Limited Flexor Sheath Incision and Drainage in the Emergency Department in the Management of Early Pyogenic Flexor Tenosynovitis.

BACKGROUND: Pyogenic flexor tenosynovitis (PFT) has been considered a surgical emergency. Varying operative approaches have been described, but there are limited data on the method, safety, and efficacy of nonoperative or bedside management. We present a case series where patients with early flexor tenosynovitis are managed using a limited flexor sheath incision and drainage (I&D) in the emergency department (ED) to both confirm purulence within the flexor sheath and as definitive treatment. METHODS: A retrospective study of all patients clinically diagnosed in the ED with flexor tenosynovitis at our institution from 2012 to 2019 was performed. Patients with frank purulence on examination were taken emergently to the operating room (OR). Patients with equivocal findings underwent limited flexor sheath I&D in the ED. Safety and efficacy were studied for patients with early flexor tenosynovitis managed with this treatment approach. RESULTS: Thirty-four patients met the inclusion criteria. Ten patients underwent direct OR I&D, and 24 patients underwent ED I&D. In the ED I&D group, 96% (24 of 25) of patients did not have frank purulence in the flexor sheath and were managed with bedside drainage alone. There were no procedural complications and no need for repeat operative intervention. Time to intervention (3.1 hours vs 8.4 hours) was significantly shorter for the ED I&D group compared with the OR I&D group. Within the ED I&D group, 86% of patients exhibited good/excellent functional scores. CONCLUSIONS: Limited flexor sheath I&D in the ED provides a potential safe and effective way to manage patients with early flexor tenosynovitis.

Utilization of Three-Dimensional Printing in Burn Mask Production.

ABSTRACT: Hypertrophic scarring is a significant complication of severe face and neck burns. Burn masks offer an effective treatment. However, the conventional method of making these masks has notable shortcomings. Most notably, the use of alginate to form an impression is a laborious and uncomfortable process, especially for younger patients. To optimize this practice, the authors present a novel method of burn mask production that utilizes a 3-dimensional-printed positive mold to avoid the direct placement of alginate onto burned patient skin.

A 3-Dimensional-Printed Hand Model for Home-Based Acquisition of Fracture Fixation Skills Without Fluoroscopy.

OBJECTIVE: To design a low cost ($40), realistic and fluoroscopy-free percutaneous Kirschner wire hand fracture fixation training instrument kit for home-based skill acquisition during the COVID-19 pandemic. DESIGN: A 3D-printed hand was designed from a computed tomography scan of a healthy hand. These data were used to create replaceable hand and wrist bones and reusable silicone molds for a replica of the soft tissue envelope. The model is currently being integrated into the simulation curriculum at 2 integrated plastic surgery residency programs for training in percutaneous wire fixation of hand fractures. SETTING: Brown University, Warren Alpert Medical School of Brown University. Department of Surgery, Division of Plastic and Reconstructive Surgery. Large academic quaternary referral institution. Yale University, Yale School of Medicine. Department of Surgery, Division of Plastic and Reconstructive Surgery. Large academic quaternary referral institution. PARTICIPANTS: PGY 1-4 plastic surgery residents preparing to meet ACGME Accreditation for Graduate Medical Education hand surgery specific milestones. RESULTS: A realistic and durable 3D model with interchangeable bones allows trainees to practice the key motor skills necessary for successful fixation of hand and wrist fractures with K-wires in a home-based setting. CONCLUSIONS: A low cost, realistic and durable 3D hand model with interchangeable bones allows easy integration into any home-based hand surgery curriculum. With 3D printers and programming becoming more prevalent and affordable, such models offer a means of low-cost and safe instruction of residents in fracture fixation with no harm to patients.

A Critical Analysis of the 2012 Centers for Medicare and Medicaid Services Provider Use and Payment Database.

BACKGROUND: On April 9, 2014, the Centers for Medicare and Medicaid Services released 10 million billing records of over 880,000 physicians and other health care providers and accounts for over $1 billion in Medicare payments distributed in 2012. This action was part of an effort to improve the transparency, accountability, and affordability of the U.S. health care system. This study was performed to mine this unprecedented data set to delineate patterns of billing and reimbursement for plastic surgeons. METHODS: The Centers for Medicare and Medicaid Services Provider Utilization and Payment Database was accessed to analyze 2012 plastic surgery claims data with respect to providers and beneficiaries, services, and reimbursements. Pivot tables and other methods were used by means of Microsoft Excel. RESULTS: In 2012, a total of $133,472,772 was distributed to 3726 plastic surgery physician providers for 735 unique Healthcare Common Procedure Coding System codes for 1,399,404 procedure claims. Of specialty care, plastic surgery ranks twenty-sixth among 29 subspecialties for total Medicare payments. The average plastic surgeon was paid $35,821.58 by the Centers for Medicare and Medicaid Services in 2012. Forty-six percent of plastic surgeons did not receive reimbursement for services from Medicare. CONCLUSIONS: The release of an enormous amount of provider level claims data by the Centers for Medicare and Medicaid Services may serve as a new tool for locating potential fraud, pinpointing needs, and assessing levels of growth in care. Plastic surgeons need to understand implications of changes to Medicare, which will likely affect patient mix, physician documentation, billing, coding, reimbursement, and active participation in quality reporting.