Brian M Brady1,2,3, Meera V Ragavan2,3, Melora Simon2, Glenn M Chertow4,3, Arnold Milstein2,3. 1. Division of Nephrology, bbrady2@stanford.edu. 2. Clinical Excellence Research Center, and. 3. Department of Medicine, Stanford University School of Medicine, Stanford, California. 4. Division of Nephrology.
Abstract
BACKGROUND: Despite growth in value-based payment, attributes of nephrology care associated with payer-defined value remains unexplored. METHODS: Using national health insurance claims data from private preferred provider organization plans, we ranked nephrology practices using total cost of care and a composite of common quality metrics. Blinded to practice rankings, we conducted site visits at four highly ranked and three average ranked practices to identify care attributes more frequently present in highly ranked practices. A panel of nephrologists used a modified Delphi method to score each distinguishing attribute on its potential to affect quality and cost of care and ease of transfer to other nephrology practices. RESULTS: Compared with average-value peers, high-value practices were located in areas with a relatively higher proportion of black and Hispanic patients and a lower proportion of patients aged >65 years. Mean risk-adjusted per capita monthly total spending was 24% lower for high-value practices. Twelve attributes comprising five general themes were observed more frequently in high-value nephrology practices: preventing near-term costly health crises, supporting patient self-care, maximizing effectiveness of office visits, selecting cost-effective diagnostic and treatment options, and developing infrastructure to support high-value care. The Delphi panel rated four attributes highly on effect and transferability: rapidly adjustable office visit frequency for unstable patients, close monitoring and management to preserve kidney function, early planning for vascular access, and education to support self-management at every contact. CONCLUSIONS: Findings from this small-scale exploratory study may serve as a starting point for nephrologists seeking to improve on payer-specified value measures.
BACKGROUND: Despite growth in value-based payment, attributes of nephrology care associated with payer-defined value remains unexplored. METHODS: Using national health insurance claims data from private preferred provider organization plans, we ranked nephrology practices using total cost of care and a composite of common quality metrics. Blinded to practice rankings, we conducted site visits at four highly ranked and three average ranked practices to identify care attributes more frequently present in highly ranked practices. A panel of nephrologists used a modified Delphi method to score each distinguishing attribute on its potential to affect quality and cost of care and ease of transfer to other nephrology practices. RESULTS: Compared with average-value peers, high-value practices were located in areas with a relatively higher proportion of black and Hispanic patients and a lower proportion of patients aged >65 years. Mean risk-adjusted per capita monthly total spending was 24% lower for high-value practices. Twelve attributes comprising five general themes were observed more frequently in high-value nephrology practices: preventing near-term costly health crises, supporting patient self-care, maximizing effectiveness of office visits, selecting cost-effective diagnostic and treatment options, and developing infrastructure to support high-value care. The Delphi panel rated four attributes highly on effect and transferability: rapidly adjustable office visit frequency for unstable patients, close monitoring and management to preserve kidney function, early planning for vascular access, and education to support self-management at every contact. CONCLUSIONS: Findings from this small-scale exploratory study may serve as a starting point for nephrologists seeking to improve on payer-specified value measures.
Authors: John S Hughes; Richard F Averill; Jon Eisenhandler; Norbert I Goldfield; John Muldoon; John M Neff; James C Gay Journal: Med Care Date: 2004-01 Impact factor: 2.983
Authors: Kevin F Erickson; Kelvin B Tan; Wolfgang C Winkelmayer; Glenn M Chertow; Jay Bhattacharya Journal: Clin J Am Soc Nephrol Date: 2013-02-21 Impact factor: 8.237
Authors: Melora Simon; Niteesh K Choudhry; Jim Frankfort; David Margolius; Julia Murphy; Luis Paita; Thomas Wang; Arnold Milstein Journal: Ann Fam Med Date: 2017-11 Impact factor: 5.166
Authors: Alan Rosenberg; Abiy Agiro; Marc Gottlieb; John Barron; Peter Brady; Ying Liu; Cindy Li; Andrea DeVries Journal: JAMA Intern Med Date: 2015-12 Impact factor: 21.873