Measuring the carbon cost of hand surgery: A single-centre observational study.

Risk of Prolonged Opioid Use Among Opioid-Naïve Patients Following Common Hand Surgery Procedures

The Impact of Smoking on Early Postoperative Complications in Hand Surgery

From big hands to green fingers: it is time for a change

Work relative value units (wRVUs) are an intricate component of physician reimbursement determination in the United States. This paper assesses whether wRVUs appropriately consider operative time in hand surgery. The 50 most common single Current Procedural Terminology code hand surgery cases were queried from the 2013 to 2018 National Surgical Quality Improvement Program database. The average assigned wRVUs and median operative times were calculated for each CPT. Linear regressions were calculated between operative time, wRVUs, and wRVUs per hour. Cases deviating the most from the expected wRVUs based on operative time were identified. In all, 46 800 cases comprising the top 50 most common hand surgery procedures were identified. Among these cases, the median (range) assigned operative time was 62 minutes (18-110), wRVUs were 7.5 (3.5-18.0), and wRVUs per hour was 8.3 (4.9-14.2). There was a positive linear correlation between operative time and wRVUs (R2 = 0.60). Each additional operative hour was associated with an additional 6.3 wRVUs (P < .001). Based on this relationship, the assigned wRVUs for included cases ranged from 59.7% to 172.6% of expected. There was a weak negative relationship between wRVUs per hour and operative time (R2 = 0.25). Cases shorter than 1 hour had more wRVUs per hour than those longer than 1 hour (10.0 vs. 8.1, P = .003). However, this relationship disappeared when considering case turnover. This study suggests a moderately strong positive correlation between wRVUs and operative time in hand surgery. Yet, numerous outliers from this trend exist, suggesting some discrepancies in reimbursement.

Surgeons across all subspecialties had to adapt to the COVID-19 pandemic to triage patients and steward hospital resources. Hand surgeons found themselves in a unique position to move some hospital-based procedures to a clinic-based setting, which has now impacted their post-pandemic practices. Performing procedures in the clinic using the wide-awake local anesthesia no tourniquet technique is interestingly similar to minor-surgeries traditionally carried out in a general surgery clinic. By abstracting institutional case volumes from orthopedic, hand, and general surgery departments from 2019 to 2022, we identified trends that further support the potential for clinic-based procedures in hand surgery. This communication provides a foundation to compare cost and surgical indications for wide-awake local anesthesia across surgical disciplines.

The hospital price transparency final rule requires hospitals to publish pricing information about provided items and services by means of 2 methods: (1) a comprehensive machine-readable file and (2) a display tool of selected shoppable services. Using machine-readable files on hospital websites, the authors examined trends in pricing transparency and variation in association with community-level socioeconomic factors for 3 common hand surgery procedures among Association of American Medical Colleges-affiliated hospitals. Available discount cash prices and payer-specific negotiated prices for CPT codes 64721, 26615, and 25111 were recorded. Multivariate analysis was used to stratify hospitals into 2 groups based on their area's median household income, percentage uninsured, and geographic practice cost index practice expense scores. Generalized linear mixed effects modeling was used to evaluate price variability against community-level financial characteristics of the patient population. Of hospitals that met selection criteria, a majority did not display discount cash prices and payer-specific negotiated prices for the 3 procedures. Hospitals in lower-income areas and areas with a higher percentage of the uninsured tended to charge a higher average payer-specific negotiated price for CPT code 25111. They also tended to have greater variation in payer-specific negotiated prices than hospitals found in higher-income and lower-percentage-uninsured areas. This study demonstrates that considerable pricing variation and incomplete transparency exists for CPT codes 64721, 26615, and 25111 among Association of American Medical Colleges-affiliated hospitals. Patients in lower-income and higher-percentage-uninsured areas are more exposed to a higher variability and average of negotiated prices than those in higher-income areas, which may translate to higher out-of-pocket costs for those with higher coinsurance and less socioeconomic prowess.

