A novel organic mineral complex prevented high fat diet-induced hyperglycemia, endotoxemia, liver injury and endothelial dysfunction in young male Sprague-Dawley rats

Agriculture & Biology

• endotoxemia 100%
• hyperglycemia 81%
• high fat diet 72%
• minerals 50%
• liver 39%
• rats 34%
• metabolic syndrome 30%
• dosage 15%
• risk factors 14%
• waist circumference 11%
• mesenteric arteries 10%
• adiposity 9%
• inducible nitric oxide synthase 9%
• hyperlipidemia 9%
• insulin resistance 9%
• vasodilation 8%
• endotoxins 8%
• lipids 8%
• endothelium 7%
• obesity 7%
• fasting 7%
• drinking water 7%
• hepatocytes 6%
• insulin 6%
• rodents 6%
• nitrates 6%
• oxidative stress 5%
• protein synthesis 5%

Medicine & Life Sciences

• Endotoxemia 81%
• High Fat Diet 67%
• Minerals 65%
• Hyperglycemia 61%
• Sprague Dawley Rats 56%
• Liver 34%
• Wounds and Injuries 32%
• Metabolic Syndrome 20%
• Mesenteric Arteries 9%
• Nitrates 8%
• Adiposity 7%
• Waist Circumference 7%
• Drinking Water 7%
• Endotoxins 7%
• Dyslipidemias 7%
• Vasodilation 7%
• Endothelium 6%
• Hepatocytes 6%
• Adipose Tissue 6%
• Rodentia 6%
• Insulin Resistance 6%
• Fasting 5%
• Fats 5%
• Oxidative Stress 5%
• Body Weight 5%
• Obesity 5%
• Insulin 5%

Chemical Compounds

• Fat 66%
• Mineral 53%
• Dose 22%
• Metabolic 18%
• Insulin Derivative 15%
• Endotoxin 9%
• Drinking Water 7%
• Oxidative Stress 7%
• Antioxidant Agent 5%
• Nitrate 5%
• Glucose 5%