Clinically healthy calves (n=30) of the Holstein-Friesian breed, at different ontogenic periods (15 days, 2 and 4 months of age), were investigated in this work. Blood samples were obtained by jugular venepuncture, always in the morning, 1 hour after feeding. The concentration of glucose was determined in the blood. Cortisol, insulin, lipids and cholesterol concentrations were determined in the blood sera. After statistical analysis of the obtained results, we found that the mean values for serum cortisol concentrations in calves at 15 days and 2 months of age were very similar. At 4 months of age, cortisol level was slightly lower, but the difference was not statistically significant. The mean values of insulin concentration was higher in ...
The process of gluconeogenesis in ruminants is under the direct influence of insulin and glucocortic...
Specific age-related changes in blood variables of calves have previously been reported. The very fi...
In the postnatal period, neonatal adaptation in terms of cardiovascular, respiratory, metabolic, the...
Veal calves at the age of 4 to 6 mo often experience problems with glucose homeostasis, as indicated...
In intensively milk-fed calves post-prandial glucose (G) and insulin (I) concentrations, but not pre...
Age-related changes in blood variables have previously been reported for cattle. A few studies have ...
This study was aimed at the evaluation of changes in the concentrations of selected blood serum prot...
Decreased insulin sensitivity (IS) in dairy cows supports milk yield but increases the risk for meta...
The objective of the present retrospective cohort study was to evaluate potential associations betwe...
Effects of weaning age on blood glu-cose, ketones, and nonesterifid fatty acids were examined using ...
Postprandial insulin resistance with excessive hyperinsulinemia, hyperglycemia and glucosuria develo...
Glucose disposability is often impaired in neonatal calves and even more in preterm calves. The obje...
We investigated the effects of diets differing in energy and protein concentrations given during pre...
Heavy veal calves (4–6 months old) are at risk of developing insulin resistance and disturbed glucos...
Conventional rearing schemes for milk-fed calves typically restrict milk or milk replacer intake fro...
The process of gluconeogenesis in ruminants is under the direct influence of insulin and glucocortic...
Specific age-related changes in blood variables of calves have previously been reported. The very fi...
In the postnatal period, neonatal adaptation in terms of cardiovascular, respiratory, metabolic, the...
Veal calves at the age of 4 to 6 mo often experience problems with glucose homeostasis, as indicated...
In intensively milk-fed calves post-prandial glucose (G) and insulin (I) concentrations, but not pre...
Age-related changes in blood variables have previously been reported for cattle. A few studies have ...
This study was aimed at the evaluation of changes in the concentrations of selected blood serum prot...
Decreased insulin sensitivity (IS) in dairy cows supports milk yield but increases the risk for meta...
The objective of the present retrospective cohort study was to evaluate potential associations betwe...
Effects of weaning age on blood glu-cose, ketones, and nonesterifid fatty acids were examined using ...
Postprandial insulin resistance with excessive hyperinsulinemia, hyperglycemia and glucosuria develo...
Glucose disposability is often impaired in neonatal calves and even more in preterm calves. The obje...
We investigated the effects of diets differing in energy and protein concentrations given during pre...
Heavy veal calves (4–6 months old) are at risk of developing insulin resistance and disturbed glucos...
Conventional rearing schemes for milk-fed calves typically restrict milk or milk replacer intake fro...
The process of gluconeogenesis in ruminants is under the direct influence of insulin and glucocortic...
Specific age-related changes in blood variables of calves have previously been reported. The very fi...
In the postnatal period, neonatal adaptation in terms of cardiovascular, respiratory, metabolic, the...