Sideline coverage can be an enjoyable experience and provide the opportunity to witness and evaluate an athlete's pathology at the time of injury. While the majority of on-field injury will likely be of low acuity, it is essential to develop an Emergency Action Plan (EAP) to deliver excellent medical care efficiently. The EAP should provide a written, standardized multidisciplinary approach involving key personnel. The EAP should be rehearsed on at least an annual basis and should highlight the initial assessment of the patient while also accounting for the various types of trauma that may occur on the field and appropriate field extrication procedures. As most players who have a true on-field emergency will not return to same-day play, a thorough understanding of how to deliver emergency care and transfer the player to a higher level of care is essential.

Soft tissue traumas with tendon lacerations are challenging injuries to manage. Repair of these tendon injuries can be complicated by adhesions postoperatively, limiting patient function and satisfaction. Biologic agents have been developed to optimize tendon gliding after repair and can be used as adjuncts. When used in conjunction with a postoperative rehabilitation protocol, they can help restore function and range of motion (ROM). It is rare that the orthopedic surgeon can visualize a healed tendon repair as the results are often followed clinically. We present the case of a patient who underwent flexor tendon repair with the addition of hyaluronic acid (HA) and alginate tendon wrap. This same patient sustained a distal radius fracture one year later, allowing for a second look at the flexor tendon repair site during the operative fixation of his fracture.

Arthroscopic shoulder procedures are one of the most common procedures used to restore function through minimally invasive techniques. With the demand for shoulder arthroscopic procedures comes the need for safe, effective, and efficient surgery that maximizes patient outcomes while minimizing complications. Many variables contribute to visualization in shoulder arthroscopy including vascular anatomy, blood pressure control, arthroscopic pump systems, turbulence control, epinephrine, and tranexamic acid. Furthermore, patient positioning can have a dramatic effect on visualization with both the beach chair position and lateral decubitus positioning having various strengths and weaknesses depending on the intended procedure being performed. The purpose of this review is to examine the benefits and complications reported in the literature for improving visualization in shoulder arthroscopy.

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Introduction Maximizing patient satisfaction is now a significant focus in many outpatient orthopedic clinics as it has been shown to affect many facets of healthcare. With this quality improvement study, we sought to determine the areas of the longest patient wait time during their clinical encounter and evaluate the effect of an identification card system on those times. We hypothesized that utilizing an identification card system would expedite the time patients spend in the clinic and decrease wait times. Methods This quality improvement study was conducted in an orthopedic hand surgery clinic within a military treatment facility. Pre-intervention and intervention data collection consisted of a time sheet that was filled out by surgeons and clinic staff as the patient progressed through their appointment. The intervention consisted of a card system to track the patient throughout their encounter and mark their order in the queue. Results There were a total of 130 patients in the pre-intervention group and 113 in the intervention group. Compared with the pre-intervention group, the intervention group patients had significantly less time from check-in to being roomed by the clinic staff with a mean of 13 ± 13  vs. 21 ± 19 minutes in the pre-intervention group (P < .001). In the pre-intervention cohort, the average clinic encounter was 66 ± 38 minutes compared to 57 ± 35 minutes in the intervention cohort, which was not statistically significant (P = .112). The time spent with the orthopedic surgeon and occupational therapists increased in the intervention group. Conclusion We provided a simple way to decrease patient wait times and increase time with the healthcare team, utilizing our existing clinic space. Time with the orthopedic surgeon significantly increased because of our intervention, while the overall clinic time trended down.