Coaches play an extremely valuable role in a profession that offers the opportunity to help develop young people. The purpose of this study, which assessed the state of coaching education, was two-fold: 1) to determine coaching education knowledge and skills in meeting the National Coaching Standards, and 2) to determine the application of effective coaching principles in meeting the National Coaching Standards. An email containing a website link for an online survey was sent to all athletic directors in Kansas middle and high schools asking them to forward the website link to all coaches they worked with. A total of 1,414 surveys were returned. The current state of coaching education assessment listed the national coaching standards developed by NASPE and used a Likert scale to ask how prepared and successful the coaches are in meeting the standard. Results of the survey indicated that coaches feel highly prepared and successful in the following coaching standard topics: teaching positive behavior (Standard 2), demonstrating ethical conduct (Standard 4), environmental conditions (Standard 7), positive learning environments (Standard 19), and skills of the sport (standard 27). Coaches indicated that they felt least prepared and least successful in the following standards: coordinated health care program (Standard 10), psychological implications (Standard 11), conditioning based on exercise physiology (Standard 12), teaching proper nutrition (Standard 13), conditioning to return to play after injury (Standard 15), mental skill training (Standard 24), managing human resources (Standard 32), managing fiscal resources (Standard 33) and emergency action plans (Standard 34). Findings from the study can be used to direct coaching education in the areas coaches feel they are less prepared and less successful.
Megan D. Granquist, Leslie Podlog, Joanna R. Engel and Aubrey Newland
Adherence to sport-injury rehabilitation protocols may be pivotal in ensuring successful rehabilitation and return-to-play outcomes.
To investigate athletic trainers' perspectives related to the degree to which rehabilitation adherence is an issue in collegiate athletic training settings, gain insight from certified athletic trainers regarding the factors contributing to rehabilitation nonadherence (underadherence and overadherence), and ascertain views on the most effective means for promoting adherence.
Crosssectional, mixed methods.
Collegiate athletic training in the United States.
Certified athletic trainers (n = 479; 234 male, 245 female).
Main Outcome Measures:
Online survey consisting of 3 questions regarding rehabilitation adherence, each followed by an open-ended comments section. Descriptive statistics were calculated for quantitative items; hierarchical content analyses were conducted for qualitative items.
Most (98.3%) participants reported poor rehabilitation adherence to be a problem (1.7% = no problem, 29.2% = minor problem, 49.7% = problem, 19.4% = major problem), while most (98.96%) participants reported that they had athletes who exhibited poor rehabilitation adherence (1% = never, 71.4% = occasionally, 22.5% = often, 5% = always). In addition, the majority (97.91%) of participants reported that overadherence (eg, doing too much, failing to comply with activity restrictions, etc) was at least an occasional occurrence (2.1% = never, 69.3% = occasionally, 26.3% = often, 1.9% = always). Hierarchical content analyses regarding the constructs of poor adherence and overadherence revealed 4 major themes: the motivation to adhere, the development of good athletic trainer–athlete rapport and effective communication, athletic trainers' perception of the coaches' role in fostering adherence, and the influence of injury- or individual- (eg, injury severity, sport type, gender) specific characteristics on rehabilitation adherence.
These results suggest that participants believe that underadherence (and to a lesser extent overadherence) is a frequent occurrence in collegiate athletic training settings. Strategies for enhancing rehabilitation adherence rates and preventing overadherence may therefore be important for optimizing rehabilitation outcomes.
Jill Alexander and David Rhodes
Context: The effect of local cooling on muscle strength presents conflicting debates, with literature undecided as to the potential implications for injury, when returning to play following cryotherapy application. Objective: To investigate concentric muscle strength following local cooling over the anterior thigh compared with the knee joint in males and females and the temporal pattern over a 30-minute rewarming period. Design: Repeated-measures crossover design. Method: Twelve healthy participants randomly assigned to receive cooling intervention on one location, directly over either the anterior thigh or the knee, returning 1 week later to receive the cooling intervention on opposite location. Muscle strength measured via an isokinetic dynamometer at multiple time points (immediately post, 10-, 20-, and 30-min post) coincided with measurement of skin surface temperature (T sk) using a noninvasive infrared camera. Results: Significant main effects for time (P ≤ .001, η 2 = .126) with preice application higher than all other time points (P ≤ .05) were demonstrated for both peak torque and average torque. There were also significant main effects for isokinetic testing speed, sex of the participant, and position of the ice application for both peak torque and average torque (P ≤ .05). Statistically significant decreases in T sk were reported in both gender groups across all time points compared with preintervention T sk for the anterior thigh and knee (P < .05). Conclusions: Reductions reported for concentric peak torque and average torque knee-extensor strength in males and females did not fully recover to baseline measures at 30-minute postcryotherapy interventions. Sports medicine practitioners should consider strength deficits of the quadriceps after wetted ice applications, regardless of cooling location (joint/muscle) or gender.
