Point-of-care ultrasound has transformed how clinicians see the body, but its role no longer stops at diagnosis. Across sports medicine and musculoskeletal care, ultrasound guidance is increasingly used to perform minimally invasive procedures that once required a trip to the operating room. Tendon treatments, carpal tunnel release, trigger finger release, and similar interventions can now be completed in an office-based setting with real-time visualization of needles, instruments, and anatomy.
The natural question that follows is a simple one: how safe are these procedures?
A multi-center study published in the Journal of Ultrasound in Medicine, the official journal of the American Institute of Ultrasound in Medicine (AIUM), offers one of the most comprehensive answers to date. In "Three-Month Complication Rate of Ultrasound-Guided Soft Tissue Surgical Procedures Across Six Sports Medicine Clinics," Hall and colleagues examined thousands of real-world procedures to establish an evidence-based estimate of procedural risk.
The research team conducted a retrospective chart review across six sports medicine clinics in the United States, capturing a mix of private and academic-affiliated practices in different geographic regions. In total, the analysis included 2,369 ultrasound-guided soft tissue procedures performed in 1,902 patients.
The procedures spanned a range of common interventions, including trigger finger release, tendon scraping, carpal tunnel release, soft tissue release, and compartment fasciotomy. To standardize how complications were measured, the authors used the Clavien-Dindo classification, a widely accepted five-grade scale. Grade I represents any deviation from normal post-procedure care that does not require medication or invasive treatment, while Grade V represents death.
The team then tracked all complications occurring within three months of each procedure and analyzed whether patient factors such as age, sex, body mass index, diabetes, or smoking status, or procedural factors such as procedure type and body region, were associated with higher risk.
The findings were reassuring. Across all 2,369 procedures, the overall complication rate was just 1.2%, representing 29 total complications. Complication rates for individual procedure types ranged from 0% to 2.7%.
Just as important as the overall rate was the severity of the complications that did occur. The study identified 13 Grade I complications, 12 Grade II complications, and only 4 Grade III complications. There were zero Grade IV or Grade V complications, meaning no life-threatening events and no deaths across nearly 2,400 procedures.
The authors also found no statistically significant associations between complication risk and any patient demographic, comorbidity, or procedural characteristic they examined. In other words, the low risk profile held steady across different patients, procedure types, and anatomic regions.
For clinicians, educators, and healthcare systems, this study adds important evidence to a growing body of literature supporting ultrasound-guided intervention. A few takeaways stand out.
First, the data supports informed patient counseling. Providers performing these procedures can now reference multi-center, real-world complication data when discussing risks and benefits with patients, rather than relying on single-site experience alone.
Second, the findings reinforce the value of office-based, minimally invasive care. When procedures can be performed safely outside the operating room, patients often benefit from reduced cost, faster scheduling, and quicker recovery, while health systems benefit from more efficient use of surgical resources.
Third, and perhaps most importantly for the ultrasound education community, these results reflect what is possible when skilled hands guide the probe. As the authors note, this study is a first step, and future prospective research is still needed to evaluate clinical outcomes and effectiveness. But the safety signal is clear, and it underscores a central truth of point-of-care ultrasound: image guidance is only as good as the clinician interpreting the image.
Studies like this one highlight why structured ultrasound education matters. The low complication rates observed across these six clinics did not happen by accident. They reflect providers who developed strong foundational skills in image acquisition, anatomical recognition, and needle guidance before ever performing a patient intervention.
That is exactly the gap SonoSim was built to close. The SonoSim Ultrasound Training Ecosystem combines interactive, expert-led coursework with hands-on virtual scanning cases from real patients, allowing learners to build image interpretation and probe-handling skills anytime, anywhere, without requiring a machine, a model patient, or a bedside instructor. Dedicated musculoskeletal ultrasound training and soft-tissue ultrasound modules build the anatomic recognition and scanning techniques these procedures depend on. For programs training the next generation of proceduralists, that kind of standardized, repeatable practice is the foundation on which safe, ultrasound-guided care is built.
As ultrasound guidance continues to expand into new procedural frontiers, the evidence is increasingly clear: in well-trained hands, it is a safe, effective, and patient-friendly approach to care.
Read the full study: Hall MM, Kliethermes SA, Henning PT, et al. Three-Month Complication Rate of Ultrasound-Guided Soft Tissue Surgical Procedures Across Six Sports Medicine Clinics. J Ultrasound Med. 2023;42(11):2629-2641. https://onlinelibrary.wiley.com/doi/10.1002/jum.16298