Assessing Eye Tracking Features Following Sports-Related Concussion
| Status: | Completed |
|---|---|
| Conditions: | Hospital, Neurology |
| Therapuetic Areas: | Neurology, Other |
| Healthy: | No |
| Age Range: | 8 - Any |
| Updated: | 4/21/2016 |
| Start Date: | February 2014 |
| End Date: | November 2015 |
This proposal aims to describe the oculometric features present during King-Devick (K-D)
testing for subjects who experienced sports-related concussion. The investigators aim to
better describe the underlying oculomotor anomalies present in this cohort that lead to
increased K-D test time. Understanding these anomalies will allow for better understanding
of the effects of sports-related concussion and may provide a rapid and reliable metric for
diagnosing concussion as well as monitoring long-term recovery.
testing for subjects who experienced sports-related concussion. The investigators aim to
better describe the underlying oculomotor anomalies present in this cohort that lead to
increased K-D test time. Understanding these anomalies will allow for better understanding
of the effects of sports-related concussion and may provide a rapid and reliable metric for
diagnosing concussion as well as monitoring long-term recovery.
This proposal aims to describe the oculometric features present during K-D testing for
subjects who experienced sports-related concussion. The investigators aim to better describe
the underlying oculomotor anomalies present in this cohort that lead to increased K-D test
time. Understanding these anomalies will allow for better understanding of the effects of
sports-related concussion and may provide a rapid and reliable metric for diagnosing
concussion as well as monitoring long-term recovery.
The main objectives include:
1. Describing the oculometric deficits present in subjects with acute sports-related
concussion.
2. Analyzing and quantifying the oculometric changes that occur during subject recovery.
3. Identifying possible oculometric features as potential biomarkers that may lead to
reliable, rapid method for recognizing acute concussion.
subjects who experienced sports-related concussion. The investigators aim to better describe
the underlying oculomotor anomalies present in this cohort that lead to increased K-D test
time. Understanding these anomalies will allow for better understanding of the effects of
sports-related concussion and may provide a rapid and reliable metric for diagnosing
concussion as well as monitoring long-term recovery.
The main objectives include:
1. Describing the oculometric deficits present in subjects with acute sports-related
concussion.
2. Analyzing and quantifying the oculometric changes that occur during subject recovery.
3. Identifying possible oculometric features as potential biomarkers that may lead to
reliable, rapid method for recognizing acute concussion.
Inclusion criteria:
- Over the age of 8 years, and able to provide informed consent / assent.
- Have documented diagnosis of sports-related concussion within two weeks of the event.
- Currently demonstrating post-concussion symptoms.
Exclusion criteria:
- Alcohol consumption within 48 hours of evaluation.
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