Journal of Feline Medicine and Surgery · 2012 · 16 citations · 33 references
MedicineEndocrinologyVeterinary PhysiologyAnimal NutritionGlycobiologyHuman NutritionCarbohydrate NutritionDiabetes ManagementDiabetes MellitusGlycemic ControlNutritional ManagementPostprandial MetabolismCanine Diabetes MellitusFasting GlycemiaFeline Diabetes MellitusFeline NutritionGlucose ConcentrationPostprandial Glucose RegulationPostprandial GlycemiaPostprandial Glycemic Response
The postprandial increase in glucose concentration is typically not considered in selecting diets to manage diabetic and pre-diabetic cats. This study describes increases in glucose and insulin concentrations in 24 clinically healthy, neutered adult cats following one meal (59 kcal/kg) of a moderate carbohydrate diet (25% of energy). Median time to return to baseline after feeding for glucose was 12.2 h (1.8-≥24 h) and for insulin was 12.3 h (1.5-≥24 h). Time to return to baseline for glucose was not different between male (10.2 h) and female (17.2 h) cats. There was evidence female cats had a longer return to baseline for insulin (18.9 h versus 9.8 h) and females had higher (0.9 mmol/l difference) peak glucose than males. This demonstrates that the duration of postprandial glycaemia in cats is markedly longer than in dogs and humans, and should be considered when managing diabetic and pre-diabetic cats.
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The Use of Areas Under Curves in Diabetes Research
David B. Allison, Furcy Paultre, Carol A. Maggio et al. · Diabetes Care · 1995 · 384 citations
T. M. McCann, Kerry Simpson, Darren J. Shaw et al. · Journal of Feline Medicine and Surgery · 2007 · 188 citations · Full text
Veterinary Medicine, Veterinary Epidemiology, Diabetology +12