AbstractStudies were undertaken to determine whether the distribution of glycolytic intermediates between the blood and liver in rats would be changed upon ethanol consumption and after its withdrawal. More drastic impairment of energy metabolism appeared to occur after ethanol withdrawal than upon chronic ethanol ingestion. The major metabolic manifestations of withdrawal were severe hypoglycemia, hyperlactatemia and dramatic hypopyruvatemia. The liver/blood gradient of glucose attained a value of 4.2 after ethanol withdrawal, suggesting that glucose penetration from the liver into circulation became limited. Besides, glycogen was accumulated in the liver of withdrawn animals despite the severe hypoglycemia
Gastric intubation of female Sprague-Dawley rats with 5 g of ethanol/kg body wt. nearly doubled oxyg...
Hepatic blood flow measured by indocyanine green clearance was studied in rats after an acute intoxi...
Chronic ethanol exposure impairs all organs and systems. There is no complete animal model for human...
AbstractStudies were undertaken to determine whether the distribution of glycolytic intermediates be...
AbstractIn rats, chronic ethanol consumption results in moderate hypoglycemia with no great changes ...
The effects of alcohol on glycogen structure and metabolism in fed, starved and starved-refed animal...
AbstractIn rats, chronic ethanol consumption results in moderate hypoglycemia with no great changes ...
We investigated the potential different effects of a chronic alcohol intake on glucose metabolism ac...
It is well known that the excessive ingestion of alcohol is associated with derangements in liver fu...
It is well known that excessive ingestion of alcohol is associated with derangements in liver functi...
The effects of acute and chronic treatment with ethanol on transport of reducing equivalents into mi...
Gastric intubation of female Sprague-Dawley rats with 5 g of ethanol/kg body wt. nearly doubled oxyg...
The effects of acute and chronic treatment with ethanol on transport of reducing equivalents into mi...
grantor: University of TorontoThe glucostatic theory has been implicated in controlling f...
grantor: University of TorontoThe glucostatic theory has been implicated in controlling f...
Gastric intubation of female Sprague-Dawley rats with 5 g of ethanol/kg body wt. nearly doubled oxyg...
Hepatic blood flow measured by indocyanine green clearance was studied in rats after an acute intoxi...
Chronic ethanol exposure impairs all organs and systems. There is no complete animal model for human...
AbstractStudies were undertaken to determine whether the distribution of glycolytic intermediates be...
AbstractIn rats, chronic ethanol consumption results in moderate hypoglycemia with no great changes ...
The effects of alcohol on glycogen structure and metabolism in fed, starved and starved-refed animal...
AbstractIn rats, chronic ethanol consumption results in moderate hypoglycemia with no great changes ...
We investigated the potential different effects of a chronic alcohol intake on glucose metabolism ac...
It is well known that the excessive ingestion of alcohol is associated with derangements in liver fu...
It is well known that excessive ingestion of alcohol is associated with derangements in liver functi...
The effects of acute and chronic treatment with ethanol on transport of reducing equivalents into mi...
Gastric intubation of female Sprague-Dawley rats with 5 g of ethanol/kg body wt. nearly doubled oxyg...
The effects of acute and chronic treatment with ethanol on transport of reducing equivalents into mi...
grantor: University of TorontoThe glucostatic theory has been implicated in controlling f...
grantor: University of TorontoThe glucostatic theory has been implicated in controlling f...
Gastric intubation of female Sprague-Dawley rats with 5 g of ethanol/kg body wt. nearly doubled oxyg...
Hepatic blood flow measured by indocyanine green clearance was studied in rats after an acute intoxi...
Chronic ethanol exposure impairs all organs and systems. There is no complete animal model for human...