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National Athletic Trainers' Association
Media Contact:
Ellen Satlof (214) 637-6282, ext. 159
www.nata.org
FOR IMMEDIATE RELEASE
HOW TO REDUCE
SEVERITY OF SPORT-RELATED CONCUSSION AND IMPROVE RETURN-TO-PLAY
DECISIONS
In recent years, new scientific research and clinical-based
literature have given the athletic training and medical
professions a wealth of updated information on the treatment
of sport-related concussion.
To provide certified athletic trainers (ATCs), physicians,
other medical professionals, parents and coaches, with
recommendations based on these latest studies, the National
Athletic Trainers’ Association (NATA) issued a
new position statement – “Management of
Sport-Related Concussion” – in the Fall
2004 issue of The Journal of Athletic Training. The
statement will be available online, as of Tuesday, September
28, at http://www.nata.org/publicinformation/files/concussion.pdf.
Below are some of the highlights:
Defining & Recognizing the Concussion
- The term “ding” should not be used to
describe a sport-related concussion as it generally
diminishes the seriousness of the injury. If an athlete
shows concussion-like signs and reports symptoms after
a contact to the head, the athlete has, at the very
least, sustained a mild concussion.
- Signs of concussion include: fluctuating levels
of consciousness, balance problems, memory and concentration
difficulties and self-reported symptoms, such as headache,
ringing in the ears and nausea.
Evaluating and Making the Return-to-Play Decision
- For athletes playing sports with a high
risk of concussion, baseline cognitive and postural-stability
testing should be considered.
- If an athlete is injured, the time of the initial
injury should be recorded. Serial assessments of the
athlete should be documented, noting the presence
or absence of signs and symptoms of injury. The ATC
should monitor vital signs and level of consciousness
every 5 minutes after a concussion until the athlete’s
condition improves. The athlete should also be monitored
over the next few days after the injury for the presence
of delayed signs and symptoms and to assess recovery.
Concussion Assessment Tools
- Formal cognitive and postural-stability testing
is recommended to assist in determining injury severity
and readiness to return to play (RTP).
- Once symptom-free, the athlete should be reassessed
to establish that cognition and postural stability
have returned to normal for that player.
When to Refer to a Physician
- An athlete with a concussion should be
referred to a physician on the day of injury if he
or she lost consciousness or experienced amnesia lasting
longer than 15 minutes.
- A team approach should be used in making RTP decisions
after concussion. This approach should involve input
from the ATC, physician, athlete, and any referral
sources.
When to Disqualify
- Athletes who are symptomatic at rest and
after exertion for at least 20 minutes should be disqualified
from returning to participation in a sport on the
day of the injury.
- Athletes who experience loss of consciousness or
amnesia should be disqualified from participating
on the day of the injury.
- Athletic trainers should be more conservative with
athletes who have a history of concussion.
Special Considerations for Young Athletes
- Because damage to the maturing brain of a young
athlete can be catastrophic, athletes under age 18
years should be managed more conservatively.
Home Care
- An athlete with a concussion should be instructed
to avoid taking medications, unless acetaminophen
or other medications are prescribed by a physician.
- Any athlete with a concussion should be instructed
to rest, but complete bed rest is not recommended.
The athlete should resume normal activities of daily
living as tolerated, while avoiding activities that
potentially increase symptoms.
Equipment Issues
- The ATC should enforce the standard use of helmets
for protecting against catastrophic head injuries
and reducing the severity of cerebral concussions.
- The ATC should enforce the standard use of mouthguards
for protection against dental injuries, even though
there is no scientific evidence supporting their use
for reducing concussive injury.
The following individuals contributed
to conception and design; acquisition and analysis and
interpretation of the data; and drafting, critical revision,
and final approval of the article:
Kevin M. Guskiewicz, PhD, ATC – Professor and
Director of the Sports Medicine Research Laboratory,
Department of Exercise and Sport Science, University
of North Carolina at Chapel Hill; Scott L. Bruce, MS,
ATC – Certified Athletic Trainer, California State
University of PA, California, PA; Robert C. Cantu, MD
– Chief of Neurosurgery Service, Emerson Hospital,
Concord, MA; Michael S. Ferrara, PhD, ATC – Professor,
Exercise and Sport Science, University of Georgia, Athens,
GA; James P. Kelly, MD – Associate Professor,
Department of Neurology, Northwestern University, Feinberg
School of Medicine; Michael McCrea, PhD – Head
of Neuropsychology Service/ Neuroscience Program Director,
Waukesha Memorial Hospital, Waukesha, WI ; Margot Putukian,
MD – Director, Athletic Medicine, Princeton University,
Princeton, NJ; Tamara C. Valovich McLeod, PhD, ATC –
Assistant Professor, Department of Sport Health Care,
Arizona School of Health Sciences, Mesa, AZ. National
Athletic Trainers' Association position statement: sport-related
concussion. J Athl Train. 2004;39(3).
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