Volume-outcome relationships for kidney cancer may be driven by disparities and patient risk

Keyphrases

• Length of Stay 100%
• Patient Risk 100%
• Kidney Cancer 100%
• Volume-outcome Relationship 100%
• Intensive Care 66%
• Logistic Regression 66%
• Surgeons 66%
• Renal Cancer 66%
• Radical Nephrectomy 66%
• Hospital Volume 66%
• Surgeon Volume 66%
• Demographic Characteristics 33%
• Non-associated 33%
• Clinical Risk Factors 33%
• ICU Days 33%
• 30-day Mortality 33%
• Patient Demographics 33%
• Clinical Factors 33%
• Postoperative Complications 33%
• Hospital Factors 33%
• 30-day Readmission 33%
• 30-day Complications 33%
• Influence Factors 33%
• Socioeconomic Factors 33%
• Quality of Health Care 33%
• Demographic Factors 33%
• Renal Surgery 33%
• 18 Years Old 33%
• Major Surgery 33%
• Day Length 33%
• Maryland 33%
• Volume-outcome 33%
• Admission Characteristics 33%
• Cancer Surgery 33%
• Multivariable Linear Regression Model 33%
• Provider Factors 33%
• Surgical Characteristics 33%
• Hospital-based Study 33%
• Health Service Costs 33%
• Low-volume Surgeon 33%
• Outcome Trends 33%
• Multivariable Logistic Regression Model 33%

Medicine and Dentistry

• Surgeon 100%
• Kidney Cancer 100%
• Health Care Cost 40%
• Intensive Care 40%
• Logistic Regression Analysis 40%
• Radical Nephrectomy 40%
• Cancer Surgery 20%
• Linear Regression Analysis 20%
• Postoperative Complication 20%
• Case Mix 20%
• Kidney Surgery 20%
• Health Service 20%
• Quality of Health Care 20%
• Major Surgery 20%