Article Figures & Data
Tables
Characteristic Value Regional distribution Arkansas, % (No.) 14 (67) Colorado, % (No.) 15 (71) New Jersey, % (No.) 14 (70) New York: Hudson Valley region, % (No.) 15 (73) Ohio and Kentucky: Cincinnati-Dayton region, % (No.) 15 (74) Oklahoma: Tulsa region, % (No.) 14 (66) Oregon, % (No.) 13 (63) Practice size Solo physician, % (No.) 16 (81) 2–3 physicians, % (No.) 35 (170) 3–6 physicians, % (No.) 29 (141) >7 physicians, % (No.) 19 (92) Medicare fee-for-service patients, median, No. (IQR) 501 (285–821) Ownership type Hospital, academic, HMO, % (No.) 45 (216) Physician, % (No.) 53 (259) Government, other, % (No.) 2 (9) PCMH recognition, % (No.) 42 (201) Multispecialty, % (No.) 12 (59) Meaningful Use Stage 1, % (No.) 77 (373) Metropolitan, % (No.) 81 (393) HMO=health maintenance organization; IQR=interquartile range; PCMH = primary care medical home.
Risk Stratification Method Practice-Developed Algorithm AAFP Available Algorithm Payer Claims/EHR Clinical Intuition P Value Number of practices 215 155 62 52 High-risk patients per primary care physician FTE, mean No. (SD) 282 (355) 181 (245) 171 (175) 218 (366) .006 High-risk patients receiving care management per primary care physician FTE, mean No. (SD) 69 (148) 40 (61) 79 (119) 91 (200) .036 Overall high-risk patients receiving care management per physician FTE, % 37 36 43 48 .128 AAFP = American Academy of Family Physicians; EHR = electronic health record; FTE = full-time equivalent.
Additional Files
The Article in Brief
Risk Stratification Methods and Provision of Care Management Services in Comprehensive Primary Care Initiative Practices
Ashok Reddy , and colleagues
Background Risk stratified care management�assigning a patient to a risk category on which care is based�is increasingly viewed as a way to improve care and reduce costs. This study describes risk stratification patterns and association with care management services for practices in the Comprehensive Primary Care initiative.
What This Study Found An analysis of 484 practices finds that they used four primary methods to risk stratify their patient populations: a practice-developed algorithm (215 practices), an American Academy of Family Physicians clinical algorithm (155 practices), payer claims/electronic health record (62 practices), and clinical intuition (52 practices). Practices that developed their own algorithm identified more patients in the highest two risk tiers than practices that used the AAFP algorithm, claims/electronic health record-derived algorithm, or clinical intuition. However, practices using a practice-developed algorithm had statistically significant lower numbers of patients receiving care management (69 patients) when compared to clinical intuition (91 patients). Practices that primarily used clinical intuition provided care management to the highest proportion of high-risk patients.
Implications
- The authors suggest that, as payers shift reimbursement from volume-based to value-driven care, more primary care practices will focus on finding the best ways to implement high-risk care management.