Aims: The demand for elective hand surgery has increased substantially over the last 10 years. With COVID-19 providing an added challenge of restrictions on face-to-face consultations, already overflowing follow-up clinics will be stressed further. Our aim is to assess the viability, effectiveness, and safety of an early discharge directly from the operating theatre following common hand surgery procedures with the safety net of open-access follow-up.Methods: All eligible patients undergoing open-hand surgery under local anaesthesia between February 2019 and December 2020 were offered early discharge. Informed consent was obtained in the clinic, and they were counselled on rehabilitation immediately prior to surgery. Patients were given a custom-made "open-access business card" with clear post-operative instructions and hand exercises, along with information on how to get in touch to request clinic follow-up. A review was completed at a minimum of two months following surgery. Administrative support staff were briefed beforehand to minimise any delays in follow-up requests and either book patients who requested follow-up into a routine elective clinic or utilise ring-fenced emergency elective clinic slots depending on the patient's individual requirements.Results: A total of 105 patients were included in this study, with an average age of 60 years. The average interval between surgery and review was 20 weeks. Eighty-nine patients had a successful early discharge, with 16 patients requesting clinic follow-up. The average time to follow up in the clinic was 35 weeks (range: four to 84 weeks). There were no complications that we were made aware of, and the most common reason for returning to the clinic was a new complaint, unrelated to the surgery.Conclusions: Although virtual follow-up is now well established in both the fracture and elective clinic settings, early discharge is largely uncharted water. Our pilot demonstrates that early discharge and patient-initiated follow-up for common elective hand surgical procedures under local anaesthesia are efficient, safe, and viable.

This study was designed to establish the essential hand surgery procedures that should be mastered by graduating plastic surgery residents. This framework can then be used as a guideline for developing Objective Structured Assessment of Technical Skill to teach technical skills in hand surgery. Ten expert hand surgeons were surveyed regarding the essential hand surgery procedures that should be mastered by graduating plastic surgery residents. The top 10 procedures from this survey were then used to survey all 89 Accreditation Council for Graduate Medical Education-approved plastic surgery program directors. There was a 69 percent response rate to the program director survey (n = 61). The top nine hand surgery procedures included open carpal tunnel release, open A1 pulley release, digital nerve repair with microscope, closed reduction and percutaneous pinning of metacarpal fracture, excision of dorsal or volar ganglion, zone II flexor tendon repair with multistrand technique, incision and drainage of the flexor tendon sheath for flexor tenosynovitis, flexor tendon sheath steroid injection, and open cubital tunnel release. Surgical educators need to develop objective methods to teach and document technical skill. The Objective Structured Assessment of Technical Skill is a valid method for accomplishing this task. There has been no consensus regarding which hand surgery procedures should be mastered by graduating plastic surgery residents. The authors have identified nine procedures that are overwhelmingly supported by plastic surgery program directors. These nine procedures can be used as a guideline for developing Objective Structured Assessment of Technical Skill to teach and document technical skills in hand surgery.

What's New in Hand and Wrist Surgery.

Local infiltration anaesthesia with a bloodless operation field (WALANT) allows for performing hand surgery without a tourniquet. This effect is obtained through an injection of greater than standard volume of the anaesthetic solution composed of lignocaine and adrenaline. The addition of adrenaline induces spasm of small arteries within the infiltration area, which inhibits bleeding and allows visualization of most of the subtle but important structures in the hand and fingers. This article presents a method of preparation of the anaesthetic solution and the technique of anaesthesia for several common procedures in hand surgery. In 2019, our centre performed 340 operations under WALANT anaesthesia, with no serious complications observed. Data from the literature are presented showing that this technique is attracting increasing popularity worldwide. Our centre was the first in Poland to introduce the WALANT method to hand surgery.

Hand surgery often needs only a short length of stay in hospital. Patients' comorbidity is low. Many hand surgery procedures do not need inpatient structures. Up until 2006 special procedures of hand surgery could not be coded. The DRG structure did not separate very complex and less complex operations. Specialized hospitals needed a proper case allocation of their patients within the G-DRG system. The DRG structure concerning hand surgery increased in version 2007 of the G-DRG system. The main parameter of DRG splitting is the complexity of the operation. Furthermore additional criteria such as more than one significant OR procedure, the patients' age, or special diagnoses influence case allocation. A special OPS code for complex cases treated with hand surgery was implemented. The changes in the DRG structure and the implementation of the new OPS code for complex cases establish a strong basis for the identification of different patient costs. Different case allocation leads to different economic impacts on departments of hand surgery. Whether the new OPS code becomes a DRG splitting parameter has to be calculated by the German DRG Institute for further DRG versions.