Jonathon R. Staples, Kevin A. Schafer, Matthew V. Smith, John Motley, Mark Halstead, Andrew Blackman, Amanda Haas, Karen Steger-May, Matthew J. Matava, Rick W. Wright and Robert H. Brophy
Context: Patients with anterior cruciate ligament (ACL) tears are likely to have deficient dynamic postural stability compared with healthy sex- and age-matched controls. Objectives: To test the hypothesis that patients undergoing ACL reconstruction have decreased dynamic postural stability compared with matched healthy controls. Design: Prospective case-control study. Setting: Orthopedic sports medicine and physical therapy clinics. Patients or Other Participants: Patients aged 20 years and younger with an ACL tear scheduled for reconstruction were enrolled prospectively. Controls were recruited from local high schools and colleges via flyers. Interventions: Patients underwent double-stance dynamic postural stability testing prior to surgery, recording time to failure and dynamic motion analysis (DMA) scores. Patients were then matched with healthy controls. Main Outcome Measures: Demographics, time to failure, and DMA scores were compared between groups. Results: A total of 19 females and 12 males with ACL tears were matched with controls. Individuals with ACL tears were more active (Marx activity score: 15.7 [1.0] vs 10.8 [4.9], P < .001); had shorter times until test failure (84.4 [15.8] vs 99.5 [14.5] s, P < .001); and had higher (worse) DMA scores (627  vs 481 , P < .001), indicating less dynamic postural stability. Six patients with ACL deficiency (1 male and 5 females) demonstrated lower (better) DMA scores than their controls, and another 7 (4 males and 3 females) were within 20% of controls. Conclusions: Patients undergoing ACL reconstruction had worse global dynamic postural stability compared with well-matched controls. This may represent the effect of the ACL injury or preexisting deficits that contributed to the injury itself. These differences should be studied further to evaluate their relevance to ACL injury risk, rehabilitation, and return to play.
details five ways ATs can limit their liability. Other topics covered in the issue include legal considerations associated with return-to-play decisions and legal concerns related to second impact syndrome. Watch NATA TV Convention Recaps If you were not able to make it to New Orleans for the 69th NATA
Mary Lynn Manduca and Stephen J. Straub
treatment or rehabilitation program alone • O utcomes: return to play (recovery time duration) Sources of Evidence Searched PubMed, Cochrane Library, CINAHL, SPORTDiscus, ScienceDirect, and SagePub were all searched using keywords PRP injection, hamstring, and hamstring injury. Additional resources were
Nathan Millikan, Dustin R. Grooms, Brett Hoffman and Janet E. Simon
musculoskeletal injury is exponentially higher after a primary injury, highlighting the need for functional testing to determine injury recovery and return to play readiness to mitigate the high reinjury risk. 4 Functional testing comes in numerous forms. Lower-extremity functional testing has focused on agility
Erik A. Wikstrom, Cole Mueller and Mary Spencer Cain
available date until March 2019. Each search used the following combination of keywords: (1) return to sport OR return to play OR return to participation OR return to work OR return to duty and (2) ankle sprain OR lateral ankle sprain OR acute ankle sprain OR acute lateral ankle sprain. Reference lists of
Emily E. Kruithof, Spencer A. Thomas and Patricia Tripp
week 27, the patient began his gradual return to play during a typical in-season team practice. During practice 1 week later, the patient sustained a grade II strain of his left hamstring, delaying his return to play by 1 month. On returning to practice from the hamstring injury, the patient reported
Bradley J. Conant, Nicole A. German and Shannon L. David
Select populations have seen positive results, including shorter return-to-play times, with conservative treatment approaches consisting of relative rest and various modalities for pain control followed by structured rehabilitation including range of motion and progressive upper-extremity strengthening