Cardiac dysfunction in severely burned patients: Current understanding of etiology, pathophysiology, and treatment

Keyphrases

• Etiology 100%
• Pathophysiology 100%
• Cardiac Dysfunction 100%
• Severely Burned Patients 100%
• Cardiovascular System 100%
• Burn Patients 66%
• Echocardiography 66%
• Postburn 33%
• Hypermetabolic 33%
• Hospital Stay 33%
• Propranolol 33%
• Receptor Antagonist 33%
• Inflammation 33%
• Inflammatory Response 33%
• Patient Demographics 33%
• Large Volume 33%
• Therapeutic Potential 33%
• Resuscitation 33%
• Cardiac Function 33%
• Oxandrolone 33%
• Cardiovascular Function 33%
• Severe Burns 33%
• High Risk 33%
• Fluid Resuscitation 33%
• New Therapeutics 33%
• Testosterone 33%
• Non-selective 33%
• Burn Survivors 33%
• Embase 33%
• PubMed 33%
• Cardiovascular Complications 33%
• Hypermetabolism 33%
• Fluid Shift 33%
• Hemodynamically Unstable 33%
• Unstable Patients 33%
• Transpulmonary Thermodilution 33%
• Diastolic Function 33%
• Systolic Function 33%
• Burn Unit 33%
• Database Review 33%
• Manual Review 33%
• Catecholamine Surge 33%
• Anti-catabolic 33%
• Open Area 33%
• Burn Eschar 33%
• Comprehensive Search 33%
• Hemodynamic Complications 33%

Medicine and Dentistry

• Thermal Burn 100%
• Pathophysiology 100%
• Cardiovascular System 33%
• Hemodynamic 22%
• Echocardiography 22%
• Hypermetabolism 22%
• Propranolol 11%
• Injury 11%
• Cardiovascular Disease 11%
• Patient Population 11%
• Serositis 11%
• Catecholamine 11%
• Resuscitation 11%
• Receptor Antagonist 11%
• Heart Function 11%
• Cardiovascular Physiology 11%
• Oxandrolone 11%
• Fluid Resuscitation 11%
• Eschar 11%
• Thermodilution 11%
• Systolic Function 11%
• Diastolic Function 11%
• Burn Unit 11%
• Fluid Shift 11%