploids and triploids.…”

Implications of hyperglycemia for post-exercise resynthesis of glycogen in trout skeletal muscle

“…from 4 to 5 h of recovery; Table 1), disposal of glucose in muscle tissue (calculated from glucose utilization and assuming body mass is 10 % red muscle and 60 % white muscle) is estimated to have been less than 15 % of the total glucose removed from the circulation. This also holds for resting salmonids with lower plasma glucose concentrations (2-4 mmol l Ϫ1 ), based on total muscle glucose disposal of about 0.5 mol min Ϫ1 kg Ϫ1 body mass (West et al 1993) and turnover rates of 2-5 mol min Ϫ1 kg Ϫ1 (Lin et al 1978;Washburn et al 1992, or predicted from Fig. 3).…”

Utilization of dietary starch and glucose tolerance in juvenile chinook salmon (Oncorhynchus tshawytscha) of different strains in seawater

“…They are thus consistent with glucose tolerance data for rainbow trout (Palmer and Ryman 1972) and with the low rate of glucose turnover in coho salmon (Oncorhynchus kisutch) (Lin et al 1978). Although plasma insulin rose in response to the glucose challenge, the temporal changes in plasma insulin concentration did not mirror those for glucose.…”

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

“…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). Results obtained by assessment test (Blanc, in preparation), the specific growth of nitrogen budget demonstate that a large proporrate of tetraploids at 3 months seemed not to be tion of dietary amino acids are used for energetic significantly different when compared to that of purposes (Cho and Kaushik, 1985) and this contribudiploids and triploids.…”

Implications of hyperglycemia for post-exercise resynthesis of glycogen in trout skeletal muscle

“…from 4 to 5 h of recovery; Table 1), disposal of glucose in muscle tissue (calculated from glucose utilization and assuming body mass is 10 % red muscle and 60 % white muscle) is estimated to have been less than 15 % of the total glucose removed from the circulation. This also holds for resting salmonids with lower plasma glucose concentrations (2-4 mmol l Ϫ1 ), based on total muscle glucose disposal of about 0.5 mol min Ϫ1 kg Ϫ1 body mass (West et al 1993) and turnover rates of 2-5 mol min Ϫ1 kg Ϫ1 (Lin et al 1978;Washburn et al 1992, or predicted from Fig. 3).…”

Utilization of dietary starch and glucose tolerance in juvenile chinook salmon (Oncorhynchus tshawytscha) of different strains in seawater

“…They are thus consistent with glucose tolerance data for rainbow trout (Palmer and Ryman 1972) and with the low rate of glucose turnover in coho salmon (Oncorhynchus kisutch) (Lin et al 1978). Although plasma insulin rose in response to the glucose challenge, the temporal changes in plasma insulin concentration did not mirror those for glucose.…”

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

“…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). Results obtained by assessment test (Blanc, in preparation), the specific growth of nitrogen budget demonstate that a large proporrate of tetraploids at 3 months seemed not to be tion of dietary amino acids are used for energetic significantly different when compared to that of purposes (Cho and Kaushik, 1985) and this contribudiploids and triploids.…”

Implications of hyperglycemia for post-exercise resynthesis of glycogen in trout skeletal muscle

“…from 4 to 5 h of recovery; Table 1), disposal of glucose in muscle tissue (calculated from glucose utilization and assuming body mass is 10 % red muscle and 60 % white muscle) is estimated to have been less than 15 % of the total glucose removed from the circulation. This also holds for resting salmonids with lower plasma glucose concentrations (2-4 mmol l Ϫ1 ), based on total muscle glucose disposal of about 0.5 mol min Ϫ1 kg Ϫ1 body mass (West et al 1993) and turnover rates of 2-5 mol min Ϫ1 kg Ϫ1 (Lin et al 1978;Washburn et al 1992, or predicted from Fig. 3).…”