Medicare reimbursement trends across multiple surgical subspecialties have been analyzed; however, little has been reported regarding the long-term trends in reimbursement of hand surgery procedures. The aim of this study is to analyze trends in Medicare reimbursement for commonly performed hand surgeries. Using the Centers for Medicare and Medicaid Services Physician and Other Supplier Public Use File, we determined the 20 hand surgery procedure codes most commonly billed to Medicare in 2016. Reimbursement rates were collected and analyzed for each code from The Physician Fee Schedule Look-Up Tool for years 2000 to 2019. We compared the change in reimbursement rate for each procedure to the rate of inflation in US dollars, using the Consumer Price Index (CPI) over the same time period. The reimbursement rate for each procedure increased on average by 13.9% during the study period while the United States CPI increased significantly more by 46.7% (P < .0001). When all reimbursement data were adjusted for inflation to 2019 dollars, the average reimbursement for all included procedures in this study decreased by 22.6% from 2000 to 2019. The average adjusted reimbursement rate for all procedures decreased by 21.92% from 2000 to 2009 and decreased by 0.86% on average from 2009 to 2019 (P < .0001). When adjusted for inflation, Medicare reimbursement for hand surgery has steadily decreased over the past 20 years. It will be important to consider the implications of these trends when evaluating healthcare policies and the impact this has on access to hand surgery.

The objective of the study was to assess the time of exposure of the surgeon's hands to radiation and calculate of the equivalent dose absorbed during surgery of hand and wrist fractures with C-arm fluoroscope guidance. The necessary data specified by the objective of the study were acquired from operations of 287 patients with fractures of fingers, metacarpals, wrist bones and distal radius. 218 operations (78%) were percutaneous procedures and 60 (22%) were performed by open method. Data on the time of exposure and dose of radiation were acquired from the display of the fluoroscope, where they were automatically generated. These data were assigned to the individual patient, type of fracture, method of surgery and the operating surgeon. Fixations of distal radial fractures required longer times of radiation exposure (mean 61 sec.) than fractures of the wrist/metacarpals and fingers (38 and 32 sec., respectively), which was associated with absorption of significantly higher equivalent doses. Fixations of distal radial fractures by open method were associated with statistically significantly higher equivalent doses (0.41 mSv) than percutaneous procedures (0.3 mSv). Fixations of wrist and metacarpal bone fractures by open method were associated with lower equivalent doses (0.34 mSv) than percutaneous procedures (0.37 mSv),but the difference was not significant. Fixations of finger fractures by open method were associated with lower equivalent doses (0.13 mSv) than percutaneous procedures (0.24 mSv), the difference being statistically non-significant. Statistically significant differences in exposure time and equivalent doses were noted between 4 surgeons participating in the study, but no definitive relationship was found between these parameters and surgeons' employment time. 1. Hand surgery procedures under fluoroscopic guidance are associated with mild exposure of the surgeons' hands to radiation. 2. The equivalent dose was related to the type of fracture, operative technique and - to some degree - to the time of employment of the surgeon.

International volunteering missions are becoming an important focus of plastic surgeons in the United States. The purpose of this paper is to describe the teaching of pediatric hand surgery in Vietnam to share the lessons learned from this project. Two medical education trips were conducted to the no. 1 Children's Hospital in Ho Chi Minh city (Saigon) to teach pediatric hand and burn reconstructive surgery to the surgeons and therapists. This is the main referral children's hospital for the country, and pediatric hand surgery expertise is not available. Structured education programs were conducted over two trips to introduce congenital hand surgery and burn reconstructive procedures using flap techniques. The education programs included lectures and surgical demonstrations of selected procedures. Their proficiency was verified by supervised conduct of these operations. A well-conceived medical education program can introduce complex surgical discipline to a country. Through two trips, the surgeons at this referral center will have the capability to take care of many children requiring reconstructive hand surgery.

Essential Hand Surgery Procedures for Mastery by Graduating Orthopedic Surgery Residents: A Survey of Program Directors