REPORTED PRICES FOR HIGH VOLUME HAND SURGERY IN THE ERA OF PRICE TRANSPARENCY: IMPLICATIONS FOR FUTURE POLICY ITERATIONS.

BACKGROUND: In 2021, the United States enacted a law requiring hospitals to report prices for healthcare services. Across several healthcare services, poor compliance and wide variation in pricing was found. This study aims to investigate variation in reporting and listed prices by hospital features for high-volume hand surgeries including Carpal Tunnel release, Trigger Finger Release, De Quervain Tenosynovitis Release, and Carpometacarpal Arthroplasty. METHODS: The Turquoise Health price transparency database was used to obtain listed prices and linked to hospital characteristics from the 2021 Annual American Hospital Association Survey. This study used descriptive statistics and generalized linear regression. RESULTS: The analytic cohort included 2,652 hospitals from across the US. The highest rate of price reporting was in the Midwest (52%, n=836) and lowest in the South (39%, n=925). Compared to commercial insurers, ($3,609, 95% CI: $3,414 to $3,805) public insurance rates were significantly lower (Medicare: $1,588, 95% CI: $1,484 to $1,693, adjusted difference = -$2,021, p<0.001, Medicaid: $1,403, (95% CI: $1,194 to $1,612, adjusted difference = -$2,206, p<0.001). Listed rates for self-pay patients were not statistically different from commercial rates. CONCLUSIONS: Although pricing for high volume elective hand surgeries is frequently reported, a high proportion of hospitals do not report prices. These data highlight the need for future transparency policy to include pricing for high-volume hand surgery to give patients the ability to make financially informed choices. These results are a valuable aid for surgeons and patients to promote financially conscious decisions.

The Variable Impact of Clinical Risk-Adjustment Models to Evaluate Hospital Design.

OBJECTIVES: To identify the impact of clinical risk adjustment models for evaluating pain medication consumption differences between private rooms and a multibed ward. BACKGROUND: Views of nature are reported to reduce anxiety and pain for patients. This often leads to prioritizing large windows with views for patient rooms; however, it is not clear how other factors influencing pain (e.g., patient demographics) may confound evaluations of room design. METHODS: We identified 1,284 patients at the University of Michigan undergoing thyroidectomy where patients recovered in one of the two locations: a private room with a view to nature or a multibed ward with no windows. We used pain medication data from the electronic medical record and risk adjustment models to evaluate pain medication consumption between the room types. RESULTS: Private room patients did not use more pain medications when measured using unadjusted morphine milligram equivalents (18.3 vs. 15.3 mg, p = .06). Risk adjusting for age, gender, comorbidities, opioid history, and procedure subtype resulted in private room patients demonstrating higher consumption of morphine milliequivalents (17.5 vs. 15.5 mg, p < .01). In contrast, risk adjusting for age, gender, opioid history, and selected comorbidities estimated higher pain medication consumption for multibed ward patients relative to private rooms (16.27 vs. 15.51 mg, p < .05). CONCLUSION: Estimated differences of pain medication consumption for patients in differently designed rooms varied depending on the risk adjustment model. These findings underscore the importance of understanding appropriate clinical measurement and risk adjustment strategies to accurately estimate the impact of design, before applying research into practice.

Evaluation of Prices for Surgical Procedures Within and Outside Hospital Networks in the US.

This economic evaluation examines variations in prices for surgical procedures under the Hospital Price Transparency Rule at hospitals within and outside hospital networks in the US.

Surgical Procedures at Critical Access Hospitals Within Hospital Networks.

OBJECTIVE: To compare surgical outcomes and expenditures at critical access hospitals that do versus do not participate in a hospital network among Medicare beneficiaries. BACKGROUND: Critical access hospitals provide essential care to more than 80 million Americans. These hospitals, often rural, are located more than 35 miles away from another hospital and are required to maintain patient transfer agreements with other facilities capable of providing higher levels of care. Some critical access hospitals have gone further to formally participate in a hospital network. METHODS: This was a cross-sectional retrospective study from 2014 to 2018 comparing 16,128 Medicare beneficiary admissions for appendectomy, cholecystectomy, colectomy, or hernia repair at critical access hospitals that do versus do not participate in a hospital network. Thirty-day mortality and readmissions were risk adjusted using multivariable logistic regression accounting for patient and hospital factors. Price-standardized, risk-adjusted Medicare expenditures were compared for the 30-day total episode payments consisting of index hospitalization, physician services, readmissions, and postacute care payments. RESULTS: Beneficiaries (average age = 75.7 years, SD = 7.4) who obtained care at critical access hospitals in a hospital network were more likely to carry ≥2 Elixhauser comorbidities (68.7% vs. 62.8%, P < 0.001). Rates of 30-day mortality were higher at critical access hospitals in a hospital network (4.30% vs. 3.81%, OR = 1.11, P < 0.001). Similarly, readmission rates were higher at critical access hospitals that were in a hospital network (15.13% vs. 14.34%, OR = 1.06, P < 0.001). Additionally, total episode payments were found to be $960 higher per patient at critical access hospitals that were in a hospital network ($23,878 vs. $22,918, P < 0.001). CONCLUSIONS: Critical access hospitals within hospital networks provided care to more medically complex patients and were associated with worse clinical outcomes and higher costs among Medicare beneficiaries undergoing common general surgery operations.