Intensive insulin therapy improves insulin sensitivity and mitochondrial function in severely burned children

Keyphrases

• Insulin Sensitivity 100%
• Severely Burned 100%
• Mitochondrial Function 100%
• Intensive Insulin Therapy 100%
• Sensitivity Function 100%
• Conventional Insulin Therapy 63%
• Blood Glucose 27%
• Resting Energy Expenditure 27%
• Postburn 18%
• Therapy Protocols 18%
• Pediatric Burns 18%
• Burn Unit 18%
• Palmitate 9%
• Whole-body 9%
• Total Body Surface Area 9%
• Skeletal muscle 9%
• Infusion Rate 9%
• Teaching Hospital 9%
• High Glucose 9%
• Activity Level 9%
• Prospective Randomized Trial 9%
• Between-group 9%
• Whole Liver 9%
• Area Burned 9%
• Mitochondrial Oxidative Capacity 9%
• Glucose Infusion Rate 9%
• Mitochondrial Oxidation 9%
• Glucose Release 9%
• Hemolymph Glucose 9%
• Glucose Clamp 9%
• Tertiary Teaching 9%

Medicine and Dentistry

• Insulin Sensitivity 100%
• Insulin Treatment 100%
• Blood Glucose 16%
• Resting Energy Expenditure 16%
• Infusion Rate 11%
• Pediatric Burn 11%
• Burn Unit 11%
• Injury 5%
• Body Surface 5%
• Mitochondrial Respiration 5%
• Glucose Infusion 5%
• Palmitic Acid 5%
• Skeletal Muscle 5%

Nursing and Health Professions

• Insulin Treatment 100%
• Glucose Blood Level 16%
• Infusion Rate 11%
• Burn Unit 11%
• Injury 5%
• Teaching Hospital 5%
• Surface Area 5%
• Glucose Infusion 5%
• Palmitic Acid 5%