View clinical trials related to Concussion, Severe.
Filter by:Concussion is the most common type of brain injury throughout life. Study is seeking improvement of long-term residua following adolescent and adult post-traumatic injuries often associated with contact sports and accidental causes. Typically defined as reversible head injury with temporary loss of brain function. Symptoms range from physical, cognitive, pain (headache) and emotional signs consistent with TBI and Post-Traumatic Stress Syndrome. Use of AD-cSVF parenteral delivery to encourage repair of damage and decreased function following concussion, particularly in contact, repetitive sports injuries. Range of damage is measured in Grade I-III according to graduated severity. Unfortunately, less information is available about repetitive concussions and the long-term health issues.
This study is Part 1 of data collection from 18-25 years old subject population for validation of previously derived algorithms. This data will be combined with that collected under NCT03671083 (Part 2 with subject age range 13-25 years) for the final analyses of validation of the algorithms.
The purpose of this study is to determine the sensitivity and specificity of an aid in assessment of concussion based on eye-tracking, in comparison to a clinical reference standard appropriate for the Emergency Department (ED) or concussion clinic.
This study (Part 2) is designed to build a database including EEG, neurocognitive performance, clinical symptoms, history and other relevant data, which will be used to derive a multimodal EEG based algorithm for the identification of concussion and tracking of recovery. In addition, neuroimaging will be conducted at time of injury and following Return to Play (RTP).
This study (Part 1) is designed to build a database including EEG, neurocognitive performance, clinical symptoms, history and other relevant data, which will be used to derive a multimodal EEG based algorithm for the identification of concussion and tracking of recovery. In addition, neuroimaging will be conducted at time of injury and following Return to Play (RTP).
This study is designed to evaluate the use of a collection of tests that measure the eye response, balance, oculomotor and reaction time tests to aid in the diagnosis of mTBI. The tests use highly precise measurement tools to assess various neurologic functions. (For example, high-speed cameras to record eye movement, high-end motors to precisely spin and move the subject, comprehensive analysis to stitch together the stimulus and the response.) Hypotheses: 1. A battery of oculomotor, vestibular and reaction time tests will generate variables that when properly weighted and run through a given multi-variant analysis, will separate the subjects into one of two groups, mTBI or not-mTBI. 2. A battery of neurologic assessment tests including reaction time, vestibular and oculomotor tests taxing a range of neurologic functions and executed using one or more of the I-Portal® family of devices, will generate responses that, when used by a trained physician, can aid in the diagnosis of an mTBI.