Behavioral and metabolic effects of a calorie-restricted cafeteria diet and oleuropein supplementation in obese male rats

Keyphrases

• Metabolic Effects 100%
• Male Rats 100%
• Behavioral Effects 100%
• Caloric Restriction 100%
• Obese Males 100%
• Cafeteria Diet 100%
• Oleuropein 100%
• Obesity 21%
• Standard Chow 21%
• Food Consumption 14%
• Dietary Intervention 14%
• Chow Groups 14%
• Sucrose Intake 14%
• Energy Consumption 7%
• Beneficial Effects 7%
• High Energy 7%
• Efficient Strategy 7%
• Biochemical Parameters 7%
• Insulin Resistance 7%
• Metabolic Parameters 7%
• Serum Parameters 7%
• Food Intake 7%
• Biometrics 7%
• Diet-induced Obesity Models 7%
• Leaf Extract 7%
• Sweet Taste 7%
• Sucrose Concentration 7%
• Hedonic Response 7%
• Polyphenolic Compounds 7%
• Energy Intake 7%
• Increased Body Weight 7%
• Body Energy 7%
• Body Weight Gain 7%
• Obese Rats 7%
• Chow Diet 7%
• Sucrose Preference 7%
• Diet-induced Obese Mice 7%
• Cafeteria 7%
• Olive Leaves 7%
• High-sucrose 7%
• Human Food 7%
• Triacylglycerides 7%
• Highly Palatable 7%
• Taste Function 7%
• Taste Reactivity 7%

Medicine and Dentistry

• Supplementation 100%
• Cafeteria Diet 100%
• Oleuropein 100%
• Food Intake 21%
• Diet Induced Obesity 14%
• Diet Therapy 14%
• Sugar Intake 14%
• Preference 14%
• Insulin Resistance 7%
• Body Mass Index 7%
• Body Weight 7%
• Caloric Intake 7%
• Body Weight Gain 7%
• Chow Diet 7%
• Energy Consumption 7%
• Polyphenol Derivative 7%
• Cafeteria 7%

Food Science

• Calorie 100%
• Cafeteria 100%
• Sugar Intake 13%
• Energy Intake 6%
• Food Intake 6%
• Sucrose 6%
• Sensation of Taste 6%
• Sweetness 6%
• Insulin 6%
• Human Food 6%