Efficiency and Safety Effects of Applying ERAS Protocols to Bariatric Surgery: a Systematic Review with Meta-Analysis and Trial Sequential Analysis of Evidence

Keyphrases

• Meta-analysis 100%
• Enhanced Recovery after Surgery (ERAS®) 100%
• Bariatric Surgery 100%
• Safety Impact 100%
• Efficiency Effect 100%
• Trial Sequential Analysis 100%
• Length of Stay 23%
• Surgery Groups 15%
• Readmission 15%
• Minor Complications 15%
• Bariatric 15%
• High Risk 7%
• Randomized Trial 7%
• Odds Ratio 7%
• Rate of Increase 7%
• Complication Rate 7%
• Group by 7%
• Evidence-based 7%
• Patient Morbidity 7%
• Major Complications 7%
• Publication Bias 7%
• Overall Complications 7%
• Random Effects 7%
• Returning Home 7%
• Methodological Bias 7%
• Anastomotic Leak 7%
• Cochrane Collaboration 7%
• Reoperation Rate 7%
• Comparative Trial 7%
• Medical Database 7%
• High Heterogeneity 7%
• Information Size 7%
• Leakage Rate 7%
• Bariatric Surgical Procedures 7%
• Conventional Care 7%
• Size Variable 7%
• Collaborative Recommendation 7%
• Major-minor 7%
• Grouped Fixed Effects 7%

Nursing and Health Professions

• Sequential Analysis 100%
• Bariatric Surgery 100%
• Systematic Review with Meta-Analysis 100%
• Accident Prevention 100%
• Length of Stay 60%
• Meta Analysis 40%
• Hospital Readmission 40%
• Odds Ratio 20%
• Sample Size 20%
• Reoperation 20%
• Anastomosis Leakage 20%
• Morbidity 20%
• Economic and Social Development 20%

Medicine and Dentistry

• Bariatric Surgery 100%
• Enhanced Recovery After Surgery 100%
• Sequential Analysis 100%
• Systematic Review with Meta-Analysis 100%
• Meta-Analysis 15%
• Reoperation 7%
• Obesity Medicine 7%
• Anastomosis Leakage 7%
• Morbidity 7%
• Odds Ratio 7%