Managing treatment so as to ensure the fastest but safest return-to-play (RTP) is therefore of crucial importance. An injured athlete today upon evaluation will often approach the clinician with questions as to why an injury occurred, how can the injury be addressed and what will be the next step or steps. Injury surveillance programs have produced consistently greater amounts of injury-related data in contact sport activities or with frequency of participation as factors, at the same time noting that overtraining can also play a role in musculoskeletal or soft tissue injuries.Ī small percentage of student-athletes go on to become professional athletes so any injury in student athletes has to be evaluated with at least the same care and detail as for a professional athlete. Athletes aim to be at peak performance through comprehensive conditioning programs for their respective sport although some involve some form of collision, contact or noncontact in nature, on the track, field, court or pitch. The participating students are expected to excel in all aspects of their studies, including maintaining top athletic performance for whatever sport or sports in which they are participating. The mission is clear in advancing learning upon graduation while developing leadership skills and fostering personal growth as a competitor both in and out of the classroom. Universities and Colleges today, alongside rigorous academic curricula for all students, also offer multiple sport programs for competitive student-athletes. However, further controlled studies are warranted to enable confirmation and generalization of the very good results in the present study. One limitation of the present study was the subjective nature of the assessments, and the lack of any control groups. 830 nm LED phototherapy significantly and safely reduced the RTP in dedicated university athletes over a wide range of injuries with no adverse events. Eighty-eight (78.5%) were either very satisfied or satisfied, and only 8 (7.2%) were dissatisfied.Ĭonclusions: For any motivated athlete, RTP may be the most important factor postinjury based on the resolution of pain and inflammation and repair to tissue trauma. A subjective satisfaction survey was carried out among the 112 students with injuries incurred from January to May, 2015. The average LED-mediated RTP in the 65 subjects was significantly shorter at 9.6 days, compared with the mean anticipated RTP of 19.23 days (p = 0.0066, paired two-tailed Student's t-test). Results: A full set of treatment sessions and follow-up data was able to be recorded in 65 informed and consenting subjects who achieved pain relief on the VAS of up to 6 points in from 2–6 sessions. Efficacy was measured with pain attenuation on a visual analog scale (VAS) and the RTP period compared with historically-based anticipated RTP with conventional therapeutic intervention. Subjects and Methods: Over a 15-month period, a total of 395 injuries including sprains, strains, ligament damage, tendonitis and contusions were treated with 1,669 sessions of 830 nm LED phototherapy (mean of 4.3 treatments per injury, range 2 – 6). The present pilot study was undertaken to assess the role of 830 nm LED phototherapy in safely accelerating RTP in injured university athletes. The effects of near-infrared light-emitting diode (LED) therapy on pain control, blood flow enhancement and relaxation of muscle spasm (all aspects in the treatment of musculoskeletal injury) have attracted attention. Background and Aims: For any committed athlete, getting back to conditioning and participation post-injury (return to play ) needs to be as swift as possible.
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