Which components should guide return-to-play decisions?

Which components should guide return-to-play decisions?

• A. Symptoms alone
• B. Balance tests alone
• C. Symptoms, balance tests, and neurocognitive data
• D. Imaging results only

Answer: (C)

Return-to-play decisions should be guided by symptoms, balance performance, and neurocognitive data together. Relying on symptoms alone can be misleading because individuals may feel better even when subtle deficits linger, increasing the risk of a second impact if they push back into play too soon. Balance assessment helps uncover vestibular and motor control issues that can persist after symptoms improve, signaling remaining risk with physical exertion. Neurocognitive testing adds an objective view of thinking and processing speed that might not be apparent through symptom checklists or daily function but can affect safe performance in sport. Using all three domains provides a more complete picture of recovery and supports a careful, stepwise return-to-play plan. Imaging results, by contrast, are not used to guide RTP decisions because they often do not reflect functional recovery or exertional tolerance and can be normal even with concussion, or abnormal for reasons unrelated to concussion.

Return-to-play decisions should be guided by symptoms, balance performance, and neurocognitive data together. Relying on symptoms alone can be misleading because individuals may feel better even when subtle deficits linger, increasing the risk of a second impact if they push back into play too soon. Balance assessment helps uncover vestibular and motor control issues that can persist after symptoms improve, signaling remaining risk with physical exertion. Neurocognitive testing adds an objective view of thinking and processing speed that might not be apparent through symptom checklists or daily function but can affect safe performance in sport.

Using all three domains provides a more complete picture of recovery and supports a careful, stepwise return-to-play plan. Imaging results, by contrast, are not used to guide RTP decisions because they often do not reflect functional recovery or exertional tolerance and can be normal even with concussion, or abnormal for reasons unrelated to concussion.