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The purpose of this case report is to present the case of a Division I collegiate female soccer player diagnosed with a blow-up fracture and a concussion. This athlete suffered from a blow-up fracture, a fracture of the superior orbital rim, which is less common than the inferior, blowout fracture. The uniqueness comes from a common mechanism, player-to-player contact, causing an uncommon fracture pattern and the athlete’s full, unrestricted, return to sport. Severity of these injuries can vary from very mild to very severe, and the treatment options are variable depending on the severity.

Poor joint proprioception and balance maintenance may lead to sports injuries. Numerous studies have indicated that self-myofascial release (SMR) can improve the function of the proprioception and balance systems. Thus, this study aimed to investigate the effects of acute bouts of SMR on the center of pressure displacements during four stance positions, knee joint position sense at 45° and 90° in open kinetic chain tasks, and dynamic balance during the Y-balance test. Forty-two recreationally active females aged 20–25 years were assigned to either the foam roll group performing 1 min × 3 sets of SMR in the posttest session (N = 22) or the control group (N = 20). Joint position sense at 90° (p = .021), dynamic balance in the anterior (p = .007) and posterolateral (p < .001) directions, as well as the composite score (p = .001), improved significantly in the foam roll group. According to the findings, SMR may improve knee joint position sense at 90° and dynamic balance without any significant impacts on postural sway.

Talocrural mobilization with movement (MWM) and fibular MWM are ankle joint mobilization techniques which may treat deficits in ankle dorsiflexion range of motion (DFROM) and balance in individuals with chronic ankle instability (CAI). The purpose of this study was to compare the acute effect of fibular MWM versus talocrural MWM in individuals with CAI. Thirty-nine individuals with CAI were enrolled and randomized to intervention (fibular MWM, talocrural MWM, or control). Baseline DFROM, inversion range of motion, and balance were assessed pre- and postintervention. Only the talocrural MWM group significantly increased DFROM postintervention. There were no significant group differences in inversion range of motion or balance. The results support the use of talocrural MWM, but not fibular MWM, to acutely improve DFROM in individuals with CAI.

Research has explored factors related to retention of athletic trainers in collegiate settings but less is known about retention of athletic trainers in secondary school settings. This study aimed to investigate factors that increase retention of secondary school athletic trainers. Twenty-two secondary school athletic trainers (10 females and 12 males, length of employment 14.65 ± 5.01 years) participated in a semistructured video call interview with seven open-ended questions. A phenomenological approach revealed three themes and eight subthemes: (a) support (administration, partner athletic trainer, and non-work-related); (b) connections (impact on patients, school community, and wider community); and (c) security (financial and nonfinancial). Although participants acknowledged challenges, they identified aspects that positively influenced their retention.

Prophylactic athletic tape is often used to provide additional ankle support and reduce potential injury in both wet and dry environments. The purpose of this study is to determine the effect of prophylactic athletic tape on ankle range of motion following exposure to moisture and exercise. Following exercise, range of motion increased slightly but remained below baseline and postexercise control values for all tape conditions. The novel synthetic tape maintained greater ankle support following the exercise period for wet condition in inversion and eversion. Cotton and novel synthetic adhesive tapes provided improved ankle stability following exercise, whether wet or dry, as compared with the use of no tape.